Automation Technology and Interface Electronic

Transcription

1 Automation Technology and Interface Electronic Supplementary Catalog to Full Line Catalogs, Volumes 3/4/6 Edition 2018/2 Rail-Mount Terminal Block Systems Full Line Catalog, Volume 1 Edition 2017/ PCB Terminal Blocks and Connectors Full Line Catalog, Volume 2 Edition 2017/ Automation Technology Full Line Catalog, Volume 3 Edition 2017/ Interface Electronic WINSTA The Pluggable Connection System Marking Full Line Catalog, Volume 4 Edition 2017/2018 Full Line Catalog, Volume 5 Edition 2017/ Full Line Catalog, Volume 6 Edition 2017/2018 6

2 The new items in this catalog supplement products found in the following main catalogs N 3/4/6 6 Volume 6 Marking Marking Full Line Catalog, Volume 6 Edition 2017/ Volume 4 Interface Electronic Interface Electronic Full Line Catalog, Volume 4 Edition 2017/ Volume 3 Automation Technology Automation Technology Full Line Catalog, Volume 3 Edition 2017/2018

3 Supplementary Automation Technology and Electronic Interface 2/2018 Page Automation Technology 2 Electronic Interface 86 Marking 174 Indexes and Addresses 178

4 Volume 3, Automation Technology Contents Description Page Engineering Software Add On e!cockpit Profiler / e!cockpit Static Analysis / e!cockpit UML / Runtime Software e!runtime EtherCAT Master / Software Solutions WAGO Gateway Application Download 8 Application Controllers for digitaltap powered by MTConnect; flexroom ; Lighting Management and Energy Data Management digitaltap Powered by MTConnect Controller PFC200; FG0; 2 x ETHERNET / flexroom Controller PFC200; FG1; 2 x ETHERNET; RS-232/ / Lighting Management Controller PFC200; FG2; 2 x ETHERNET; RS-232/ / Energy Data Management Controller PFC200; Energy Data Management Application; 2 x ETHERNET, RS-232/ / Controller PFC200; Energy Data Management Application; 2 x ETHERNET; RS-232/-485; Mobile Radio Module / Cloud Solutions Cloud Connectivity via MQTT 18 WAGO Cloud (Microsoft Azure) WAGO Cloud 19 2 Automation Technology Operation and Monitoring Overview 22 Touch Panel 600 Standard Line Touch Panel 600 Advanced Line Control Panel; cm ( ); resistive touchscreen Visu Panel; cm ( ); resistive touchscreen Web Panel; cm ( ); resistive touchscreen Control Panel; cm ( ); capacitive touchscreen with glass surface Visu Panel; cm ( ); capacitive touchscreen with glass surface x/ x/ x x/ x/ Touch Panel 600 Marine Line Visu Panel; cm ( ); resistive touchscreen, marine version x/ Controllers Controller PFC200; 2nd Generation; 2 x ETHERNET, RS-232/ Controller PFC200; 2nd Generation; 2 x ETHERNET, CAN, CANopen Controller PFC200; 2nd Generation; 2 x ETHERNET, RS-232/-485, CAN, CANopen Controller PFC200; 2nd Generation; 4 x ETHERNET, CAN, CANopen, USB Controller PFC200; 2nd Generation; 2 x ETHERNET, RS-232/-485, CAN, CANopen, PROFIBUS Slave Controller PFC200; 2 x ETHERNET; RS-232/-485; CAN, CANopen, PROFIBUS Master; Telecontrol / Technology; Ext. Temperature Controller Modbus TCP; 4th Generation; 2 x ETHERNET; SD Card Slot Controller Modbus TCP; 4th Generation; 2 x ETHERNET Controller Modbus TCP; 4th Generation; 2 x ETHERNET; ECO Starter Kits Overview 40 Starter Kit; e!cockpit / Starter Kit; Linux / Starter Kit; ETHERNET /K / Starter Kit; ETHERNET /K / Starter Kit; BACnet/IP / Starter Kit; 3; KNX IP /K / I/O System 750 and 753 Series Fieldbus Coupler Modbus TCP Fieldbus Coupler BACnet/IP Fieldbus Coupler CC-Link; 156 kbaud MBaud Channel Analog Input; 4 20 ma HART; NAMUR NE / Channel Analog Input; Voltage/Current; Differential Input; 16 Bit; Diagnostics Power Measurement; 277 VAC/DC; External Shunts / M-Bus Master SMI Master; 230 VAC SMI Master LoVo; 24 VDC Channel Analog Input; 4 20 ma HART; NAMUR NE43; Intrinsically Safe / Field-Side Power Supply Filter (Surge); 24 VDC; Higher Isolation; Ground Fault Diagnostics / Power Supply Filter; 24 VDC; Higher Isolation; Ground Fault Diagnostics /

5 Volume 3, Automation Technology Contents Description Page I/O System 750 XTR Series 8-Channel Digital Input; 24 VDC; 3 ms; Extreme / Channel Digital Input; 24 VDC; 0.2 ms; Extreme / Channel Digital Output; 24 VDC; 0.5 A; Diagnostics; Extreme / Channel Analog Input; 0 30 VDC; Differential Input; Extreme / Counter; Adjustable; Extreme / SSI Transmitter Interface; Adjustable; Extreme / Incremental Encoder Interface; 24 VDC; Differential Input; 32 Bits; Extreme / CAN Gateway; Extreme / Supply Module; 24 VDC; Fuse Holder; Extreme / Supply Module; 24 VDC; Fuse Holder; Diagnostics; Extreme / Field-Side Connection Module; Extreme / Field-Side Power Supply Filter; 24 VDC (Surge); High Isolation; Extreme / I/O System 750 XTR Series; Intrinsically Safe General Product Information, Standards and Rated Conditions 68 Supply Module; 24 VDC; Extreme; for Intrinsically Safe XTR Modules / Channel Digital Input; NAMUR; Intrinsically Safe; Extreme / Channel Digital Output; 24 VDC; Intrinsically Safe; Extreme / Channel Analog Input; 0/4 20 ma; Intrinsically Safe; Extreme / Channel Analog Input; 4 20 ma HART; Intrinsically Safe; Extreme / Channel Analog Input; Resistance Measurement; Intrinsically Safe; Extreme / Channel Analog Output; 0 20 ma; Intrinsically Safe; Extreme / Up/Down Counter; Intrinsically Safe; Extreme / Industrial Switches Industrial Switch; 16 Ports 1000Base-T Industrial Managed Switch; 8 Ports 1000BASE-T; 4 Slots 1000BASE-SX/LX; Ext. Temperature * Power over Ethernet Industrial ECO Switch; 5 ports 1000BASE-T; Ext. Temperature; 4 * Power over Ethernet Industrial ECO Switch; 5 Ports 1000BASE-T; 2 Slots 1000BASE-SX/LX; Ext. Temperature; * Power over Ethernet Radio Technology Wireless ETHERNET Gateway Accessories and Tools ETHERNET Cable; Cat. 6A; RJ-45; RJ /1013-xxx 84 ETHERNET Cable; Cat. 6A; RJ-45; RJ-45; Axial Unlocking /1023-xxx 84 Products highlighted in RED are new items for Autumn 2018 Automation Technology 3

6 Volume 3, Section 1 Software e!cockpit Profiler Runtime Behavior Analysis The e!cockpit Profiler add-on allows programmers and application developers to measure and evaluate the processing times and code coverage of different blocks in an IEC application at an early stage. This add-on can be seamlessly integrated into the e!cockpit Engineering Software. Measurement may be performed parallel to the application development in the standard development environment. Advantages: Measure both machine code s runtime behavior and code coverage right at the beginning of the development phase Detect runtime problems at an early stage Identify both time-consuming program parts and unused programming blocks Overall and individual measurement of all application blocks Identify the code efficiency by comparing historical and current measurements Increase the software quality Main functions: Implicit binary code extension during translation, without changing the program code of a project Dynamic measurement via code instrumentation at each function entry and exit Only during measurement: temporary code enlargement and runtime extension of 10 to 50% Measurement start via variable or command Overview of the measurement results in the development environment Functions: Control the runtime measurement via freely selectable Boolean variable Measure the runtime of individual programming blocks and function block instances within the profiler watch list Measure the percentage of missed instructions per block via code coverage Measurement results show the time-critical path Setting options: Select the task to be measured Select the unit base (tick, milliseconds or microseconds) Define the memory size required for the measurement Adjust the measurement behavior (next or maximum cycle) Select the calls to be measured in the monitoring list Select the program blocks to be measured to determine the code coverage The results in detail: Percentage of time spent in the call Total time spent in call Average time of all POU calls in a single cycle Minimum and maximum processing time over multiple cycles Number of calls Time spent for each call Standard deviation of average measured time Percentage of the iterated code Display the results as: Summary table Call tree (time- or process-oriented) Tables Watch list Item Description e!cockpit Profiler, Single License / Minimum e!cockpit Version Hard disk space Delivery type Data sheet and further information, see: V MB Installation file (download) wago.com/ / Single license allows installation on one computer. Internet connection may be required for license activation. 4 Automation Technology

7 Volume 3, Section 1 Software e!cockpit Static Analysis Static Code Analysis In addition to the compiler check, the e!cockpit Static Analysis add-on checks the source code based on defined rules and naming conventions. This add-on displays potential development problems, allowing errors to be detected and corrected before field testing. More than 100 partly parameterizable rules have already been implemented that can be combined into individual rule sets. The add-on functions are seamlessly integrated into the e!cockpit development environment. Result of the analysis The result of the analysis is displayed in the message window. Each violation has a unique number and can be uniquely associated with the configured rules and naming conventions. Advantages: Avoid errors during program creation Save time-consuming troubleshooting during application development Ensure that the program code conforms to the defined rules and is easily readable Metrics Various metrics, such as the number of code lines, memory consumption or the evaluation of software complexity, as well as the upper and lower limits to be observed, can be configured for evaluation of the code quality. The results of the applied metrics can be displayed in tabular and graphical form as a Kiviat diagram. Main functions: Check the application explicitly via menu command Alternatively: automatic verification during code generation Control pre-processor instructions, and determine which parts of the code will be analyzed Rules and naming conventions: Within the e!cockpit project settings, a standard set of programming rules and naming conventions can be configured in the standard version: Unused variables Overlapping memory areas Simultaneous access Multiple write access to output Multiple use of the name Additionally, the following analytics can be performed with e!cockpit Static Analysis: Discover unreachable parts of the code Find empty objects Find empty instructions Find useless declarations Conversions Write access to input variables Rules for operators Rules for FOR and CASE instructions Strict testing of IEC rules Item Description e!cockpit Static Analysis; Single License / Minimum e!cockpit Version Hard disk space Delivery type Data sheet and further information, see: V MB Installation file (download) wago.com/ / Single license allows installation on one computer. Internet connection may be required for license activation. Automation Technology 5

8 Volume 3, Section 1 Software e!cockpit UML Software Modeling in UML UML (Unified Modeling Language) is a graphical language for specifying, designing and documenting object-oriented software. It clearly facilitates discussions between programming and other disciplines within the system development. The e!cockpit UML add-on extends the e!cockpit Engineering Software with two languages of the Unified Modeling Language : the class diagram and the status diagram. State diagram The state diagram belongs to the group of UML behavior diagrams. It is a graphical language for specifying and designing the sequence of eventdiscrete systems. Unlike with the class diagram, executable application code is generated when compiling a state diagram. Advantages: Improved readability of the program code via clear class and behavior diagrams in standardized form Reduce programming errors by generating program code from UML diagrams Easier debugging through online data in the state diagram [+ ] Power_Off [bpowerup] [+ ] [TRUE] /ActShutdown Shutdown [bshutdown] 2 [+ ] Init [TRUE] [+ ] Idle 1 [bmakecoffee] Class diagram The class diagram belongs to the group of UML structure diagrams. With the additional graphic editor, the object-oriented structure of e!cockpit projects can be mapped or designed. The various object classes (e.g., function blocks or interfaces), including the variables and methods used in them, and their relationships are clearly displayed. The existing project structure can be imported directly from the device structure when creating a class diagram. However, a project structure can also be rebuilt using the following available class and relationship elements: CreateCoffee Coffee Milk [+ ] Water [+ ] Heat DO / ActHeat [+ ] [+ ] Grind [ngrind > 90] ENTRY / ActEntry DO / ActDo [+ ] Grind [nheat > 40] [nfoam > 20] DO / ActFoam [+ ] [+ ] Boil [TRUE] X [+ ] Pour [TRUE] /CoffeeReady [+ ] Class (POU) Interface Variable declaration Property Method Generalization Realization relationship Association Composition New objects in the class diagram editor are automatically inserted into the device structure. The state diagram editor includes a selection of step and transition elements: Start state End state State Composite state Junction/connection Selection Transition End transition Exception transition <<program>> OnlineManager When the application is running, the status diagram is switched according to the clock cycle. In addition, an independent switching behavior can be realized via cyclic internal state diagrams. In online mode, the state diagram is animated so that the current status of the process can be tracked at any time. MyOnlineDevice : OnlineDevice MyGateway : Gateway MyOnlineApp : OnlineApplication MyOnlineDevice MyGateway OnlineDevice Name : STRING MyOnlineState : OnlineState DeviceState : OnlineState {property} Gateway MyGw Connect() : BOOL Disconnect() : BOOL SharedConnect(ConnectionID : INT) : BOOL SharedDisconnect(ConnectionID : INT) : BOOL MyOnlineState DeviceState <<interface>> IOnlineDevice2 SharedConnect(ConnectionID : INT) : BOOL SharedDisconnect(ConnectionID : INT) : BOOL <<enum>> OnlineState ONLINE OFFLINE DeviceState Item Description e!cockpit UML; Single-User License / Minimum e!cockpit Version Hard disk space Delivery type Data sheet and further information, see: V MB Installation file (download) wago.com/ / Single license allows installation on one computer. Internet connection may be required for license activation. 6 Automation Technology

9 Volume 3, Section 1 Software Runtime Software e!runtime EtherCAT Master 300 Function EtherCAT is a powerful real-time ETHERNET fieldbus system that has become standard in many industrial automation applications. The Controller PFC200 (2nd generation) can run as an EtherCAT master. This requires a licence. The EtherCAT system is configured via special configuration dialogs in the e!cockpit Engineering Software. These specify: That the controller should function as an EtherCAT master What field devices should be addressed What form the topology of the network takes What parameter values should be sent to the slaves upon startup Besides the protocol stack in the form of a library, the run-time system also provides components for direct access to the ETHERNET interface and diagnostics. Advantages: Using the PFC200 as an EtherCAT master Controlling WAGO slaves with the EtherCAT fieldbus system, e.g., the EtherCAT fieldbus coupler of the WAGO-I/O-SYSTEM 750 Controlling additional field devices, which can be declared in e!cockpit via a standardized device description Use The licence is acquired in e!cockpit, assigned to a controller and loaded into the controller together with the project. No other installation steps are required. Technical data Distributed clocks Hot connect Bus diagnostics: In the configurator and with the PLC application Supported layer 7 protocols: CoE (CANopen / CAN over EtherCAT) SoE (Servodrive over EtherCAT) FoE (File over EtherCAT), VoE (Vendor over EtherCAT) ETHERNET PLC EtherCAT Item Description e!runtime EtherCAT Master 300 Single license / Compatible controllers PFC200; G2; 2ETH RS PFC200; G2; 2ETH CAN PFC200; G2; 2ETH RS CAN PFC200; G2; 4ETH CAN USB PFC200; G2; 2ETH RS CAN DPS Besides the basic controller variants listed here, the licence can also be used on these controllers variants. For details, see the product information of the corresponding controller. Minimum e!cockpit Version Delivery type Data sheet and further information, see: V1.5.0 Licence certificate via (e!cockpit already contains the software itself) wago.com/ / An Internet connection to the PC with the e!cockpit installation may be required for licence activation. The single license allows installation on one controller. One licence per controller is required. Automation Technology 7

10 Volume 3, Section 1 Software WAGO Gateway Application With the new WAGO Gateway Application, it is possible to implement information exchange between different bus systems. This is supported by a user-friendly interface, so no programming is necessary nothing but configuring connections. Function in detail Automatic detection of station structure Display of the available interfaces Creation of data points Import/export of ETS files (KNX) Linking of data points Conditional reading/writing Advantages Exchange of information between the bus systems: Modbus TCP Modbus UDP Modbus RTU KNX Commissioning time reduced through interface-supported configuration instead of programming Easily manage up to 255 KNX data points per KNX module via ETS import and export Functional coupling Modbus TCP/UDP ETHERNET PLC Modbus RTU KNX Item Description WAGO Gateway Application Download Delivery type Closed Application Download at Compatible controllers PFC200; G2; 2ETH RS You can find detailed information on the controllers: 8 Automation Technology

11 Volume 3, Section 1 Software Automation Technology 9

12 Volume 3, Section 1 Software Machine Data Collection with the digitaltap Software, Powered by MTConnect WAGO offers an economical solution for integrating the machine data of existing systems into higher-level analytic software applications. DigitalTAP from WAGO captures your machine s information and converts it into digital signals that can be used by analytic and data logger applications. The solution provides real-time device data in a standardized format for every machine type. This solution requires no programming. The user merely needs to configure the wired inputs via web visualization tool. Each input can be assigned a unique name individually with its own parameters, such as units and scaling range. These configuration parameters are stored automatically in the WAGO controller and are available immediately. Through use of the open, licence-free MTConnect standard, the machine information is formatted in a standardized table and uses proven Internet protocols for the data transport. Machine Data Collection with MTConnect Components Application controller Controller PFC200; FG0; 2 x ETHERNET / digitaltap Application Software Download: wago.com/applicationcontroller Supported modules Digital modules 8-channel digital input; 24 VDC; 3 ms channel digital input; 24 VDC; 3 ms; 2-wire connection channel digital input; 24 VDC; 0.2 ms; 2-wire connection channel digital input; 24 VDC; 3 ms; low-side switching channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A Analog modules 2-channel analog input; 0 20 ma; differential input channel analog input; 4 20 ma; single-ended channel analog input; 4 20 ma; single-ended channel analog input; 0/4 20 ma; single-ended channel analog input; 0 10 VDC; single-ended channel analog input; 0 10 VDC/±10 V; single-ended channel analog input; resistance measurement; adjustable channel analog input; resistance measurement; adjustable channel analog input; thermocouple K; diagnostics; adjustable / channel analog input; thermocouple; adjustable phase power measurement; 480 VAC 1 A Function and technology modules 2-channel vibration velocity/bearing condition monitoring VIB I/O module Other modules End module Automation Technology

13 Volume 3, Section 1 Software Controller PFC200; FG0; 2 x ETHERNET Address IP-Adresse 8 ON 1 ON : SW/DHCP 255: DHCP SYS RUN I/O MS NS USR µsd RST A B V 0V + + Supply voltage (system) ACT X2 LNK ACT X1 LNK ETHERNET RESET STOP RUN Supply voltage (field) Figure: Item Description Controller PFC200; FG0; 2 x ETHERNET / Order text PFC100; FG0; 2ETH Fieldbus connection 2 x RJ-45 (switched) MicroSD memory card slot Technical data Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 ETHERNET protocols DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH Visualization WebVisu Programming e!cockpit (based on CODESYS V3) CPU Cortex A8; 600 MHz Operating system Real-time Linux 3.18 (with RT-Preempt patch) Non-volatile memory (hardware) 64 kb Program memory/data memory/non-volatile 12 MB* / 12 MB* / 64 kb memory (software) Number of modules per node, max. 250 Input and output process image (internal) max words Input and output process image (Modbus ) words max. System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 61.5 x 71.9 x 100 mm Approvals 1; Marine; r OrdLoc/HazLoc; 4 ATEX/IECEx For data sheet and further information, see: wago.com/ / Accessories microsd memory card; 2 GB / Library for e!runtime *For memory configuration via e!runtime, the program and data memory together have a maximum size of 12 MB and can be distributed dynamically. Suitable software application: Machine Data Collection with MTConnect e!cockpit Software See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 Automation Technology 11

14 Volume 3, Section 1 Software WAGO flexroom flexroom Solutions for Office and Administrative Buildings Wind sensor Wind direction sensor Hygro-thermo transmitter Precipitation monitor Weather station Timer program WAGO flexroom Office Distribution Box ETHERNET flexroom is ideal for automating industrial and functional buildings (office buildings). This solution automates both lighting and sun protection, while performing single-room control (heating/cooling) for up to 24 room segments. A room segment is the smallest common denominator. A wide range of 750/753 Series Digital Input/Output Modules are supported. The number of components can be planned and customized to meet individual requirements. For detailed information about supported hardware components, see the manual at Each WAGO flexroom Controller has a Web interface. Both the commissioning technician and end-user can configure the controls for each room via Web browser, regardless of their location or distribution box. Entire floor plans (setting and deleting walls) and room parameter settings, such as lighting and shading groups, can be changed from the parameter interface. No additional software is required. WAGO flexroom Components Application controller Controller PFC200; FG1; 2 x ETHERNET, RS-232/ / flexroom Application Software Download: wago.com/applicationcontroller Additional module example 16-channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A RS-232/-485 Serial Interface DALI Multi-Master Module DALI Multi-Master DC/DC Converter End module DALI accessories DALI sensors WAGO DALI Multi-Sensor Kit DALI Sensor Coupler ECO-Cl Kit MULTI-3-CL Sensor DALI Sensor Coupler WAGO DALI MSensor-02 5DPI 41rc (ceiling installation) WAGO DALI MSensor-02 5DPI 41w (box installation) WAGO DALI MSensor-02 5DPI 41rs (surface mounting) EnOcean accessories EnOcean Radio Transmitter EnOcean easyfit PTM channel lighting control 2-channel blind control 4-channel lighting control 4-channel blind control WINSTA accessories Connector Set Predefined connector sets Couplers/distribution connectors h-distribution connector Distribution boxes Distribution connectors with phase selection Connecting cables Pre-assembled with various connectors Various cable types/cross sections Tools Operating tool Wiring tool / / / / Automation Technology

15 Volume 3, Section 1 Software Controller PFC200; FG1; 2 x ETHERNET, RS-232/-485 Serial interface ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 U6 U5 U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS U7 RST SD A B 24V 0V + + Supply voltage (system) Supply voltage (field) Figure: Fieldbus connection 2 x RJ-45 (switched) Item Description Controller PFC200; FG1; 2 x ETHERNET; RS-232/ / Order text PFC200; FG1; 2ETH RS SD memory card slot Technical data Communication Modbus (TCP, UDP, RTU); EtherNet/IP adapter (slave) 1 ; RS-232/-485 interface ETHERNET protocols DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH Visualization WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3), e!cockpit (based on CODESYS V3) CPU Cortex A8; 600 MHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 256 MB / 256 MB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile CODESYS V2: 16 MB / 64 MB / 128 KB memory (software) e!runtime: 60 MB* / 60 MB* / 128 kb Number of I/O modules per node (max.) 250 Input and output process image (internal) max words Input and output process image (Modbus ) CODESYS V2: 1000 words max. e!runtime: words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 78.6 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc; 4 ATEX/IECEx For data sheet and further information, see: wago.com/ / Accessories SD memory card; 2 GB / WAGO Communication Cable Library for e!runtime *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. Suitable software application: Machine Data Collection with MTConnect Room Management with flexroom e!cockpit Software, WAGO-I/O-PRO V2.3 See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 Automation Technology 13

16 Volume 3, Section 1 Software WAGO Lighting Management WAGO Lighting Management is a proven concept based on predefined hardware and preconfigured software, which greatly simplifies planning, commissioning and operation. The basic idea: WAGO Lighting Management is based on the different lighting requirements in warehouses and production facilities. For example, a production facility is divided into virtual rooms in which the light can be flexibly adapted. Each virtual room receives signals from sensors and actuators in order to automatically set the appropriate light intensity. By using the virtual rooms, conversions and room remodeling can be implemented quickly and simply via Web configuration. WAGO Lighting Management Components Note Base unit Lighting Management controllers The controllers can communicate with each other. Controller PFC200; FG2; 2 x ETHERNET; / RS-232/-485 Lighting Management software Free of charge Download: wago.com/applicationcontroller DALI Multi-Master Module In addition to 64 DALI actuators (ECGs), a DALI Multi-Master Module supports up to 16 DALI Multi-sensors (max. 64 sensor addresses); max. 10 DALI modules per base package. End module An end module must be snapped onto the assembly at the end of a fieldbus node. Power supply to I/O node VDC supply voltage for controllers and additional modules Power supply to DALI Multi-Master Module Power supply to max. 5 DALI Multi-Master Modules Extension for inputs/buttons 16-channel digital input; 24 VDC; 3 ms For 1 16 light push-buttons/switch inputs; max. 4 extensions per base package Extension for outputs/ actuators Extension for EnOcean radio Extension for external time request Extension for energy data measurement Extension for KNX buttons Extension for sensors 16-channel digital output; 24 VDC; 0.5 A For 1 16 actuators/lamps/relays/ecg control; max. 2 extensions per base package Socket with relay and status; display; 1 make contact; 24 VDC Light switching via relay RS-232/-485 Serial Interface Serial interface connects to STC65-RS485 EVC EnOcean Radio Transmitter/Receiver (for 1 64 rocker switches) EnOcean Receiver/Transmitter Receives EnOcean radio signals and transmits them to the I/O node. EnOcean Repeater Extends the transmission range (for more planning information, visit the EnOcean website). EnOcean easyfit PTM 250 Radio Transmitter; / or 1 4 signals; range of 30 meters in buildings to the radio receiver 2-channel lighting control EnOcean easyfit PTM 250 Radio Transmitter; / channel lighting control Real-Time Clock Module Time synchronization module, if no time server connection is possible GPS DCF Converter Converter/external receiver for time synchronization 3-phase power measurement; /xxx-xxx 690 VAC Current and voltage connections , Pre-assembled terminal block assemblies for easy connection and short-circuiting of current transformers (for current transformers, see Full Line Catalog Volume 4) KNX/EIB/TP1 Interface Connects KNX buttons to the I/O node DALI Multi-Sensor Kit Brightness measurement and motion sensor: kit connects to a DALI bus system DALI Sensor Coupler Sensor coupler for connecting MULTI-3-CI sensors to DALI Max. 16 DALI sensor couplers per DALI Multi Master Module ( ) DALI HIGHBAY ADAPTER + HIGH BAY , Brightness measurement and motion sensor for large installation heights (3 13 meters) DALI HIGHBAY ADAPTER + VISION , Motion sensor for large areas, open offices, hallways or warehouses DALI LS/PD LI Motion sensor for office lighting (1 5 meters) DALI Sensor Coupler HF LS LI + Radar Sensor HF LS LI 4p4c Connecting Cable, 50 cm, Light and recessed ceiling sensor: combined daylight and motion detection, motion detection via radar DALI XC Push-button coupler connects 4 conventional push-buttons to DALI. DALI Sensor Coupler E Sensor coupler connects standard sensors to DALI. 14 Automation Technology

17 Volume 3, Section 1 Software Controller PFC200; FG2; 2 x ETHERNET; RS-232/-485 Serial interface ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 U6 U5 U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS U7 RST SD A B 24V 0V + + Supply voltage (system) Supply voltage (field) Figure: Fieldbus connection 2 x RJ-45 (switched) Item Description Controller PFC200; FG2; 2 x ETHERNET; RS-232/ / Order text PFC200; FG2; 2ETH RS SD memory card slot Technical data Communication Modbus (TCP, UDP, RTU); EtherNet/IP adapter (slave) 1 ; RS-232/-485 interface ETHERNET protocols DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH Visualization WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3); e!cockpit (based on CODESYS V3) CPU Cortex A8; 600 MHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 256 MB / 256 MB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile CODESYS V2: 16 MB / 64 MB / 128 KB memory (software) e!runtime: 60 MB* / 60 MB* / 128 kb Number of I/O modules per node (max.) 250 Input and output process image (internal) max words Input and output process image (Modbus ) CODESYS V2: 1000 words max. e!runtime: words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 78.6 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc; 4 ATEX/IECEx For data sheet and further information, see: wago.com/ / Accessories SD memory card; 2 GB / WAGO Communication Cable Library for e!runtime *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. Suitable software application: Machine Data Collection with MTConnect Lighting Management e!cockpit Software, WAGO-I/O-PRO V2.3 See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 Automation Technology 15

18 Volume 3, Section 1 Software WAGO Energy Data Management Computer Database EHTERNET WAGO-I/O-SYSTEM x/ DO Switch on and off DI 15-minute pulse (power supply) AI Flow, pressure, temperature, etc. EnOcean S0 counter, Current and voltage DI 3-PH MBus pulse counter measurement WAGO Energy Data Management easily records, visualizes and manages energy data without any programming and can be upgraded at any time. The energy data management system provides energy flow monitoring via user-friendly Web visualization. The connected I/O modules (see table) are automatically detected and can be configured via user interface. In addition to energy-specific values like electrical currents or voltages, the networked WAGO Controller can record other measurement variables relevant for industrial and process technologies or building applications for example, gas, heat, water, compressed air and temperature. With the integrated visualization tool, collected data is easily displayed and evaluated in various forms. The data is transferred to higher level energy management software via Modbus TCP/IP or as a CSV file via FTPS. In addition, it is possible to store the history on an SD card integrated into the controller. Because it is so easy to integrate the versatile new WAGO solution into existing systems, increasing measurement point depth is also a simple matter. WAGO Energy Data Management Components Number of Modules, Max. Base unit Controller PFC200; Energy Data Management Application 2 x ETHERNET, RS-232/ / x ETHERNET; RS-232/-485; mobile radio module / Energy Data Management software Download: wago.com/ 1 applicationcontroller End module Power supply to I/O node; 230 VAC/24 VDC; 2.5 A Power supply to I/O node; 230 VAC/24 VDC; 2 A Recording real power pulse EVU 4-channel digital input; 24 VDC; 3 ms Connection of buttons for starting and stopping the 8-channel digital input/output; 24 VDC; 0.5 A data logging Recording S0 and pulse counter 2 up/down counters; 16 bits; 500 Hz Switching of outputs via Modbus Master logging 8-channel digital output; 24 VDC; 0.5 A status displays 3-phase power measurement 3-phase power measurement; 690 VAC 1 A Total: 18 3-phase power measurement; 690 VAC 5 A / phase power measurement; 690 VAC Rogowski Coils / Temperature, pressure, flow meters and 2-channel analog input; 0 20 ma; differential input other analog signals 8-channel analog input; 0/4 20 ma; single-ended channel analog input; 0 10 VDC/±10 V; single-ended Resistance sensors 8-channel analog input; resistance measurement; adjustable Extension for connecting the M-Bus Master M-Bus level converter Extension for connecting the RS-232/-485 Serial Interface EnOcean Gateway EnOcean Receiver/Transmitter with RS-485 EVC Interface Components for decentralized measurements End module for bus extension Coupler module for bus extension System power supply; 24 VDC End module Switched-mode power supply; 24 VDC/2.5 A Automation Technology

19 Volume 3, Section 1 Software Controller PFC200; Energy Data Management Application Serial interface Serial interface Figure: ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 U6 U5 U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS U7 RST SD A B 24V 0V + + Supply voltage (system) Supply voltage (field) ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 NET RUN STOP RESET SYS RST RUN I/O MS NS USR SD CON SIM ANT A B 24V 0V + + Supply voltage (system) Supply voltage (field) Fieldbus connection 2 x RJ-45 (switched) SD memory card slot Fieldbus connection 2 x RJ-45 (switched) SD memory card slot SIM card slot Antenna connection Figure: Item Description Controller PFC200; Energy Data Management Application Version 2 x ETHERNET, RS-232/ x ETHERNET, RS-232/-485, mobile radio module / / Order text PFC200; FGE; 2ETH RS 3G PFC200; FGE; 2ETH RS 3G Technical data Communication ETHERNET protocols Radio technology Frequency band Services Security encryption Visualization Modbus (TCP, UDP, RTU); EtherNet/IP adapter (slave) 1 ; RS-232/-485 interface DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH GSM/Edge/UMTS/HSPA+ GSM quad-band SMS (bidirectional); GPRS connection to Internet OpenVPN; IPsec; firewall WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3); e!cockpit (based on CODESYS V3) CPU Operating system Main memory (RAM)/internal memory (flash)/ non-volatile memory (hardware) Program memory/data memory/non-volatile memory (software) Cortex A8; 600 MHz Real-time Linux (with RT-Preempt patch) 256 MB / 256 MB / 128 KB CODESYS V2: 16 MB / 64 MB / 128 KB e!runtime: 60 MB* / 60 MB* / 128 kb Number of I/O modules per node (max.) 250 Input and output process image (internal) max words Input and output process image (Modbus ) CODESYS V2: 1000 words max. e!runtime: words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma 700 ma Surrounding air temperature (operation) C Dimensions W x H x D 78.6 x 71.9 x 100 mm x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc; 4 ATEX/IECEx 1; r OrdLoc For data sheet and further information, see: wago.com/ / wago.com/ / Accessories SD memory card; 2 GB / WAGO Communication Cable Antenna; GSM e!cockpit Software, WAGO-I/O-PRO V2.3 See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 1 Library for e!runtime *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. Suitable software application: Energy Data Management Automation Technology 17

20 Volume 3, Section 1 Software Cloud connectivity via MQTT Recording, digitizing and linking data profitably this is the core concept behind Industry 4.0. The field level connection is established with the open WAGO-I/O-SYSTEM 750 or 750 XTR; the data is sent to the cloud or a local MQTT broker via a controller of the PFC family. Here, it can be aggregated and used for analysis. This creates true added value for your company be it for increasing the efficiency of in-house production, implementing energy management in buildings or developing additional end-customer services. Existing systems also become IoT-ready, making them sustainable into the future. Communication between PFCs and cloud suppliers is conducted via the MQTT protocol and encrypted via TLS 1.2. The cloud connection data is configured via Web-based Management (WBM). By default, e!cockpit contains appropriate libraries for defining the variables to transfer to the cloud in the IEC program. Thus the IEC programmer maintains complete control. Controller information, such as run/stop, connection status and device information can also be transferred to a cloud solution with cloud connectivity or distributed via MQTT broker. With their wide variety of interfaces, the WAGO Controllers also offer the perfect foundation for an IoT gateway. They can collect numerous field signals, communicate in a large number of industrial protocols and even enable cloud connection of sensors and actuators that themselves lack a Web interface. Thanks to the standardized MQTT protocol, it is possible to connect to cloud providers such as Microsoft Azure, Amazon Web Services, IBM Cloud or SAP Cloud. Additional other MQTT brokers or solutions such as the WAGO Cloud can also be connected. Cloud connectivity is included by default with PFC Controller Firmware 11 and above, and the required library has been included in e!cockpit since Version 1.4. Amazon Web Services (AWS) WAGO Cloud (Microsoft Azure) Microsoft Azure IBM Cloud MQTT MQTT Additional Provider Local Broker Cloud connectivity is possible with all PFC100 and PFC200 controllers. 18 Automation Technology

21 Volume 3, Section 1 Software WAGO Cloud Collect, analyze and manage data centrally The WAGO Cloud gives you the option of collecting data from various machines and managing it centrally. It represents an IoT device management system, which was developed for the WAGO PFC Controller series. The WAGO Cloud makes it possible to manage and monitor WAGO controllers, including their data and applications. It is hosted on Microsoft s Azure Cloud. With simple, user-friendly operation, it was developed so that people without IT experience can easily use it. The cloud service is available online at After registering for free and linking to the WAGO controllers, you can get started in just a few minutes. How does machine data get to the WAGO Cloud? A WAGO PFC Controller serves as a gateway, collects the data and then sends it to the WAGO Cloud. Users log into their user interface on the Web portal, where they can use various applications. Through this gateway, users have access to functions like visualization, controller and user management and controller status monitoring. The user can activate alarm functions and use them to automatically send notifications if defined limit values are exceeded, for example. Data can be graphically visualized, evaluated and exported as needed. Do you need to restrict the data you send to the cloud? No problem! You decide yourself by configuring the WAGO PFC controller and specifying using the IEC program what data to send to the cloud or not. WAGO Cloud (Microsoft Azure) WAGO Cloud (Microsoft Azure) Expansion Existing System MQTT ETHERNET ETHERNET Retrofit Parallel Installation to Existing Systems Installation of a new system Figures: Transfer of Data to the WAGO Cloud The WAGO PFC Controller functions as a gateway for existing systems. It extends existing systems easily. It collects the data through various protocols and transports this data to the WAGO Cloud via the TSL-encrypted MQTT connection. If the system is newly installed and the WAGO PFC Controller is used, it can send the data directly to the cloud. What advantages does the WAGO Cloud offer? Simplicity The solution is intuitive thanks to a clear functional scope. Within minutes, you can send data to the cloud, without extensive IT expertise. Flexibility Customize your cloud solution at any time, and do so virtually whenever or wherever. For instance, double your number of controllers from one day to the next without affecting performance and availability. Would you like a special expansion? We can do that through customized cloud-expansions as a project service. Everything from a single source Take advantage of the benefits of the WAGO Cloud, software as a service. Save time by passing the work of infrastructures and security platform and application management on to WAGO. Automation Technology 19

22 Volume 3, Section 1 Software WAGO Cloud App overview: All functions at a glance thanks to the intuitive app structure Quick access: Find directly what you are looking for, you have all your workspaces in view. Easy handling: Let us guide you in creating cloud projects. Relevant functions: Just look at the features you get access to. Controller status overview: See your connected and disconnected controllers as well as relevant connection details. Dashboard: Create your dashboard individually according to your needs using graphics and trends. 20 Automation Technology

23 Volume 3, Section 1 Software WAGO Cloud What kind of functions can I use on the WAGO Cloud? The WAGO Cloud is a universal industrial-strength data logger with data visualization. It allows customizable dashboards and analyses to be created quickly and easily in the cloud. Use interfaces via REST and CSV data export for further processing of data, or use them as a data supplier in order to perform detailed analyses in other systems, for example. Monitor controller statuses and receive notifications if specified limit values are exceeded. How can I use the functions? Test the WAGO Cloud for 30 days with no commitment to see if it s right for you. The cloud service is available online at After registering for free and linking to the WAGO controllers, you can get started in just a few minutes. After that, you book licence points with a prepaid model, via our WAGO eshop for example, and simply redeem them in the cloud. Transparent usage management in the cloud allows you to fully monitor the current and expected scope of the functions used. When your licence points are almost used up, you ll receive a notice that you need to reload your points account soon. You can find an overview of the functions we currently offer in the following table. Each individual function is scalable, depending on how much you need, e.g., in terms of number of connected controllers etc. Test Phase WAGO Cloud 30-day free trial (limited test points). Points account may be exceeded after the test phase. Functions Properties Data Management Data Points Connect WAGO PFC Controller to the cloud. Transfer data from the controller to the cloud. Mount devices and data. Visualize data. Restful API Provide data for other cloud services. Device Management Firmware & Application Update Select/download firmware. Use firmware application catalog. Replace firmware on the device. Install application updates. Remote Visu Access Access local configurations and visualizations remotely (diagnostics, monitoring, remote maintenance). User Management In a customer area, up to 10 users have free access. More can be booked upon request. How are customized cloud solutions realized? With M&M as a member of the WAGO Group, WAGO has a partner for integrated development of industrial and technical software solutions. Together with you, we will examine the individual requirements of your company and find the appropriate solution for you. Automation Technology 21

24 Volume 3 Section 2 Operation and Monitoring Operation and Monitoring New Versions Touch Panel; 600 standard Touch Panel; 600 advanced Touch Panel; 600 marine M: Master, S: Slave Web browser Modbus (TCP, UDP) EtherNet/IP CANopen IoT Protocols CPU Description Hardware Cortex A9 Cortex A9 Cortex A9 x x x x x x x x M/S S M/S M/S S M/S M/S S M/S M/S S M/S M/S S M/S S M/S S M/S S Control Panel; 10.9 cm (4.3 ); resistive touchscreen x PIO / Control Panel; 14.5 cm (5.7 ); resistive touchscreen x PIO / x Control Panel; 18 cm (7.0 ); resistive touchscreen PIO / Control Panel; 25.7 cm (10.1 ); resistive touchscreen x PIO / Visu Panel; 10.9 cm (4.3 ); resistive touchscreen PIO / Visu Panel; 14.5 cm (5.7 ); resistive touchscreen PIO / Visu Panel; 18 cm (7.0 ); resistive touchscreen PIO / Visu Panel; 25.7 cm (10.1 ); resistive touchscreen PIO / x Web Panel; 10.9 cm (4.3 ); resistive touchscreen PIO x Web Panel; 14.5 cm (5.7 ); resistive touchscreen PIO x Web Panel; 18 cm (7.0 ); resistive touchscreen PIO x Web Panel; 25.7 cm (10.1 ); resistive touchscreen PIO Control Panel; 18 cm (7.0 ); capacitive touchscreen with glass surface x x PIO / Control Panel; 25.7 cm (10.1 ); capacitive touchscreen with glass surface x x PIO / Visu Panel; 18 cm (7.0 ); capacitive touchscreen x with glass surface PIO / Visu Panel; 25.7 cm (10.1 ); capacitive touchscreen with glass surface x PIO / Visu Panel; 10.9 cm (4.3 ); resistive touchscreen, x marine version PIO / Visu Panel; 14.5 cm (5.7 ); resistive touchscreen, x marine version PIO / Visu Panel; 18 cm (7.0 ); resistive touchscreen, x marine version PIO / Visu Panel; 25.7 cm (10.1 ); resistive touchscreen, x marine version PIO / M/S S M/S M/S S M/S M/S S M/S S M/S S M/S S M/S S M/S S PIO1 hardware configuration Besides the power supply connection, devices with the PIO1 hardware configuration provide: Two ETHERNET ports for connecting to field devices and the engineering tool Two USB ports for optional connection of a USB stick, mouse or keyboard Devices of this type are primarily used as Web Panels. PIO2 hardware configuration The PIO2 hardware configuration contains the same connections as PIO1 hardware. In addition, the devices are equipped with an audio interface for connecting headphones or an active loudspeaker. Devices of this type are primarily used as Visu Panels. PIO3 hardware configuration Devices of this type are primarily used as Control Panels. Besides the interfaces of the PIO2 configuration, they also have the following interfaces: CAN for controlling field devices RS-232-/-485 interface for controlling field devices with a serial interface Four digital inputs/outputs for reading/triggering digital signals In addition, this hardware configuration has a rapid, power-failure-proof storage component that can back up retain variables of the controller without additional UPS measures. 22 Automation Technology

25 Volume 3 Section 2 Operation and Monitoring Operation and Monitoring Functional Variants Web Panel The operating and display devices in the Web Panel software configuration are provided with a Web browser, which access controllers via standard Web protocols with integrated Web visualization for display. Depending on the type of execution, Web visualizations created with e!cockpit (based on COD- ESYS V3) and/or with CODESYS V2 can be displayed. Web visualizations have the advantage that they can be displayed not only on special Visu Panels, but also on standard commercial mobile devices. Engineering HTTP ETHERNET PLC Visu Visu Panel Operating and display devices in the Visu Panel software configuration are suitable for displaying a visualization generated with e!cockpit and obtaining the data referenced in it from any field devices via TCP, e.g., from PFC200-type controllers. In contrast to Web Panel, the computing power required here is divided between two devices, so the computing necessary for displaying the visualization is basically performed by the Visu Panel, offloading the controller. The Visu Panel can also provide a Web visualization via the integrated Web server. Visu Engineering MODBUS TCP ETHERNET PLC Control Panel Operating and display devices in the Control Panel software configuration allow control and visualization to be performed simultaneously and thus represent a very compact form for an automation solution. Control Panels handle all the usual tasks that would otherwise be performed by a separate controller, including establishing a connection to the cloud, for example. Cloud PLC Engineering MQTT ETHERNET Visu Feldbus Automation Technology 23

26 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Standard Line; resistive touchscreen; 10.9 cm (4.3 ) Item Description Version Touch Panel; 10.9 cm (4.3 ); 480 x 272 pixels; resistive touchscreen PIO3 hardware configuration; Control Panel PIO2 hardware configuration; Visu Panel PIO1 hardware configuration; Web Panel / / Order text TP600; 4.3; 480x272; PIO3; CP TP600; 4.3; 480x272; PIO2; VP TP600; 4.3; 480x272; PIO1; WP Technical data Display/front view Resistive touchscreen Screen size (diagonal) 10.9 cm (4.3 ) Aspect 16:9 Display colors 16 million Graphics resolution 480 x 272 Operating elements 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 CANopen; RS-232-/-485 interface; ; MQTT ETHERNET protocols DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) Operating system Real-time Linux (with RT-Preempt patch) Processor Cortex A9 Main memory (RAM)/internal memory (flash) 512 MB / 4 GB Program memory / data memory / non-volatile 1024 KB / 1024 KB / 128 KB memory (software) Memory expansion microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) Onboard I/Os Audio; 4 x DIO, configurable Audio Dimensions (W x H x D) 155 x 135 x 78 mm 155 x 135 x 58 mm Panel cutout (W x H) 140 x 120 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %) with reverse voltage protection Surrounding air temperature (operation) C Relative humidity %, non-condensing Degree of protection Front side IP65, back IP20 Approvals 1 For data sheet and further information, see: wago.com/ / wago.com/ / wago.com/ Accessories Memory card; 2 GB / Clamping elements (included) Library for e!runtime 24 Automation Technology

27 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Standard Line; resistive touchscreen; 14.5 cm (5.7 ) Item Description Version Touch Panel; 14.5 cm (5.7 ); 640 x 480 pixels; resistive touchscreen PIO3 hardware configuration; Control Panel PIO2 hardware configuration; Visu Panel PIO1 hardware configuration; Web Panel / / Order text TP600; 5.7; 640x480; PIO3; CP TP600; 5.7; 640x480; PIO2; VP TP600; 5.7; 640x480; PIO1; WP Technical data Display/front view Resistive touchscreen Screen size (diagonal) 14.5 cm (5.7 ) Aspect 4:3 Display colors Graphics resolution 640 x 480 Operating elements 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 CANopen; RS-232-/-485 interface; MQTT ETHERNET protocols DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) Operating system Real-time Linux (with RT-Preempt patch) Processor Cortex A9 Main memory (RAM)/internal memory (flash) 512 MB / 4 GB Program memory / data memory / non-volatile 1024 KB / 1024 KB / 128 KB memory (software) Memory expansion microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) Onboard I/Os Audio; 4 x DIO, configurable Audio Dimensions (W x H x D) 172 x 163 x 78 mm 172 x 163 x 58 mm Panel cutout (W x H) 157 x 148 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %) with reverse voltage protection Surrounding air temperature (operation) C Relative humidity %, non-condensing Degree of protection Front side IP65, back IP20 Approvals 1 For data sheet and further information, see: wago.com/ / wago.com/ / wago.com/ Accessories Memory card; 2 GB / Clamping elements (included) Library for e!runtime Automation Technology 25

28 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Standard Line; resistive touchscreen; 17.8 cm (7.0 ) Item Description Version Touch Panel; 17.8 cm (7.0 ); 800 x 480 pixels; resistive touchscreen PIO3 hardware configuration; Control Panel PIO2 hardware configuration; Visu Panel PIO1 hardware configuration; Web Panel / / Order text TP600; 7.0; 800x480; PIO3; CP TP600; 7.0; 800x480; PIO2; VP TP600; 7.0; 800x480; PIO1; WP Technical data Display/front view Resistive touchscreen Screen size (diagonal) 18 cm (7.0 ) Aspect 16:9 Display colors 16 million Graphics resolution 800 x 480 Operating elements 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 CANopen; RS-232-/-485 interface; MQTT ETHERNET protocols DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) Operating system Real-time Linux (with RT-Preempt patch) Processor Cortex A9 Main memory (RAM)/internal memory (flash) 512 MB / 4 GB Program memory / data memory / non-volatile 1024 KB / 1024 KB / 128 KB memory (software) Memory expansion microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) Onboard I/Os Audio; 4 x DIO, configurable Audio Dimensions (W x H x D) 213 x 167 x 78 mm 213 x 167 x 58 mm Panel cutout (W x H) 198 x 152 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %) with reverse voltage protection Surrounding air temperature (operation) C Relative humidity %, non-condensing Degree of protection Front side IP65, back IP20 Approvals 1 For data sheet and further information, see: wago.com/ / wago.com/ / wago.com/ Accessories Memory card; 2 GB / Clamping elements (included) Library for e!runtime 26 Automation Technology

29 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Standard Line; resistive touchscreen; 25.7 cm (10.1 ) Item Description Version Touch Panel; 25.7 cm (10.1 ); 1280 x 800 pixels; resistive touchscreen PIO3 hardware configuration; Control Panel PIO2 hardware configuration; Visu Panel PIO1 hardware configuration; Web Panel / / Order text TP600; 10.1; 1280x800; PIO3; CP TP600; 10.1; 1280x800; PIO2; VP TP600; 10.1; 1280x800; PIO1; WP Technical data Display/front view Resistive touchscreen Screen size (diagonal) 25.7 cm (10.1 ) Aspect 16:9 Display colors 16 million Graphics resolution 1280 x 800 Operating elements 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 CANopen; RS-232-/-485 interface; MQTT ETHERNET protocols DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) Operating system Real-time Linux (with RT-Preempt patch) Processor Cortex A9 Main memory (RAM)/internal memory (flash) 512 MB / 4 GB Program memory / data memory / non-volatile 1024 KB / 1024 KB / 128 KB memory (software) Memory expansion microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) Onboard I/Os Audio; 4 x DIO, configurable Audio Dimensions (W x H x D) 293 x 223 x 78 mm 293 x 223 x 58 mm Panel cutout (W x H) 278 x 208 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %) with reverse voltage protection Surrounding air temperature (operation) C Relative humidity %, non-condensing Degree of protection Front side IP65, back IP20 Approvals 1 For data sheet and further information, see: wago.com/ / wago.com/ / wago.com/ Accessories Memory card; 2 GB / Clamping elements (included) Library for e!runtime Automation Technology 27

30 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Advanced Line; capacitive touchscreen with glass surface; 17.8 cm (7.0 ) Item Description Touch Panel; 17.8 cm (7.0 ); 800 x 480 pixels; capacitive touchscreen with glass surface Version PIO3 hardware configuration; Control Panel PIO2 hardware configuration; Visu Panel / / Order text TP600; 7.0; 800x480; PIO3; CP TP600; 7.0; 800x480; PIO2; VP Technical data Display/front view Multitouch glass front; capacitive with glass surface Screen size (diagonal) 18 cm (7.0 ) Aspect 16:9 Display colors 16 million Graphics resolution 800 x 480 Operating elements 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 ETHERNET protocols CANopen; RS-232-/-485 interface; MQTT DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) Operating system Processor Main memory (RAM)/internal memory (flash) Program memory / data memory / non-volatile memory (software) Memory expansion Real-time Linux (with RT-Preempt patch) Cortex A9 512 MB / 4 GB 1024 KB / 1024 KB / 128 KB microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) Onboard I/Os Audio; 4 x DIO, configurable Audio Dimensions (W x H x D) 213 x 167 x 78 mm 213 x 167 x 58 mm Panel cutout (W x H) 198 x 152 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %) with reverse voltage protection Surrounding air temperature (operation) C Relative humidity %, non-condensing Degree of protection Front side IP65, back IP20 Approvals 1 For data sheet and further information, see: wago.com/ / wago.com/ / Accessories Memory card; 2 GB / Clamping elements (included) Library for e!runtime 28 Automation Technology

31 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Advanced Line; capacitive touchscreen with glass surface; 25.7 cm (10.1 ) Item Description Touch Panel; 25.7 cm (10.1 ); 1280 x 800 pixels; capacitive touchscreen with glass surface Version PIO3 hardware configuration; Control Panel PIO2 hardware configuration; Visu Panel / / Order text TP600; 10.1; 1280x800; PIO3; CP TP600; 10.1; 1280x800; PIO2; VP Technical data Display/front view Multitouch glass front; capacitive with glass surface Screen size (diagonal) 25.7 cm (10.1 ) Aspect 16:9 Display colors 16 million Graphics resolution 1280 x 800 Operating elements 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 ETHERNET protocols CANopen; RS-232-/-485 interface; MQTT DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) Operating system Processor Main memory (RAM)/internal memory (flash) Program memory / data memory / non-volatile memory (software) Memory expansion Real-time Linux (with RT-Preempt patch) Cortex A9 512 MB / 4 GB 1024 KB / 1024 KB / 128 KB microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) Onboard I/Os Audio; 4 x DIO, configurable Audio Dimensions (W x H x D) 293 x 223 x 78 mm 293 x 223 x 58 mm Panel cutout (W x H) 278 x 208 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %) with reverse voltage protection Surrounding air temperature (operation) C Relative humidity %, non-condensing Degree of protection Front side IP65, back IP20 Approvals 1 For data sheet and further information, see: wago.com/ / wago.com/ / Accessories Memory card; 2 GB / Clamping elements (included) Library for e!runtime Automation Technology 29

32 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Marine Line; resistive touchscreen; 10.9 cm (4.3 ) or 14.5 cm (5.7 ) Item Description Touch Panel; 10.9 cm (4.3 ); 480 x 272 pixels; resistive touchscreen, marine version Touch Panel; 14.5 cm (5.7 ); 640 x 480 pixels; resistive touchscreen, marine version Version PIO2 hardware configuration; Visu Panel PIO2 hardware configuration; Visu Panel / / Order text TP600; 4.3; 480x272; PIO2; VP TP600; 5.7; 640x480; PIO2; VP Technical data Display/front view Resistive touchscreen; black front Resistive touchscreen; black front Screen size (diagonal) 10.9 cm (4.3 ) 14.5 cm (5.7 ) Aspect 16:9 4:3 Display colors 16 million Graphics resolution 480 x x 480 Operating elements 2 brightness settings (Up and Down) on the front 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 ETHERNET protocols DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) e!cockpit (based on CODESYS V3) Operating system Real-time Linux (with RT-Preempt patch) Real-time Linux (with RT-Preempt patch) Processor Cortex A9 Cortex A9 Main memory (RAM)/internal memory (flash) 512 MB / 4 GB 512 MB / 4 GB Program memory / data memory / non-volatile 1024 KB / 1024 KB / 128 KB 1024 KB / 1024 KB / 128 KB memory (software) Memory expansion microsd (max. 2 GB); microsdhc (max. 32 GB) microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) 2 x USB host 2.0 (type A) Onboard I/Os Audio Audio Dimensions (W x H x D) 155 x 135 x 58 mm 172 x 163 x 58 mm Panel cutout (W x H) 140 x 120 mm 157 x 148 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %); with reverse voltage protection 24 VDC, SELV ( %); with reverse voltage protection Surrounding air temperature (operation) C C Relative humidity %, non-condensing %, non-condensing Degree of protection Front side IP65, back IP20 Front side IP65, back IP20 Approvals 1; DNV GL* 1; DNV GL* For data sheet and further information, see: wago.com/ / wago.com/ / Accessories Memory card; 2 GB / / Clamping elements (included) Library for e!runtime *Pending 1 Library for e!runtime *Pending 30 Automation Technology

33 Volume 3 Section 2 Operation and Monitoring Touch Panel 600 Marine Line; resistive touchscreen; 17.8 cm (7.0 ) or 25.7 cm (10.1 ) Item Description Touch Panel; 17.8 cm (7.0 ); 800 x 480 pixels; resistive touchscreen, marine version Touch Panel; 25.7 cm (10.1 ); 1280 x 800 pixels; resistive touchscreen, marine version Version PIO2 hardware configuration; Visu Panel PIO2 hardware configuration; Visu Panel / / Order text TP600; 7.0; 800x480; PIO2; VP TP600; 10.1; 1280x800; PIO2; VP Technical data Display/front view Resistive touchscreen; black front Resistive touchscreen; black front Screen size (diagonal) 18 cm (7.0 ) 25.7 cm (10.1 ) Aspect 16:9 16:9 Display colors 16 million 16 million Graphics resolution 800 x x 800 Operating elements 2 brightness settings (Up and Down) on the front 2 brightness settings (Up and Down) on the front Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 ETHERNET protocols DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH DHCP; DNS; FTP; FTPS; HTTP; HTTPS; SSH Programming environment e!cockpit (based on CODESYS V3) e!cockpit (based on CODESYS V3) Operating system Real-time Linux (with RT-Preempt patch) Real-time Linux (with RT-Preempt patch) Processor Cortex A9 Cortex A9 Main memory (RAM)/internal memory (flash) 512 MB / 4 GB 512 MB / 4 GB Program memory / data memory / non-volatile 1024 KB / 1024 KB / 128 KB 1024 KB / 1024 KB / 128 KB memory (software) Memory expansion microsd (max. 2 GB); microsdhc (max. 32 GB) microsd (max. 2 GB); microsdhc (max. 32 GB) Interfaces (USB) 2 x USB host 2.0 (type A) 2 x USB host 2.0 (type A) Onboard I/Os Audio Audio Dimensions (W x H x D) 213 x 167 x 58 mm 293 x 223 x 58 mm Panel cutout (W x H) 198 x 152 mm 278 x 208 mm Mounting Clamping elements (included) or VESA mount (4 x M4x8) Clamping elements (included) or VESA mount (4 x M4x8) Supply voltage 24 VDC, SELV ( %); with reverse voltage protection 24 VDC, SELV ( %); with reverse voltage protection Surrounding air temperature (operation) C C Relative humidity %, non-condensing %, non-condensing Degree of protection Front side IP65, back IP20 Front side IP65, back IP20 Approvals 1; DNV GL* 1; DNV GL* For data sheet and further information, see: wago.com/ / wago.com/ / Accessories Memory card; 2 GB / / Clamping elements (included) Library for e!runtime *Pending 1 Library for e!runtime *Pending Automation Technology 31

34 Volume 3, Section 3 Controllers Controller PFC200; 2nd Generation; 2 x ETHERNET, RS-232/-485 Serial interface ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 U6 U5 U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS U7 RST SD A B V 0V + + Supply voltage (system) Supply voltage (field) Fieldbus connection 2 x RJ-45 (switched) SD memory card slot Item Description Controller PFC200; 2nd generation; 2 x ETHERNET, RS-232/-485 Version Default Ext. temperature Telecontrol technology; ext. temperature Telecontrol technology; ext. temperature; ECO / / / Order text PFC200; G2; 2ETH RS PFC200; G2; 2ETH RS; T PFC200; G2; 2ETH RS; Tele; T Technical data Communication Figure: Modbus (TCP, UDP, RTU); EtherNet/IP adapter (slave) 1 ; MQTT; RS-232/-485 interface; EtherCAT- Master 2 PFC200; G2; 2ETH RS; Tele; T; ECO Modbus (TCP, UDP, RTU); MQTT; telecontrol protocols; RS-232/485 interface ETHERNET protocols DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH Telecontrol protocols IEC /-103/-104; IEC ; IEC ; DNP3 Visualization WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3); e!cockpit (based on CODESYS V3) WAGO-I/O-PRO V2.3 (based on CODESYS V2.3) CPU Cortex A8; 1 GHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 512 MB / 4 GB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile CODESYS V2: 16 MB / 64 MB / 128 KB memory (software) e!runtime: 60 MB* / 60 MB* / 128 kb Number of modules per node, max Input and output process image (internal) max words Input and output process image (Modbus ) CODESYS V2: 1000 words max. e!runtime: words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C C Dimensions W x H x D 78.6 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc**; 4 ATEX/IECEx** For data sheet and further information, see: wago.com/ Accessories SD memory card; 2 GB / e!runtime; EtherCAT Master 300; individual / licence e!cockpit Software, WAGO-I/O-PRO V2.3 See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 1 Library for e!runtime; 2 for e!runtime; requires an additional licence *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. **Pending 32 Automation Technology

35 Volume 3, Section 3 Controllers Controller PFC200; 2nd Generation; 2 x ETHERNET, CAN, CANopen Fieldbus connection CAN, CANopen ACT X2 LNK ETH ACT X1 LNK X4 CAN U6 U5 U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS CAN RST SD A B V 0V + + Supply voltage (system) Supply voltage (field) Fieldbus connection 2 x RJ-45 (switched) SD memory card slot Item Description Controller PFC200; 2nd generation; 2 x ETHERNET, CAN, CANopen Version Default Order text PFC200; G2; 2ETH CAN Technical data Communication Modbus (TCP, UDP); EtherNet/IP adapter (slave) 1 ; MQTT; CANopen; EtherCAT Master 2 ETHERNET protocols DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH Visualization WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3); e!cockpit (based on CODESYS V3) CPU Cortex A8; 1 GHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 512 MB / 4 GB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile CODESYS V2: 16 MB / 64 MB / 128 KB memory (software) e!runtime: 60 MB* / 60 MB* / 128 kb Number of modules per node, max. 250 Input and output process image (internal) max words Input and output process image (MODBUS )/ CODESYS V2: 1000 words / 2000 words (CAN) max. e!runtime: words / 2000 words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 78.6 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc**; 4 ATEX/IECEx** For data sheet and further information, see: wago.com/ Accessories SD memory card; 2 GB / e!runtime; EtherCAT Master 300; individual / licence 1 Library for e!runtime; 2 for e!runtime; requires an additional licence *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. **Pending Automation Technology 33

36 Volume 3, Section 3 Controllers Controller PFC200; 2nd Generation; 2 x ETHERNET, RS-232/-485, CAN, CANopen Fieldbus connection CAN, CANopen Serial interface X4 CAN ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 U6 U5 U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS CAN RST SD A B V 0V + + Supply voltage (system) Supply voltage (field) Fieldbus connection 2 x RJ-45 (switched) SD memory card slot Item Description Controller PFC200; 2nd generation; 2 x ETHERNET, RS-232/-485, CAN, CANopen Version Default Order text PFC200; G2; 2ETH RS CAN Technical data Communication Modbus (TCP, UDP, RTU); EtherNet/IP adapter (slave) 1 ; MQTT; CANopen; RS-232/-485 interface; Ether- CAT Master 2 DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH WebVisu ETHERNET protocols Visualization Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3); e!cockpit (based on CODESYS V3) CPU Cortex A8; 1 GHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 512 MB / 4 GB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile CODESYS V2: 16 MB / 64 MB / 128 KB memory (software) e!runtime: 60 MB* / 60 MB* / 128 kb Number of modules per node, max. 250 Input and output process image (internal) max words Input and output process image (MODBUS )/ CODESYS V2: 1000 words / 2000 words (CAN) max. e!runtime: words / 2000 words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 78.6 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc**; 4 ATEX/IECEx** For data sheet and further information, see: wago.com/ Accessories SD memory card; 2 GB / e!runtime; EtherCAT Master 300; individual / licence 1 Library for e!runtime; 2 for e!runtime; requires an additional licence *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. **Pending e!cockpit Software, WAGO-I/O-PRO V2.3 See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 34 Automation Technology

37 Volume 3, Section 3 Controllers Controller PFC200; 2nd Generation; 4 x ETHERNET, CAN, CANopen, USB Fieldbus connection CAN, CANopen USB interface Fieldbus connection 2 x RJ-45 X4 CAN PROFINET X6 USB ACT X12 LNK ACT X11 LNK ACT X2 LNK ACT X1 LNK BF DIA U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS CAN RST SD A B Supply voltage (system) Supply voltage (field) Fieldbus connection 2 x RJ-45 SD memory card slot Item Description Controller PFC200; 2nd Generation; 4 x ETHERNET, CAN, CANopen, USB Version Default Order text PFC200; G2; 4ETH CAN USB Technical data Communication PROFINET RT (Slave); Modbus (TCP, UDP); CANopen, EtherNet/IP adapter (slave) 1 ; MQTT; EtherCAT Master 2 DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH PROFINET IO V2.3; media redundancy (MRP) WebVisu ETHERNET protocols PROFINET IO features Visualization Programming e!cockpit (based on CODESYS V3) CPU Cortex A8; 1 GHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 512 MB / 4 GB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile 60 MB* / 60 MB* / 128 kb memory (software) Number of modules per node, max. 250 Input and output process image (internal) max words Input and output process image (MODBUS )/ 1000 words / 1024 bytes** / 2000 words (PROFINET)/(CAN) max. System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 112 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc***; 4 ATEX/IECEx*** For data sheet and further information, see: wago.com/ Accessories SD memory card; 2 GB / e!runtime; EtherCAT Master 300; individual / licence 1 Library for e!runtime 2 for e!runtime; requires an additional license *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. ** per Application Relation (AR) ***Pending Automation Technology 35

38 Volume 3, Section 3 Controllers Controller PFC200; 2nd Generation; 2 x ETHERNET, RS-232/-485, CAN, CANopen, PROFIBUS Slave Fieldbus connection PROFIBUS Fieldbus connection CAN, CANopen Serial interface X5 PROFIBUS X4 CAN ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 BF DIA U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS CAN RST SD A B V 0V + + Supply voltage (system) Supply voltage (field) Figure: Fieldbus connection 2 x RJ-45 (switched) SD memory card slot Item Description Controller PFC200; 2nd generation; 2 x ETHERNET, RS-232/-485, CAN, CANopen, PROFIBUS Slave Version Default Ext. temperature Telecontrol technology; ext. temperature / / Order text PFC200; G2; 2ETH RS CAN DPS PFC200; G2; 2ETH RS CAN DPS; T Technical data Communication Modbus (TCP, UDP, RTU); EtherNet/IP adapter (slave) 1 ; MQTT; PROFI- BUS; CANopen; RS-232/-485 interface; EtherCAT Master 2 PFC200; G2; 2ETH RS CAN DPS; Tele; T Modbus (TCP, UDP, RTU); MQTT; PROFIBUS; CANopen; Telecontrol protocols; RS-232/-485 interface ETHERNET protocols DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH Telecontrol protocols IEC /-103/-104; IEC ; IEC ; DNP3 Visualization WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3); e!cockpit (based on CODESYS V3) WAGO-I/O-PRO V2.3 (based on CODESYS V2.3) CPU Cortex A8; 1 GHz Operating system Real-time Linux (with RT-Preempt patch) Main memory (RAM)/internal memory (flash)/ 512 MB / 4 GB / 128 KB non-volatile memory (hardware) Program memory/data memory/non-volatile CODESYS V2: 16 MB / 64 MB / 128 KB memory (software) e!runtime: 60 MB* / 60 MB* / 128 kb Number of modules per node, max. 250 Input and output process image (internal) max words Input and output process image (MODBUS)/ CODESYS V2: 1000 words / 244 bytes / 2000 words (PROFIBUS)/(CAN) max. e!runtime: words / 244 bytes / 2000 words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C C Dimensions W x H x D 112 x 71.9 x 100 mm Approvals 1; r OrdLoc/HazLoc**; 4 ATEX/IECEx** For data sheet and further information, see: wago.com/ Accessories SD memory card; 2 GB / e!runtime; EtherCAT Master 300; individual / licence 1 Library for e!runtime; 2 for e!runtime; requires an additional licence *For memory configuration via e!runtime, the program and data memory together have a maximum size of 60 MB and can be distributed dynamically. **Pending 36 Automation Technology

39 Volume 3, Section 3 Controllers Controller PFC200; 2 x ETHERNET, RS-232/-485, CAN, CANopen, PROFIBUS Master Fieldbus connection PROFIBUS Fieldbus connection CAN, CANopen Serial interface X5 PROFIBUS X4 CAN ACT X2 LNK ETH ACT X1 LNK X3 RS232/485 BF DIA U4 U3 U2 U1 RUN STOP RESET SYS RUN I/O MS NS CAN RST SD A B V 0V + + Supply voltage (system) Supply voltage (field) Fieldbus connection 2 x RJ-45 (switched) SD memory card slot Item Description Controller PFC200; 2 x ETHERNET, RS-232/-485, CAN, CANopen, PROFIBUS Master Version Telecontrol technology; ext. temperature / Order text PFC200; 2ETH RS CAN DPM; Tele; T Technical data Communication Figure: ETHERNET protocols Telecontrol protocols Visualization Programming CPU Operating system Main memory (RAM)/internal memory (flash)/ non-volatile memory (hardware) Program memory/data memory/non-volatile memory (software) PROFIBUS DP Master; CAN; CANopen; Modbus (TCP, UDP, RTU); MQTT; telecontrol protocols; RS-232/-485 interface DHCP; DNS; NTP; FTP; FTPS; SNMP; HTTP; HTTPS; SSH IEC /-103/-104; IEC ; IEC ; DNP3 WebVisu WAGO-I/O-PRO V2.3 (based on CODESYS V2.3) Cortex A8; 600 MHz Real-time Linux (with RT-Preempt patch) 256 MB / 256 MB / 128 KB 16 MB / 64 MB / 128 KB Number of modules per node, max. 250 Input and output process image (internal) max words Input and output process image (MODBUS)/ 1000 words / 5000 bytes / 2000 words (PROFIBUS)/(CAN) max. System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 550 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D (mm) 112 x 71.9 x 100 mm Approvals 1; r OrdLoc** For data sheet and further information, see: wago.com/ Accessories SD memory card; 2 GB / *Input and output process image (PROFIBUS) max.: 5000 bytes (a maximum 125 slaves are supported, because a slave s process image can have up to 244 bytes/244 bytes) **Pending e!cockpit Software, WAGO-I/O-PRO V2.3 See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 Automation Technology 37

40 Volume 3, Section 3 Controllers Controller Modbus TCP Address Address Figure: ON 1 ON : WBM 255: DHCP ETHERNET LINK ACT 1 LINK ACT 2 MS NS I/O USR SD A B C D 24V 0V + + Supply voltage (system) 8 ON 1 ON : WBM 255: DHCP ETHERNET LINK ACT 1 LINK ACT 2 MS NS I/O USR A B C D 24V 0V + + Supply voltage (system) X1 X2 Supply voltage (field) X1 X2 Supply voltage (field) Item Description Figure: Fieldbus connection 2 x RJ-45 SD memory card slot Controller Modbus TCP; 4th generation; 2 x ETHERNET; SD card slot Fieldbus connection 2 x RJ-45 Controller Modbus TCP; 4th generation; 2 x ETHERNET Order text Controller Modbus TCP; G4 ; 2xETH; SD Controller Modbus TCP; G4; 2xETH Technical data Communication EtherNet/IP; Modbus (TCP, UDP) EtherNet/IP; Modbus (TCP, UDP) ETHERNET protocols HTTP(S); BootP; DHCP; DNS; SNTP; (S)FTP; SNMP HTTP(S); BootP; DHCP; DNS; SNTP; (S)FTP; SNMP Connection technology: fieldbus input/output 2 x RJ-45 2 x RJ-45 Transfer rate 10/100 Mbit/s 10/100 Mbit/s Visualization WebVisu WebVisu Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3) WAGO-I/O-PRO V2.3 (based on CODESYS V2.3) Type of memory card SD and SDHC to 32 GB* Program memory/data memory/non-volatile 8192 KB / 8192 KB / 32 KB 4096 KB / 4096 KB / 32 KB memory (software) Number of modules per node, max Input and output process image (internal) max words 1020 words System supply voltage 24 VDC ( %); via wiring interface (CAGE CLAMP connection) 24 VDC ( %), via wiring interface (CAGE CLAMP connection) Field supply voltage field 24 VDC ( %); via power jumper contacts 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 500 ma 500 ma Current consumption system supply (5 V) 440 ma 390 ma Total current for system supply 1700 ma 1700 ma Surrounding air temperature (operation) C C Dimensions W x H x D 61.5 x 71.9 x 100 mm 61.5 x 71.9 x 100 mm Approvals 1; Marine**; r OrdLoc/HazLoc**; 4 ATEX/IECEx** 1; Marine*; r OrdLoc/HazLoc*; 4 ATEX/IECEx* For data sheet and further information, see: wago.com/ wago.com/ Accessories SD memory card; 2 GB / *All guaranteed specifications are only valid with the WAGO memory card listed as an accessory. **Pending *Pending WAGO-I/O-PRO V2.3 Software See Full Line Catalog, Volume 3 Mini-WSB Quick Marking System, see Full Line Catalog, Volume 6 38 Automation Technology

41 Volume 3, Section 3 Controllers Controller Modbus TCP Address 8 ON 1 ON : WBM 255: DHCP ETHERNET LINK ACT 1 LINK ACT 2 MS NS I/O USR Supply voltage (system) 24V X3 0V X1 X2 Fieldbus connection 2 x RJ-45 (switched) Item Description Controller Modbus TCP; 4th generation; 2 x ETHERNET; ECO Order text Controller Modbus TCP; G4 ; 2xETH; ECO Technical data Communication EtherNet/IP; Modbus (TCP, UDP) ETHERNET protocols HTTP(S); BootP; DHCP; DNS; SNTP; (S)FTP Connection technology: fieldbus input/output 2 x RJ-45 Transfer rate 10/100 Mbit/s Visualization Web server Programming WAGO-I/O-PRO V2.3 (based on CODESYS V2.3) Program memory/data memory/non-volatile 2048 KB / 2048 KB / 32 KB memory (software) Number of modules per node, max. 250 Input and output process image (internal) max words System supply voltage 24 VDC ( %), via wiring interface Input current (typ.) at nominal load (24 V) 300 ma Current consumption system supply (5 V) 390 ma Total current for system supply 700 ma Surrounding air temperature (operation) C Dimensions W x H x D 49.5 x 71.9 x 96.8 mm Approvals 1; Marine*; r OrdLoc/HazLoc*; 4 ATEX/IECEx* For data sheet and further information, see: wago.com/ *Pending Automation Technology 39

42 QJXQ0-QSW8D-W32RR-EW662-Q6ZMT-SF91R-JXXUM-ENRYS Volume 3, Section 3 Controllers WAGO Starter Kits The WAGO-I/O-SYSTEM will help bring you and your operation quickly up to speed with the latest in automation technology. To get you up and running promptly, we offer WAGO-I/O-SYSTEM Starter Kits to suit a great variety of applications. Variants include: e!cockpit Starter Kit The e!cockpit Starter Kit with PFC100 Controller is a great introduction to WAGO s innovative CODESYS V3-based engineering software. : / Linux Starter Kit With the Controller PFC200 as its central component, the Linux Starter Kit provides an entry point into the world of open programming. : / ETHERNET Starter Kit Scalable automation solutions from local application to global communication. The starter kit is offered in two versions: With ETHERNET Controller: Item no.: /K / With ETHERNET Controller: Item no.: /K / BACnet/IP Starter Kit Starter kit for an easy introduction to building automation based on BACnet/IP : / KNX IP Starter Kit Introduction to open building automation solutions based on KNX Item no.: /K / Automation Technology

43 Volume 3, Section 3 Controllers Starter Kit; e!cockpit with PFC100 Controller; 2 x ETHERNET; ECO QJXQ0-QSW8D-W32RR-EW662-Q6ZMT-SF91R-JXXUM-ENRYS The PFC100 Controller can be seamlessly integrated into WAGO s e!cockpit Engineering Software, which can be used for hardware configuration, programming, simulation and visualization of complex control tasks. Tightly integrated automation software and controller hardware provide the ideal platform for advanced and intuitive CODESYS V3- based engineering. Item Description Starter Kit; e!cockpit / The e!cockpit Starter Kit includes: PFC100 Controller; 2 x ETHERNET; ECO Power supply; 24 VDC channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A End module Classic power supply; 24 VDC output voltage; 1 A Switching module; 2-way DI simulator e!cockpit Development Environment; licence for 1 PC / USB communication cable; 2.5 m microsd memory card; 2 Gbytes / Operating tool; type 1; (3.5 x 0.5) mm blade Operating tool; type 1; (2.5 x 0.4) mm blade Patch cable; 1.0 m Automation Technology 41

44 Volume 3, Section 3 Controllers Starter Kit; Linux with Controller PFC200 With the Controller PFC200 as its central component, the Linux Starter Kit provides an entry to the world of open programming. In addition to its scalability through the open-source community, the primary advantage of having a controller with an open-source operating system is that it is continually being developed further and maintained. Besides the PFC200, other components of the starter kit include input and output modules, a power supply, a switching module and the accessories needed to start programming immediately with Linux. Additional information on Linux is available at: wago.com/linux Item Description Starter Kit; Linux / The Linux advanced Starter Kit includes: Controller PFC200; 2nd generation; 2 x ETHERNET, RS-232/ Power supply; 24 VDC channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A End module Classic power supply; 24 VDC output voltage; 1 A Switching module; 2-way DI simulator Operating tool; type 1; (3.5 x 0.5) mm blade Operating tool; type 1; (2.5 x 0.4) mm blade Patch cable; 1.0 m 42 Automation Technology

45 Volume 3, Section 3 Controllers Starter Kit; ETHERNET 880 with ETHERNET Controller; 3rd Generation; SD Card Slot This ETHERNET Starter Kit includes: Controller, 2-channel input module and 2-channel output module. A power supply and the required programming software are also included in the scope of delivery. An application program designed for the starter kit and written in IEC demonstrates both hardware and software possibilities. Item Description Starter Kit; ETHERNET /K / The ETHERNET Starter Kit includes: ETHERNET controller; 3rd generation; SD card slot channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A End module Classic power supply; 24 VDC output voltage; 1 A Switching module; 2-way DI simulator Development environment, incl. USB communication cable; / WAGO-I/O-PRO; USB kit SD memory card; 1 GB / Patch cable; 1 m Operating tool; type 1; (3.5 x 0.5) mm blade Automation Technology 43

46 Volume 3, Section 3 Controllers Starter Kit; ETHERNET 881 with ETHERNET Controller; 3rd Generation This ETHERNET Starter Kit includes: Controller, 2-channel input module and 2-channel output module. A power supply and the required programming software are also included in the scope of delivery. An application program designed for the starter kit and written in IEC demonstrates both hardware and software possibilities. Item Description Starter Kit; ETHERNET /K / The ETHERNET Starter Kit includes: ETHERNET controller; 3rd generation channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A End module Classic power supply; 24 VDC output voltage; 1 A Switching module; 2-way DI simulator Development environment, incl. USB communication cable; / WAGO-I/O-PRO; USB kit SD memory card; 1 GB / Patch cable; 1 m Operating tool; type 1; (3.5 x 0.5) mm blade Automation Technology

47 Volume 3, Section 3 Controllers Starter Kit; BACnet/IP with BACnet/IP Controller; ECO The BACnet/IP Starter Kit is perfect for anyone seeking flexibility. Whether for rooms, lighting control systems or HVAC systems, the high-performance BACnet/IP ECO Controller is always the right choice for building automation applications. Advantages of the BACnet/IP ECO Controller: This controller supports the device profile of a BACnet Building Controller (B-BC) with all major BACnet objects and interoperability building blocks (BIBBs). With 256 BACnet objects, the BACnet/IP ECO Controller is an economical alternative for building automation applications requiring a small number of BACnet objects. This permits smaller building automation control tasks to be implemented much more cost-effectively. Item Description Starter Kit; BACnet/IP / The BACnet/IP Starter Kit includes: Controller BACnet/IP; ECO / channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A End module Classic power supply; 24 VDC output voltage; 1 A Switching module; 2-way DI simulator Development environment, incl. USB communication cable; / WAGO-I/O-PRO; USB kit Operating tool; type 1; (3.5 x 0.5) mm blade Patch cable; 1.0 m Automation Technology 45

48 Volume 3, Section 3 Controllers Starter Kit; KNX IP with KNX IP Controller The WAGO KNX IP Starter Kit is available for those new to KNX IP. This starter kit is particularly well-suited to users seeking to: Expand existing KNX/EIB networks with the KNX/EIB/TP1 interface to include the functionality of the modular WAGO-I/O-SYSTEM and program applications themselves (IEC ) Have remote access to their KNX/EIB/TP1 network with the router Exploit the advantages of an ETHERNET network with KNX/EIB projects via the IP controller Item Description Starter Kit; KNX IP /K / The KNX IP Starter Kit includes: KNX IP controller channel digital input; 24 VDC; 3 ms channel digital output; 24 VDC; 0.5 A End module KNX/EIB/TP1 Interface Switched-mode power supply; 24 VDC output voltage; 1.3 A Development environment, incl. USB communication cable; / WAGO-I/O-PRO; USB kit Patch cable; cross-over 46 Automation Technology

49 Volume 3, Section 3 Controllers Automation Technology 47

50 Volume 3, Section 4.1 I/O-System 750 and 753 Series, Fieldbus Couplers Fieldbus Coupler Modbus TCP Address 8 ON 1 ON : WBM 255: DHCP Modbus TCP LINK ACT 1 LINK ACT 2 MS NS I/O Supply voltage (system) 24V X3 0V X1 X2 Fieldbus connection 2 x RJ-45 Item Description Fieldbus Coupler Modbus TCP Version Default Order text FC Modbus TCP; G4 Technical Data Fieldbus Modbus (TCP, UDP) Protocols HTTP(S), BootP, DHCP, DNS, (S)FTP, SNMP Connection technology: fieldbus input/output 2 x RJ-45 Bus segment length, max. 100 m Transfer rate 10/100 Mbit/s Transmission medium Twisted pair S-UTP; 100 Ω; cat. 5 Number of modules per node, max. 64 Input and output process image (internal), max. 512 bytes System supply voltage 24 VDC ( %), via wiring interface Input current (typ.) at nominal load (24 V) 280 ma Current consumption system supply (5 V) 350 ma Total current for system supply 700 ma Surrounding air temperature (operation) C Dimensions W x H x D 49.5 x 71.9 x 96,8 mm Approvals 1; Marine*; r OrdLoc/HazLoc*; 4 ATEX/IECEx* For data sheet and further information, see: wago.com/ *Pending Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 48 Automation Technology

51 Volume 3, Section 4.1 I/O-System 750 and 753 Series, Fieldbus Couplers Fieldbus Coupler BACnet/IP Address 8 ON 1 ON : WBM 255: DHCP BACnet/IP W LNK ACT 1 LNK ACT 2 MS/BT NS I/O USR SD A B C D 24V 0V + + Supply voltage (system) X 1 X 2 Supply voltage (field) Fieldbus connection 2 x RJ-45 SD memory card slot Item Description Fieldbus Coupler BACnet/IP Order text FC BACnet/IP Technical Data Fieldbus Protocols Connection technology: fieldbus input/output Transmission medium Transfer rate BACnet/IP; Modbus (TCP, UDP) HTTPS; BootP; DHCP, DNS; FTP; SNMP 2 x RJ-45 Twisted pair S-UTP; 100 Ω; Cat. 5; line length (max.): 100 m 10/100 Mbit/s Transmission performance Class D per EN Type of memory card SD and SDHC to 32 GB* BACnet device profile B-BC (BACnet Building Controller) BACnet revision 1.12 Number of modules per node, max. 99 System supply voltage 24 VDC ( %); via wiring level (CAGE CLAMP connection) Field supply voltage 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 500 ma Current consumption system supply (5 V) 450 ma Total current for system supply 1700 ma Surrounding air temperature (operation) C Dimensions W x H x D 61.5 x 71.9 x 100 mm Approvals 1 For data sheet and further information, see: wago.com/ Accessories SD memory card, 2 GB / BACnet Configurator Download *All guaranteed specifications are only valid with the WAGO memory card listed as an accessory. Automation Technology 49

52 Volume 3, Section 4.1 I/O-System 750 and 753 Series, Fieldbus Couplers Fieldbus Coupler CC-Link Fieldbus connection 231 Series (MCS) L RUN L ERR SD RD I/O A B V 0V + + Supply voltage (system) x1 x10 ON Supply voltage (field) Operation mode, cyclic setting, occupied stations, baud rate Address Item Description Fieldbus Coupler CC-Link Order text FC CC-Link Technical Data Fieldbus CC-Link Connection technology: fieldbus input/output MCS pluggable connectors included Number of fieldbus nodes on master, max. 64 Transfer rate 156 kbd 10 MBd Transmission medium Shielded 2 / 3 x 0.5 mm² Cu cable Number of modules per node, max. 64 Operating mode CC-Link V2.0 (default setting)/v1.1 Assigned station addresses 1 4 / 4 (default setting) Advanced cycle setting 1, 2, 4 (default setting), 8 cycles Input process image (internal), max. RX (digital inputs): V1.1: 16, 48, 80, 112 bit; V2.0: 16, 48, 80, 112 bit (1 cycle); V2.0: 16, 80, 144, 208 bit (2 cycles); V2.0: 48, 176, 304, 432 bit (4 cycles); V2.0: 112, 368, 624, 880 bit (8 cycles) and for each 16 bit system area; RWr (analog inputs): V1.1: 4, 8, 12, 16 words (16 bit); V2.0: 4, 8, 12, 16 words (1 cycle); V2.0: 8, 16, 24, 32 words (2 cycles); V2.0: 16, 32, 48, 64 words (4 cycles); V2.0: 32, 64, 96, 128 words (8 cycles) Output process image (internal), max. RY (digital outputs): V1.1: 16, 48, 80, 112 bit; V2.0: 16, 48, 80, 112 bit (1 cycle); V2.0: 16, 80, 144, 208 bit (2 cycles); V2.0: 48, 176, 304, 432 bit (4 cycles); V2.0: 112, 368, 624, 880 bit (8 cycles) and for each 16-bit system area RWw (analog outputs): V1.1: 4, 8, 12, 16 words (16 bit); V2.0: 4, 8, 12, 16 words (1 cycle); V2.0: 8, 16, 24, 32 words (2 cycles); V2.0: 16, 32, 48, 64 words (4 cycles); V2.0: 32, 64, 96, 128 words (8 cycles) System supply voltage 24 VDC ( %); via wiring level (CAGE CLAMP connection) Field supply voltage 24 VDC ( %); via power jumper contacts Input current (typ.) at nominal load (24 V) 500 ma Current consumption system supply (5 V) 200 ma Total current for system supply 1800 ma Surrounding air temperature (operation) C Dimensions W x H x D 61.5 x 71.9 x 100 mm Approvals 1 For data sheet and further information, see: wago.com/ Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 50 Automation Technology

53 Volume 3, Section 4.4 I/O-System 750 and 753 Series, Analog Input Modules Analog Input; 4 20 ma HART HART V HART - 0 V Shield DIN-35 rail Item Description Version 2-channel analog input; 4 20 ma HART NAMUR NE / Order text 2AI; 4-20mA HART; NE43 Technical Data Extended functionality Overload protection Number of analog inputs 2 Signal type Signal characteristic Resolution Conversion time Measuring error max., 25 C Temperature error max. Field supply voltage Current consumption system supply (5 V) Data width Configurable functions Isolation ma Single-ended 12 bits ms (programmable) ±0.2 % of the upper-range value ±0.01 %/K of the upper-range value 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact) 25 ma 2 x 2-byte data; 2 x 2-byte data + 2n x 4-byte data (n = number of dynamic variables); 2 x 2-byte data + 6-byte mailbox 4 HART dynamic variables (PV, SV, TV, QV) 500 V system/field Surrounding air temperature (operation) C Dimensions W x H x D Approvals For data sheet and further information, see: *Pending 24 x 67.8 x 100 mm 1; 4 ATEX/IECEx* wago.com/ / HART devices per channel: 1 device (SingleDrop, no MultiDrop) For select fieldbus couplers, FDT/DTM device drivers are available that can be used to integrate the I/O module into a higher-level control system. Automation Technology 51

54 Volume 3, Section 4.4 I/O-System 750 and 753 Series, Analog Input Modules Analog Input; Voltage/Current; Differential Input U/I U I +AI 1 AI 1 + U +AI 2 24 V +AI 3 0 V AI 2 AI 3 I + U I + U I +AI 4 AI 4 + Item Description Version Order text Technical Data Number of analog inputs Signal type Signal characteristic Measurement range Sensor connection Input impedance Resolution Conversion time Measuring error max., 25 C Temperature error max. Field supply voltage Current consumption system supply (5 V) Data width Isolation 4-channel analog input; voltage/current; differential input; 16 bit; diagnostics Default 4AI; U/I; Diff; Galv 4 (electrically isolated) Voltages and currents (Configurable channel for channel) Differential 0 20 ma; 4 20 ma; ma NE43; ±20 ma 0 10 V; ±10 V; ±200 mv 2 conductors AI (U) >100 kω; AI (I) <130 Ω (typ. 113 Ω) 16 bits 5 ms ±0.1 % of the upper-range value; ±0.2 % at ±200 mv ±0.01 %/K of the upper-range value 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact) 100 ma 4 x 16-bit data; 4 x 8-bit control/status (optional) 2 kv channel/channel; 2 kv system/field Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine*; r OrdLoc*; 4 ATEX/IECEx* For data sheet and further information, see: wago.com/ *Pending Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 52 Automation Technology

55 Volume 3, Section 4.4 I/O-System 750 and 753 Series, Analog Input Modules Analog Input; for Power Measurement L1 L2 L3 N Z1 Z1 Z1 L1 IL1 L2 IL2 L3 IL3 N IN DIN-35 rail Item Description Version Phase L2 277 VAC/DC; external shunts / Order text Power measurement; 277 VAC/DC; external shunts Technical Data Signal type Measured variables Number of measurement inputs Rated voltage Input resistance of voltage path, typ. Phase L2 Line-to-line voltage; power output; energy; power factors; mains frequency; harmonic analysis (up to the 41st harmonic), THD 6 (3 voltage measurement inputs*; 3 current measurement inputs*); *Only 2 voltage/current measurement inputs can be used for DC measurement! ULN = 277 VAC/VDC; ULL = 480 VAC 1072 kω Measuring current, max. 1 20,000 A via ext. shunts (DIN 43703, DIN EN [ mv]) Input resistance of current path, typ. Approx. 15 kω Resolution 24 bits Measuring error for current and voltage AC: 0.5 % (max.); DC: 1.0 % (of the upper-range value) Frequency range (mains frequency) Hz Frequency range (harmonics analysis) Hz Limit frequency 15.9 khz Current consumption system supply (5 V) 100 ma Data width 2 x 128-bit data; 2 x 64-bit control/status Isolation 4 kv system/field Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Automation Technology 53

56 Volume 3, Section 4.7 I/O-System 750 and 753 Series, Communication Modules M-Bus Master M+ M 24 V 0 V FE Item Description M-Bus Master Version Pluggable Order text M-Bus Master Technical Data Pluggable connector Transmission channels Transfer rate M-Bus loads, max. Topology Field supply voltage Current consumption, field supply (module with no external load) System supply voltage Current consumption system supply (5 V) Isolation Cable type Data width Startup and configuration 1; bidirectional up to 1000 m at 9600 baud; up to 2000 m at 2400 baud; up to 6000 m at 300 baud 40, 1.5 ma each Star, tree and line topology 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact) 130 ma 5 VDC; via data contacts 29 ma 500 V system/field 2-line, shielded or unshielded 24 bytes (mailbox 2.0 with 22-byte length) WAGO-I/O-PRO V2.3; e!cockpit Approvals 1 For data sheet and further information, see: wago.com/ Accessories Plug Coding keys included included Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 54 Automation Technology

57 + + Volume 3, Section 4.7 I/O-System 750 and 753 Series, Communication Modules SMI Master Module DI DO DI DO 24 V 24 V 24 V 24 V GND 0 V GND 0 V I+ I I+ I Figure: Item Description SMI Master; 230 VAC SMI Master LoVo; 24 VDC Version Pluggable Pluggable Order text SMI Master; 230 VAC SMI Master LoVo; 24 VDC Technical Data Pluggable connector Number of channels 1 x SMI (1 16 SMI slaves per channel) 1 x SMI (1 16 SMI slaves per channel) Interface specification SMI Master Interface per SMI specification SMI Master Interface per SMI specification Number of digital inputs 1 1 Input characteristic Type 1 Type 1 Input voltage, max VDC 31.2 VDC Number of digital outputs 1 1 Output current per channel 0.5 ADC, short-circuit protected 0.5 ADC, short-circuit protected Field supply voltage 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact) 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact) Current consumption, field supply (module with 11.8 ma 11.8 ma no external load) System supply voltage 5 VDC; via data contacts 5 VDC; via data contacts Current consumption system supply (5 V) ma ma Isolation 3 kvac RMS, 4 kv surge (system/smi); 1.5 kvac RMS, 2.5 kv surge (system/field) 3 kvac RMS, 4 kv surge (system/smi); 1.5 kvac RMS, 2.5 kv surge (system/field) Cable type 2-line; unshielded 2-line; unshielded Cable length 350 m 350 m Data width 12-byte data 12-byte data Startup and configuration Via WAGO SMI Configurator or IEC libraries Via WAGO SMI Configurator or IEC libraries Approvals 1 1 For data sheet and further information, see: wago.com/ wago.com/ Accessories Plug included included Coding keys included included Automation Technology 55

58 Volume 3 Section and 753 Series I/O-System, Intrinsically Safe Ex i Modules Analog Input; 4 20 ma HART; NAMUR NE43; Ex i HART V HART - 0 V Shield DIN-35 rail Item Description 2-channel analog input; 4 20 ma HART; NAMUR NE43; intrinsically safe / Order text 2AI 4 20 ma HART NAMUR NE43 Ex i Technical Data Number of analog inputs 2 Signal type 4 20 ma Signal characteristic Single-ended Resolution 12 bits Conversion time 10 ms Measuring error max., 25 C 0.2 % of the upper-range value Temperature error max. ±0.01 % /K of the upper-range value Field supply voltage 24 VDC (Ex i power supply UO = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) Current consumption, field supply (module with 26 ma no external load) Current consumption system supply (5 V) 25 ma Transmitter supply U V = 16.5 V at 20 ma Data width 2 x 2-byte data; 2 x 2-byte data + 2n x 4-byte data (n = number of dynamic variables); 2 x 2-byte data + 6-byte mailbox Isolation Um = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D 24 x 67.8 x 100 mm Explosion protection Safety-relevant data of circuit Uo = 27.3 V; Io = 92.7 ma; Po = 630 mw; linear characteristic curve Reactances Ex ia IIC L o = 1.5 mh; C o = 87 nf Reactances Ex ia IIB L o = 15 mh; C o = 670 nf Reactance Ex ia IIA L o = 38 mh; C o = 2.2 μf Reactances Ex ia I L o = 36 mh; C o = 3.49 μf Reactances Reactances without accounting for the concurrence of capacitance (Co) and inductance (Lo) Ex guideline EN/IEC , -7, -11 Approvals 1; r OrdLoc/HazLoc; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / In addition to the analog signal processing, this product offers the option of HART communication for parameterizing or recording dynamic variables. 56 Automation Technology

59 Volume 3, Section 4.10 I/O-System 750 and 753 Series, Supply/Segment Modules Field-Side Power Supply Filter (Surge) Filter Module 24 V OUT System 0 V OUT System Figure: / V IN Field 24 V IN Field 0 V IN Field 0 V IN Field 24 V IN System 0 V IN System Figure: / Item Description Field-Side Power Supply Filter (Surge); 24 VDC Power Supply Filter; 24 VDC Version Higher isolation; ground fault diagnostics Higher isolation; ground fault diagnostics / / Order text Field Supply Filter; 24 VDC HI; GF Supply Filter; 24 VDC HI; GF Technical Data Supply voltage (field) Supply voltage, system (24 V) Current consumption, field supply (module with no external load) 24 VDC, SELV ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact) typ. 16 ma (when a ground fault is detected) 24 VDC, SELV ( %); via power jumper contacts (power supply via CAGE CLAMP connection; transmission via spring contact) 24 VDC, SELV ( %); power supply and transmission via CAGE CLAMP connection typ. 16 ma (when a ground fault is detected) Current consumption, system supply (5 V) typ. 29 ma (ground diagnostics activated) typ. 29 ma (ground diagnostics activated) Current via system voltage (24 V) max. 1.5 A (Out) Current carrying capacity of power jumper contacts 10 A 10 A Use Shipbuilding-certified operation in connection with 750 Series I/O modules Shipbuilding-certified operation in connection with 750 Series couplers and controllers Ground diagnostics Response values: Response values: Pre-alarm 50 kω (±15 %) 50 kω (±15 %) Main alarm 25 kω (±15 %); 25 kω (±15 %); Hysteresis typ %; typ %; Response time 5 s (typ. 2.5 s); 5 s (typ. 2.5 s); Internal resistance DC (test circuit) >10 MΩ (test inactive), >90 kω (test active) >10 MΩ (test inactive), >90 kω (test active) Test current 180 μa (R F =0 Ω) 180 μa (R F =0 Ω) Permissible system leakage capacitance 2 μf 2 μf Internal data width 8-bit input; 8-bit output 8-bit input; 8-bit output Surrounding air temperature (operation) C C Dimensions W x H x D 12 x 69.8 x 100 mm 12 x 69.8 x 100 mm Approvals 1; Marine*; r OrdLoc* 1; Marine*; r OrdLoc* For data sheet and further information, see: wago.com/ / wago.com/ / *Pending Use in systems with isolation monitoring requires the high isolation variants. Automation Technology 57

60 Volume 3, Section 5 I/O-System 750 XTR Series Digital Input; 24 VDC 3 ms 0.2 ms U+ DI 1 DI 2 U+ U+ DI 1 DI 2 U+ U+ DI 3 DI 4 U+ 24 V (U+) U+ DI 3 DI 4 U+ 24 V (U+) U+ DI 5 DI 6 U+ 0 V U+ DI 5 DI 6 U+ 0 V U+ DI 7 DI 8 U+ U+ DI 7 DI 8 U+ Item Description 8-channel digital input; 24 VDC; 3 ms 8-channel digital input; 24 VDC; 0.2 ms Version Extreme Extreme / / Order text 8DI; 24 VDC; 3ms; XTR 8DI; 24 VDC; 0.2 ms; XTR Technical Data Number of digital inputs 8 8 Signal type 24 VDC 24 VDC Voltage range for signal (0) 3 +5 VDC 3 +5 VDC Voltage range for signal (1) VDC VDC Sensor connection 1-wire 1-wire Input characteristic High-side switching High-side switching Input filter (digital) 3 ms 0.2 ms Input current per channel for signal (1) typ. 2.8 ma 2.8 ma Supply voltage of sensor 24 VDC 24 VDC Field supply voltage Figure: / VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact); Specified values for surrounding air temperature: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact); Specified values for surrounding air temperature: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) Current consumption system supply (5 V) 17 ma 17 ma Rated surge voltage 1 kv 1 kv Data width (internal) 8 bits 8 bits Surrounding air temperature (operation) C C Dimensions W x H x D 12 x 67.8 x 100 mm 12 x 67.8 x 100 mm Approvals 1; Marine 1; Marine For data sheet and further information, see: wago.com/ / wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 58 Automation Technology

61 Volume 3, Section 5 I/O-System 750 XTR Series Digital Output; 24 VDC 0.5 A U DO 1 DO 2 U U DO 3 DO 4 U 24 V U DO 5 DO 6 U 0 V (U ) U DO 7 DO 8 U Item Description Version 8-channel digital output; 24 VDC; 0.5 A; diagnostics Extreme / Order text 8DO; 24 VDC; 0.5A; Diagn; XTR Technical Data Number of digital outputs 8 Signal type 24 VDC Output characteristic High-side switching Output current per channel Load type Actuator connection Switching frequency, max. Diagnostics Field supply voltage Current consumption system supply (5 V) Rated surge voltage 0.5 A; short-circuit-protected Resistive; inductive; lamp load 1-wire 1 khz Open circuit; short circuit; overload 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact); Specified values for surrounding air temperature: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) 50 ma Data width (internal) 8-bit input; 8-bit output Surrounding air temperature (operation) C Dimensions W x H x D 1 kv 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Automation Technology 59

62 Volume 3, Section 5 I/O-System 750 XTR Series Analog Input; 0 30 VDC DC 0 30 V +AI 1 +AI 2 AI 1 AI 2 Shield Shield DIN-35 rail Item Description 2-channel analog input; 0 30 VDC; differential input Version Extreme / Order text 2AI; 0-30 VDC; Diff; XTR Technical Data Extended functionality Time-synchronized measured value acquisition within the module Number of analog inputs 2 Signal type 0 30 V Signal characteristic Differential Resolution 14 bits Conversion time 1 ms Internal resistance 1 MΩ Measuring error max., 25 C ±0.1 % of the upper-range value Temperature error max. ±0.01 %/K of the upper-range value Current consumption system supply (5 V) 80 ma Data width 2 x 16-bit data; 2 x 8-bit control/status (optional) Rated surge voltage 1 kv Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 60 Automation Technology

63 Volume 3, Section 5 I/O-System 750 XTR Series Counter U/D CLOCK 24 V 0 V DO 1 DO 2 Item Description Counter; adjustable Version Extreme / Order text Counter; adjust; XTR Technical Data No. of outputs 2 Number of counters 1 Voltage range for signal (0) 3 +5 VDC Voltage range for signal (1) Output current Switching frequency, max. Pulse width, min. Input current, typ. Counter depth Field supply voltage Current consumption system supply (5 V) Rated surge voltage VDC 0.5 A; short-circuit-protected 100 khz 10 μs 7 ma 32 bits 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact); Specified values for surrounding air temperature: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) 70 ma 1 kv Data width (internal) 32-bit data; 8-bit control/status Operating modes Up/down counter/100 khz; Up counter/enable input; Peak-time counter; Frequency measurement: 0.1 Hz 100 khz;* Up/down counter/signal outputs (DO); Two up counters/16 bits/5 khz * Default setting Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Automation Technology 61

64 Volume 3, Section 5 I/O-System 750 XTR Series SSI Transmitter Interface +D D 24 V 0 V +CL CL Item Description Version SSI Transmitter Interface; adjustable Extreme / Order text SSI interface; adjust; XTR Technical Data Transmitter connection Transmitter supply On + D; - D; Off + CI; - CI 24 VDC; via power jumper contacts Transfer rate khz Serial input Signal output Signal input Code Field supply voltage Current consumption system supply (5 V) Data width (internal) Rated surge voltage Data width: 1 32 bits Differential signal (RS-422) Differential signal (RS-422) Gray code/binary code 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact); Specified values for surrounding air temperature: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) 20 ma 1 x 32-bit; 1 x 8-bit control/status (optional) (24-bit data, 8 bits reserved) 1 kv Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 62 Automation Technology

65 Volume 3, Section 5 I/O-System 750 XTR Series Incremental Encoder Interface _ A/A V/ 0 V _ B/B N1/ N2 _ C/C Latch/ Gate Ref/ Shield DIN-35 rail Item Description Incremental encoder interface; 24 VDC; differential input; 32 bits Version Extreme / Order text Inc. Encoder; 24 VDC; Diff; 32 bit; XTR Technical Data Transmitter connection A; /A; B; /B; C; /C (differential inputs) Counter 32 bits, binary Limit frequency 250 khz Quadrature decoder 4x report Zero impulse latch 32 bits Commands Reading; setting; activating Current consumption, typ. 35 ma; without transmitter Output voltage 24 VDC Output current, max. 0.5 A; short-circuit-protected Voltage range for signal (0) 3 +5 VDC Voltage range for signal (1) VDC Input current, typ. Latch 7 ma; gate 7 ma; ref. 7 ma Current consumption system supply (5 V) 110 ma Data width (internal) 1 x 32-bit data; 2 x 8-bit control/status Rated surge voltage 1 kv Surrounding air temperature (operation) C Dimensions W x H x D 24 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Automation Technology 63

66 Volume 3, Section 5 I/O-System 750 XTR Series CAN Gateway CAN-H CAN-L Bus A CAN-GND 24 V +24 V 0 V Shield DIN-35 rail Shield z. B. CANopen CAN Item Description Version CAN Gateway Extreme The CAN Gateway allows a CAN bus to be installed as a sub-bus beneath a fieldbus coupler / or controller. It enables special sensors/actuators that are only available with the widespread Order text CAN Gateway; XTR CAN bus to also be integrated on other bus systems. Function blocks allow the gateway to Technical Data read and write higher-protocol telegrams, e.g., Number of CAN interfaces 1 CANopen. Baud rate Data formats Operating modes Current consumption system supply (5 V) Field supply voltage Current consumption (field supply) (Module with no external load) Data transfer time Data width (internal) 10 kbit/s; 20 kbit/s; 50 kbit/s; 125 kbit/s; 250 kbit/s; 500 kbit/s; 800 kbit/s; 1 Mbit/s (automatic baud rate) Per 2.0 A standard (11-bit ID); Per 2.0 B extended (29-bit ID) Sniffer mode; Transparent mode; Mapped mode 50 ma 24 VDC; via power jumper contacts (power supply via blade contact; transmission via spring contact) 15 ma 5 ms (at 32-bit I/O) 8, 12, 16, 20, 24, 32, 40, 48 bytes Configurable; including control/status byte Rated surge voltage 1 kv Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / The module offers three different operating modes: Sniffer mode: Detailed analysis of the CAN bus through passive snooping Transparent mode: Active CAN subscriber that can send and receive any type of CAN telegram Mapped mode: Enables direct generation of CAN telegrams from the process image, or selective copying of process values from received CAN telegrams into the input process image (cyclic or event-based) Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 64 Automation Technology

67 Volume 3, Section 5 I/O-System 750 XTR Series Power Supply; 24 VDC DC 24 V DC 24 V 0 V 0 V Figure: / Item Description Power supply; 24 VDC; fuse holder Power supply; 24 VDC; fuse holder; diagnostics Version Extreme Extreme / / Order text Power supply; 24 VDC; fuse; XTR Power supply; 24 VDC; fuse diagn; XTR Technical Data System supply voltage 5 VDC; via data contacts 5 VDC; via data contacts Field supply voltage 24 VDC ( %); via power jumper contacts (power supply via CAGE CLAMP connection; transmission via spring contact); specified values for surrounding air temperatures: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple); 24 VDC; outgoing via power jumper contacts 24 VDC ( %); via power jumper contacts (power supply via CAGE CLAMP connection; transmission via spring contact); specified values for surrounding air temperatures: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple); 24 VDC; outgoing via power jumper contacts Current carrying capacity of power jumper 6.3 A 6.3 A contacts Fuse 5 x 20; T max. 6.3 A (not included) 5 x 20; T max. 6.3 A (not included) Diagnostics Supply voltage, field: Detection on at > 15 VDC; Detection off at < 5 VDC Current consumption system supply (5 V) 5 ma Data width (internal) 2 bits (1 bit current monitoring; 1 bit fuse fault) Rated surge voltage 1 kv 1 kv Surrounding air temperature (operation) C C Dimensions W x H x D 12 x 67.8 x 100 mm 12 x 67.8 x 100 mm Approvals 1; Marine 1; Marine For data sheet and further information, see: wago.com/ / wago.com/ / This I/O module provides the applied supply voltage, protected by fuse, to the field devices connected to downstream I/O modules. A blown fuse is indicated by an LED. This I/O module provides the applied supply voltage, protected by fuse, to the field devices connected to downstream I/O modules. A blown fuse is indicated by an LED. The fuse status can also be queried from the fieldbus coupler. Automation Technology 65

68 Volume 3, Section 5 I/O-System 750 XTR Series Potential Distribution U+ U+ U V (U+) U+ U 0 V (U ) U U U Item Description Potential Distribution Version Extreme / Order text Potential distribution; XTR Technical Data Field supply voltage Current carrying capacity of power jumper contacts Rated surge voltage 230 VAC/DC; via power jumper contacts (power supply via blade contact; transmission via spring contact) 10 A 5.0 kv (EN / Class VW3); 6.0 kv (UL 61010); 6.0 kv (EN / to 4,000 m ASL); 4.0 kv (EN / > 4,000 m to 5,000 m ASL) Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 66 Automation Technology

69 Volume 3, Section 5 I/O-System 750 XTR Series Field Supply Filter (Surge) DC 24 V 0 V Item Description Version Field supply filter (surge); 24 VDC; higher isolation Extreme / Order text Field supply filter; 24 VDC; HI; XTR Technical Data Field supply voltage Current carrying capacity of power jumper contacts Rated surge voltage Use 24 VDC ( %); via power jumper contacts (power supply via blade contact; transmission via spring contact); Specified values for surrounding air temperatures: C For C: 24 V ( %); For C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) 10 A 1 kv In marine and onshore/offshore applications, as well as in telecontrol and rail technology Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Approvals 1; Marine For data sheet and further information, see: wago.com/ / Automation Technology 67

70 Volume 3, Section 5 I/O-System 750 XTR Series Intrinsically Safe XTR Modules Specialty housing Dimensions W x H x D 48 x 70.9 x 100 Height from upper-edge of 63.7 mm DIN-rail Connection technology CAGE CLAMP Conductor cross section mm² / AWG Strip length 5 6 mm / 0.22 in Housing design of 750 Series Dimensions W x H x D Height from upper-edge of DIN-rail Connection technology Conductor cross section Strip length 12 or 24 x 67.8 x 100 mm 60.6 mm CAGE CLAMP mm² / AWG 8 9 mm / 0.33 inch Use in Hazardous Locations in extreme Environments In many plants throughout the oil and gas industry, as well as those in the chemical and petrochemical industries and the process automation sector, installations are operated that process explosive gas- or dust-air mixtures under extreme conditions. This is why electrical equipment must be explosion-proof in order to avoid injuries to personnel and damage to equipment. When used in hazardous areas of Zone 2/22, the WAGO-I/O-SYSTEM 750 XTR offers a safe, easy and economical connection to the sensors and actuators of Zones 0/20 and 1/21. Surrounding air temperatures from 40 to +70 C are permissible, as well as increased vibration loads up to 5g. The blue Ex i XTR I/O modules were specially developed for this purpose. They form an intrinsically safe section that can be integrated into a standard 750 XTR Series node, offering all the advantages of state-of-the-art fieldbus technology. The WAGO-I/O-SYSTEM 750 XTR is also approved for mining applications. Non-hazardous area Hazardous area Zone 1 Zone 21 Zone 0 Zone 20 Bus Zone 2 Zone Automation Technology

71 Volume 3, Section 5 I/O-System 750 XTR Series I/O System 750 XTR Series, Intrinsically Safe Standards and Rated Conditions General Specifications System supply voltage 24 VDC via power jumper contacts (Ex i XTR power supply: U O = max V) Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity Max. 95 %; short-term condensation per Class 3K7 / IEC EN and E DIN (except wind-driven precipitation, water and ice formation) Operating altitude Without temperature derating: m; With temperature derating: m (0.5 K/100 m); max.: 5000 m Pollution degree 2 per IEC Immunity to impulse voltages Per EN VAC/775 VDC Isolation: rated surge voltage (EN ) 1 kv; 1.5 kv between intrinsically safe and non-intrinsically safe circuits Surge: 1 kv (L - L) / 2 kv (L - E) Vibration resistance Per IEC (acceleration: 5g), EN , IEC , -3 Shock resistance Per IEC (15g/11 ms/half-sine/1,000 shocks; 25g/6 ms/1,000 shocks); EN EMC immunity to interference Per EN , -2; EN ; marine applications; EN ; EN ; EN ; IEC ; IEEE 1613; VDEW: 1994 EMC emission of interference Per EN , -4; EN ; EN ; marine applications; EN (industrial and residential areas); EN (industrial and residential areas) Protection type IP20 Mounting position Standing/lying horizontal; vertical Mounting type DIN-35 rail mounting Housing material Polycarbonate; polyamide 6.6 Exposure to pollutants Per IEC and IEC Permissible SO2 contaminant concentration at a relative humidity < 75 % 25 ppm Permissible H2S contaminant concentration at a relative humidity < 75 % 10 ppm Connection technology CAGE CLAMP Conductor range; strip length with standard modules: Supply module: Current carrying capacity of power jumper contacts mm²/24 14 AWG; 8 9 mm / inch mm²/24 14 AWG; 5 6 mm / inch 1 A Automation Technology 69

72 Volume 3, Section 5 I/O-System 750 XTR Series Power Supply; 24 VDC; Extreme; for Intrinsically Safe XTR Modules 24 V 0 V Item Description Version Power supply; 24 VDC; intrinsically safe Extreme / Order text Technical Data Current consumption system supply (5 V) Field supply voltage Current carrying capacity of power jumper contacts Fuse Data width Power supply; 24 VDC; Ex i; XTR 7.5 ma 24 VDC; via power jumper contacts (power supply via CAGE CLAMP connection; transmission via spring contact); specified values for surrounding air temperatures: C; for C: 24 V ( %); for C: 24 V ( %); Lower limit in all temperature ranges: 27.5 % (including 15 % residual ripple) 1 ADC Electronic 2 bits (input voltage failure; fuse triggered) Surrounding air temperature (operation) C Dimensions W x H x D 24 x 70.9 x 100 mm Explosion protection Power supply of input U n = 24 VDC; Pmax = 29 W; U m = 253 V Power supply of output U o = 26.8 V (intrinsically safe output voltage per protection level ia); I n = 1 A Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3G Ex ec IIC T4 Gc For data sheet and further information, see: wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 This supply module monitors the power supply to the downstream Ex i segment and separates the intrinsically safe from the non-intrinsically safe section of the I/O-System. The input and output sides are electrically isolated from each other. Note: If, due to load conditions, more than one supply module is required per station, four distance modules ( / ) must be placed between the intrinsically safe sections. General information (e.g., installation regulations) on explosion protection is available in the WAGO-I/O- SYSTEM 750 XTR manuals. Carrier rails and tool, See Full Line Catalog, Volume 3 70 Automation Technology

73 Volume 3, Section 5 I/O-System 750 XTR Series 8-Channel Digital Input; NAMUR; Intrinsically Safe; Extreme 3 ms A DI 1, DI 2 DI 5, DI 6 0 V 0 V 24 V A -- A 11 0 V 0 V 0 V 12 DI 3, DI 4 DI 7, DI A Item Description 8-channel digital input; NAMUR; intrinsically safe Version Extreme / Order text 8DI; NAMUR; Ex i; XTR Technical Data Number of digital inputs 8 Signal type NAMUR Sensor connection 2 conductors Input characteristic High-side switching Input filter (digital) 3 ms Open-circuit voltage 8.2 VDC Diagnostics Short circuit; wire break Supply voltage of sensor 8.2 VDC; short-circuit-protected; isolated channels Field supply voltage 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) Current consumption system supply (5 V) 56 ma Data width (internal) 2 x 16 bit Isolation U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D 24 x 67.8 x 100 mm Explosion protection Safety-relevant data of circuit U o = V; I o = ma; P o = mw; Linear characteristic curve Reactances Ex ia IIC Lo = 100 mh; Co = 1.5 μf Reactances without accounting for the concurrence Reactances Ex ia IIB Lo = 100 mh; Co = 9.9 μf of capacitance (Co) and inductance (Lo) Reactance Ex ia IIA Lo = 100 mh; Co = 39 μf Reactances Ex ia I Lo = 100 mh; Co = 38 μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Automation Technology 71

74 Volume 3, Section 5 I/O-System 750 XTR Series 2-Channel Digital Output; 24 VDC; Intrinsically Safe; Extreme DO 1 DO 2 24 V 0 V Item Description 2-channel digital output; 24 VDC; intrinsically safe Version Extreme / Order text 2DO; 24 VDC; Ex i; XTR Technical Data Number of digital outputs 2 Signal type 24 VDC Output characteristic High-side switching Load type Resistive; inductive; lamp load Actuator connection 2 conductors Switching frequency, max. 1 khz Actuator supply voltage 24 VDC Field supply voltage 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) Current consumption system supply (5 V) 7 ma Data width (internal) 2 bits Isolation U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D 12 x 67.8 x 100 mm Explosion protection Safety-relevant data of circuit U o = 26.8 V; I o = ma; P o = mw; Linear characteristic curve Reactances Ex ia IIC Lo = 1.1 mh; Co = μf Reactances without accounting for the concurrence Reactances Ex ia IIB Lo = 12 mh; Co = 0.72 μf of capacitance (Co) and inductance (Lo) Reactance Ex ia IIA Lo = 21 mh; Co = 2.37 μf Reactances Ex ia I Lo = 30 mh; Co = 3.85 μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 72 Automation Technology

75 Volume 3, Section 5 I/O-System 750 XTR Series 4-Channel Analog Input; 0/4 20 ma; NE43; Intrinsically Safe; Extreme U V 1, U V U V 3, U V 4 0 V 24 V V AI 1, AI 2 0 V AI 3, AI 4 Shield Shield DIN-35 rail Item Description Version / Order text Technical Data 4-channel analog input; 0/4 20 ma; intrinsically safe Extreme 4AI; 0/4-20mA; Ex i; XTR Number of analog inputs 4 Signal type Signal characteristic Input resistance Resolution Conversion time Measuring error max., 25 C Temperature error max. Field supply voltage Current consumption system supply (5 V) Transmitter supply Data width Isolation 0 20 ma; 4 20 ma; ma Single-ended < 200 Ω 12 bits + sign < 10 ms ±0.1 % of the upper-range value ±0.01 %/K of the upper-range value 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) 45 ma U V = 15 V at 20 ma 4 x 16-bit data; 4 x 8-bit control/status (optional) U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D Explosion protection 24 x 67.8 x 100 mm Safety-relevant data of circuit U o = 26.8 V; I o = ma; P o = mw; Linear characteristic curve Reactances Ex ia IIC Lo = 1.6 mh; Co = μf Reactances without accounting for the concurrence Reactances Ex ia IIB Lo = 15 mh; Co = 0.71 μf of capacitance (Co) and inductance (Lo) Reactance Ex ia IIA Lo = 25 mh; Co = 2.36 μf Reactances Ex ia I Lo = 36 mh; Co = 3.84 μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Automation Technology 73

76 Volume 3, Section 5 I/O-System 750 XTR Series 2-Channel Analog Input; 4 20 ma HART; Intrinsically Safe; Extreme HART V HART - 0 V Shield DIN-35 rail Item Description Version / Order text Technical Data 2-channel analog input; 4 20 ma HART; intrinsically safe Extreme 2AI; 4-20mA HART; Ex i; XTR Number of analog inputs 2 In addition to the analog signal processing, this Signal type 4 20 ma product offers the option of HART communication for parameterizing or recording dynamic Signal characteristic Single-ended variables. Resolution 12 bits Conversion time 10 ms Measuring error max., 25 C 0.2 % of the upper-range value Temperature error max. ±0.01 %/K of the upper-range value Field supply voltage 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) Current consumption system supply (5 V) 25 ma Transmitter supply U V = 16.5 V at 20 ma Data width 2 x 2-byte data; 2 x 2-byte data + 2n x 4-byte data (n = number of dynamic variables); 2 x 2-byte data + 6-byte mailbox Isolation U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D 24 x 67.8 x 100 mm Explosion protection Safety-relevant data of circuit U o = 26.8 V; I o = ma; P o = mw; Linear characteristic curve Reactances Ex ia IIC Lo = 1.8 mh; Co = μf Reactances without accounting for the concurrence Reactances Ex ia IIB Lo = 16 mh; Co = 0.72 μf of capacitance (Co) and inductance (Lo) Reactance Ex ia IIA Lo = 27 mh; Co = 2.37 μf Reactances Ex ia I Lo = 38 mh; Co = 3.85 μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 74 Automation Technology

77 Volume 3, Section 5 I/O-System 750 XTR Series 2-Channel Analog Input; Resistance Measurement; Intrinsically Safe; Extreme +R 1 +R V RL 1 RL 2 0 V R 1 -R Shield DIN-35 rail Item Description 2-channel analog input; Resistance measurement; intrinsically safe Version Extreme / Order text 2AI; RTD; Ex i; XTR Technical Data Number of analog inputs 2 Signal type Resistance thermometers: Pt100, Pt200, Pt500, Pt1000, Ni100, Ni120, Ni1000; Resistors: 1.2 kω, 5 kω; Potentiometer setting: % (1.2 kω, 5 kω) Sensor connection 2-wire; 3-wire Temperature range C (Pt); C (Ni); C (Ni120) Resolution 0.1 C; 0.1 Ω; % Conversion time ms (per channel) Measuring error max., 25 C ±0.2 % of the upper-range value Temperature error max. ±0.01 %/K of the upper-range value Field supply voltage 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) Current consumption system supply (5 V) 25 ma Data width 2 x 16-bit data; 2 x 8-bit control/status (optional) Isolation U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D 24 x 67.8 x 100 mm Explosion protection Safety-relevant data of circuit U o = 7.2 V; I o = 5.8 ma; P o = 10.5 mw; Linear characteristic curve Reactances Ex ia IIC Lo = 100 mh; Co = 13.5 μf Reactances without accounting for the concurrence Reactances Ex ia IIB Lo = 100 mh; Co = 240 μf of capacitance (Co) and inductance (Lo) Reactance Ex ia IIA Lo = 100 mh; Co = 1000 μf Reactances Ex ia I Lo = 100 mh; Co = 1000 μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Automation Technology 75

78 Volume 3, Section 5 I/O-System 750 XTR Series 2-Channel Analog Output; 0 20 Ma; Intrinsically Safe; Extreme 0 20 ma 9 13 AO 1 AO V V Shield DIN-35 rail Item Description Version / Order text Technical Data 2-channel analog output; 0 20 ma; intrinsically safe Extreme 2AO; 0-20mA; Ex i; XTR Number of analog outputs 2 Signal type Signal characteristic Load impedance Resolution Conversion time Output error max., 25 C Temperature error max. Field supply voltage Current consumption system supply (5 V) Data width Isolation 0 20 ma Single-ended < 500 Ω 12 bits < 2 ms ±0.2 % of the upper-range value ±0.01 %/K of the upper-range value 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) 21 ma 2 x 16-bit data U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D Explosion protection 24 x 67.8 x 100 mm Safety-relevant data of circuit U o = 26.8 V; I o = 56.4 ma; P o = 378 mw; Linear characteristic curve Reactances Ex ia IIC Lo = 8.2 mh; Co = μf Reactances without accounting for the concurrence Reactances Ex ia IIB Lo = 46 mh; Co = 0.72 μf of capacitance (Co) and inductance (Lo) Reactance Ex ia IIA Lo = 76 mh; Co = 2.37 μf Reactances Ex ia I Lo = 100 mh; Co = 3.85 μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Mini-WSB Quick Marking System, See Full Line Catalog, Volume 6 Carrier rails and tool, See Full Line Catalog, Volume 3 76 Automation Technology

79 Volume 3, Section 5 I/O-System 750 XTR Series Up/Down Counter; Intrinsically Safe; Extreme U/D (Gate), CLOCK V A V DO, 0 V Item Description Version Up/down counter; intrinsically safe Extreme / Order text Technical Data Up/down counter; Ex i; XTR Number of counters 1 No. of outputs 1 Sensor supply U V 8.2 VDC Input filter 10 µs Switching frequency Counter depth Output voltage Field supply voltage Current consumption system supply (5 V) Data width Isolation 20 Hz khz 32 bits 24 VDC 24 VDC (Ex i XTR power supply U O = max V); via power jumper contacts (power supply via blade contact; transmission via spring contact) 25 ma 1 x 32-bit data, 1 x 8-bit status/diagnostics U m = 300 VAC system/supply Surrounding air temperature (operation) C Dimensions W x H x D Explosion protection 24 x 67.8 x 100 mm Safety data input U o = 12 V; I o = 13.3 ma; P o = 40.4 mw; Linear characteristic curve Input reactances Ex ia IIC Lo = 100 mh; Co = 1.41 μf Reactances without accounting for the concurrence Input reactances Ex ia IIB Lo = 100 mh; Co = 9 μf of capacitance (Co) and inductance (Lo) Input reactances Ex ia IIA Lo = 100 mh; Co = 36 μf Input reactances Ex ia I inputs Lo = 100 mh; Co = 35 μf Safety data output U o = 26.8 V; I o = ma; P o = mw; Linear characteristic curve Output reactances Ex ia IIC Lo = 1.3 mh; Co = μf Output reactances Ex ia IIB Output reactances Ex ia IIA Output reactances Ex ia I Lo = 13 mh; Co = μf Lo = 23 mh; Co = μf Lo = 33 mh; Co = μf Ex guideline EN/IEC , -7, -11 Approvals 1; Marine; 4 ATEX/IECEx Marking 4 ATEX/IECEx: II 3 (1) G II (1) D I (M1) For data sheet and further information, see: Ex ec [ia Ga] IIC T4 Gc [Ex ia Da] IIIC [Ex ia Ma] I wago.com/ / Automation Technology 77

80 Volume 3, Section 7 Industrial Switches Industrial Switch PWR RPS ALM T-Ports 10/100/1000 Mbit/s LNK/ ACT Item Description Industrial switch; 16-port 1000BASE-T Order text INDUSTRIAL SWITCH; 16-port Gb Technical Data Switching mode Store and forward, non-blocking Number of ports, copper 16 x 1000Base-T Communication standards IEEE BASE-T; IEEE 802.3u 100BASE-TX/FX; IEEE 802.3ab 1000BASE-T; IEEE 802.3x Flow Control; IEEE 802.3az Energy Efficient Ethernet; IEEE 802.1p Prioritization Redundancy functions Redundant DC power supply Configuration DIP switch for signal contact Diagnostics Signal contact MAC table (large) 8000 addresses Jumbo frame size 10 KB Supply voltage VDC Power consumption, max. 12 W Connection technology: communication 16 x RJ-45 Surrounding air temperature (operation) C Dimensions W x H x D 50 x 120 x 162 mm Approvals 1; r OrdLoc* For data sheet and further information, see: wago.com/ *Pending SFP Module See Full Line Catalog, Volume 3 Carrier rails and tool, see Full Line Catalog, Volume 3 78 Automation Technology

81 Volume 3, Section 7 Industrial Switches Industrial Managed Switch PWR RPS ALM POST SFP PoE RS-232 Port (RJ-45) CONSOLE Reset 1000M /100M 3 4 TX-Ports 10/100/1000 Mbit/s BASE-SX/LX, LC, Fiber Optic (SFP-type) Item Description Industrial managed switch; 8-port 1000BASE-T; 4-slot 1000BASE-SX/LX; exp. temperature; 8 * Power over Ethernet Order text INDUSTRIAL MANAGED SWITCH; 8-port Gb; 4-slot 1000BASE-SX/LX; EXT; 8PoE Technical Data Switching mode Number of ports, copper Number of ports, FOC Communication standards Redundancy functions Configuration Diagnostics MAC table (large) Jumbo frame size Supply voltage Power consumption, max. ESD (contact/air discharge) Connection technology: communication Store and forward, non-blocking 8 x 1000BASE-T; 8 x PoE+ (Power over Ethernet) 4 x 1000Base-SX/LX IEEE BASE-T; IEEE 802.3u 100BASE-TX; IEEE 802.3ab 1000BASE-T; IEEE 802.3z 1000BASE-SX/LX; IEEE 802.3ad Port Trunk with LACP; IEEE 802.3x Flow Control; IEEE 802.1d Spanning Tree Protocol (STP); IEEE 802.1w Rapid Spanning Tree Protocol (RSTP); IEEE 802.1s Multiple Spanning Tree Protocol (MSTP); IEEE 802.1q VLAN Tagging; IEEE 802.1p Prioritization; IEEE 802.1x Port Authentication; IEEE 802.1ab Link Layer Discovery Protocol (LLDP); IEEE 802.3ad Port Trunk with LACP; IEEE 1588v2 Precision Time Protocol (PTP); IEEE 802.3af Power over Ethernet (PoE); IEEE 802.3at High Power over Ethernet (PoE+); ITU-T G8032v1/v2 Ethernet Ring Protection Switching (ERPS) Redundant DC power supply; STP; RSTP; MSTP; Jetring < 300 ms; Xpress Ring < 20 ms; Dual Homing < 20 ms; Dual Ring; ERPSv2 < 50 ms; LCAP DIP switch for signal contact, Web-based CLI, SNMPv1/v2/v3 Signal contact; Modbus TCP; port status; port statistics; port load; traffic monitor; SFP information; syslog; mail alarm; SNMP traps addresses 10 KB VDC 18 W; 258 W with 8 PoE+ 8 KV / 15 KV 8 x RJ-45; 2 x SFP; 1 x RJ-45 (RS-232) Communication standards IEEE802.3x (in full duplex mode) Surrounding air temperature (operation) C Dimensions W x H x D 50 x 120 x 162 mm Approvals 1; r OrdLoc* For data sheet and further information, see: wago.com/ *Pending Automation Technology 79

82 Volume 3, Section 7 Industrial Switches Industrial ECO Switch PWR PWR POE SFP 1000 POE T-Ports 10/100/1000 Mbit/s T-Ports 10/100/1000 Mbit/s LNK/ACT LNK/ACT BASE-SX/LX, LC, Glasfaser (SFP-Typ) Item Description Figure: Industrial ECO switch; 5 ports 1000BASE-T; ext. temperature; 4 * Power over Ethernet Industrial ECO switch; 5 ports 1000BASE-T; 2-slot 1000BASE-SX/LX; ext. temperature; 4 * Power over Ethernet Order text INDUSTRIAL ECO SWITCH; 5Port Gb; EXT; 4PoE INDUSTRIAL ECO SWITCH; 5Port Gb; 2-Slot 1000BASE-SX/LX; EXT; 4PoE Technical Data Number of ports, copper Number of ports, FOC Supported profiles 5 x 1000BASE-T; 8 x PoE+ (Power over Ethernet) IEEE BASE-T; IEEE 802.3u 100BASE-TX; IEEE 802.3ab 1000BASE-T; IEEE 802.3x Flow Control; IEEE 802.3af Power over Ethernet (PoE); IEEE 802.3at High Power over Ethernet (PoE+); IEEE 802.1p Prioritization 5 x 1000BASE-T; 8 x PoE+ (Power over Ethernet) 2 x 1000Base-SX/LX IEEE BASE-T; IEEE 802.3u 100BASE-TX/FX; IEEE 802.3ab 1000BASE-T; IEEE 802.3z 1000BASE-SX/LX; IEEE 802.3x Flow Control; IEEE 802.3af Power over Ethernet (PoE); IEEE 802.3at High Power over Ethernet (PoE+); IEEE 802.1p Prioritization Topology Star Star Jumbo frame size 10 KB 10 KB MAC table (large) 8000 addresses 8000 addresses Supply voltage VDC VDC Power consumption, max. 13 W; 133 W with 4 PoE 14 W; 134 W with 4 PoE Connection technology: communication 5 x RJ-45 5 x RJ-45; 2 x SFP Surrounding air temperature (operation) C C Dimensions W x H x D 50 x 120 x 160 mm 50 x 120 x 160 mm Approvals 1; r OrdLoc* 1; r OrdLoc* For data sheet and further information, see: wago.com/ wago.com/ *Pending *Pending SFP Module See Full Line Catalog, Volume 3 Carrier rails and tool, see Full Line Catalog, Volume 3 80 Automation Technology

83 Volume 3, Section 7 Industrial Switches Automation Technology 81

84 Volume 3, Section 8 Radio Technology WLAN ETHERNET Gateway Power connector: M12 plug, A-coded 1: Vin + (9 30 VDC) 2: Digital input GND 3: Vin GND (0 V) 4: Digital input + (9 30 VDC) 5: Functional ground ETHERNET connector: M12 socket, D-coded 1: Transmit + 2: Receive + 3: Transmit - 4: Receive - Item Description Wireless ETHERNET Gateway The Wireless ETHERNET Gateway simplifies creation of a wireless transmission link for Order text Wireless ETHERNET Gateway ETHERNET protocols (e.g., PROFINET, MODBUS/ TCP, Ethernet/IP). Technical Data The gateway is used as a cable substitute to create a robust, industry-proven Bluetooth or Radio technology Bluetooth : 4.0; WLAN link between two automation devices. WLAN: a/b/g/d/e/i/h The gateway supports various configurations Topology Peer-to-peer connection and can therefore also be operated as an access Security authentication Security encryption Frequency band WLAN: WPA/WPA2 PSK; LEAP; PEAP WLAN: none; WEP64; WEP128; TKIP; AES/CCMP ISM band;.4 GHz (Bluetooth, WLAN); ISM band; GHz (WLAN) point. Both IP65 housing and internal directional antenna allow the gateway to be used in harsh industrial environments. Simple push-button Transmission range Up to 400 m* operation rapidly connects two Wireless ETHER- NET Gateways. Additional settings can be made Antenna Internal directional antenna via Web-Based Management. Supply voltage 24 VDC (9 30 V) Ports - ETHERNET: M12 connector; D-coded, - Supply: M12 connector; A-coded Configuration Simple, push-button operation and Web-based management Number of inputs 1 (trigger input: 9 30 VDC) Surrounding air temperature (operation) C Dimensions W x H x D x 92.7 Protection type IP65 Approvals 1 For data sheet and further information, see: wago.com/ *The maximum range in the field decreases with use in buildings and changes depending on the building materials used and the spatial geometry. Therefore, range specifications within buildings can only represent typical values which can normally be achieved. More detailed information is available in the manual. Note: Two Wireless ETHERNET Gateways of the same type are required to establish a peer-to-peer connection. IP67 Cables and Pluggable Connectors, see Full Line Catalog, Volume 3 82 Automation Technology

85 Volume 3, Section 8 Radio Technology Automation Technology 83

86 Volume 3, Section 11 Accessories and Tools ETHERNET Cable; Cat. 6A S/FTP RJ-45 connector TIA/EIA 568B white/orange orange white/green blue white/blue green white/brown brown Shield Item Description ETHERNET cable; cat. 6A; RJ-45; RJ-45 ETHERNET cable; cat. 6A; RJ-45; RJ-45 Version Axial unlocking Cable length Pack. Unit Cable length Pack. Unit 0.5 m / m / m / m / m / m / m / m / m / m / m / m / m / m / Technical Data Transmission 10 Gbit/s (500 MHz) Operating voltage 80 V Operating current 720 ma Rated surge voltage 500 V (wire/wire/screen rms 50 Hz 1 min) Insulation resistance 1x108 Ω x km Resistance of conductor < 142 Ω/km Surrounding air temperature (operation) C (static and moving) Bending radius min. 10 mm Bending cycles 8500 Cables S/FTP 4x2xAWG26/7 Overall shield Overlapped aluminum-laminated foil and tinned copper braid (PiMF) Conductors Bare copper wire (7 x 0.16 mm) Conductor insulation Halogen-free PE Outer jacket LSOH TPE. Halogen-free per IEC ; flame-retardant per IEC ; low-smoke per IEC Color Green RAL 6018 Cable diameter Ø 6.2 mm ± 0.2 Plug 2 x cat. 6A; RJ-45 Contact materials CuZn Contact plating CuNi/Au; 50 µin gold plating Mech. service life > 1200 mating cycles For data sheet and further information, see: wago.com/ Short description: Halogen-free TPE Cat. 6A S/FTP Highly flexible 50 µin gold plating in the contact area Mechanically/electrically tested 4C Channel Link Test Wrap-around label for clear traceability Easy plug unlocking ( /1023-xxx) 84 Automation Technology

87 Volume 3, Section 11 Accessories and Tools Automation Technology 85

88 Contents Volume 4, Electronic Interface Page Relay Modules 88 Socket with Solid-State Relay Module 98 Pluggable Solid-State Relays 102 Signal Splitter 106 Current Signal Conditioner 108 Voltage Signal Conditioner 110 Power Signal Conditioners 112 Temperature Signal Conditioners 120 Plug-In Current Transformers 126 Voltage Taps 128 Current and Voltage Taps for High-Current Through Terminal Blocks 131 Switched-Mode Power Supplies, Classic 134 Switched-Mode Power Supplies, Eco 136 Switched-Mode Power Supplies, Compact Electronic Interface

89 Contents Volume 4, Electronic Interface Page Switched-Mode Power Supply, IP DC UPS Module 150 Capacitive Buffer Module 152 Electronic Circuit Breakers (ECB) 154 Power Supply for Fan Control 160 Radio Interference Suppression Filter 161 DC/DC Converters, Compact 162 Switching Modules 164 Potential Distribution Modules 166 Products highlighted in RED are new items for Spring 2018 Electronic Interface 87

90 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series Technical Data Load Circuit < 59,3 mm/2.34 inch > < 77,7 mm/3.06 inch > < 52 mm/2.05 inch > Contact material AgSnO 2 Switching voltage (max.) 250 VAC Recommended minimum load 5 VDC; 100 ma Dielectric strength, contact/control circuit (AC, 1 min) 3 kv rms Dielectric strength, open contact (AC, 1 min) 1 kv rms Dielectric strength, contact/contact (AC, 1 min) 2.5 kv rms General Specifications Rated nominal voltage 250 V Rated surge voltage 4 kv Pollution degree 2 Protection type IP20 Storage temperature C Standards/approvals EN , EN 61373; EN Accessories Pack. Unit 2-conductor carrier terminal block, mm² gray (22 12 AWG), 5.2 mm (0.205 inch) wide End and intermediate plate, 1 mm thick orange gray (4x25) 100 (4x25) 3-conductor carrier terminal block, mm² (22 12 AWG), 5.2 mm (0.205 inch) wide gray End and intermediate plate, 1 mm thick 4-conductor carrier terminal block, mm² (22 12 AWG), 5.2 mm (0.205 inch) wide End and intermediate plate, 1 mm thick 2-conductor carrier terminal block, mm² (22 12 AWG), 5.2 mm (0.205 inch) wide End and intermediate plate, 1 mm thick orange gray gray orange gray gray orange gray (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 88 Electronic Interface

91 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series Similar to picture Similar to picture 2 14 A A A A1+ 3 Relay module; relay with 1 make contact (1a); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 6,6 ma Relay module; relay with 1 break contact (1r); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 6.4 ma Specific Technical Data Control Circuit Input voltage range U N % U N % Load Circuit Limiting continuous current 6 A 6 A Inrush current (max.) Switching power (max.) 1500 VA 1500 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 4 ms / 8 ms / 4 ms / Mechanical life > 5 x 10 6 > 5 x 10 6 Electrical life (NO, resistive load) > 5 x 10 4 > 5 x 10 4 General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 10.3 x 77.7 x 52 (height: 59.3 from the surface) 10.3 x 77.7 x 52 (height: 59.3 from the surface) Weight 19 g 19 g Electronic Interface 89

92 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series Similar to picture Similar to picture 2 14 A2 ~ A2 ~ A1 ~ A1 ~ 3 Relay module; 230 VAC/DC; relay with 1 make contact (1a) Pack. Unit ma U N I N VAC/DC Relay module; 230 VAC/DC; relay with 1 break contact (1r) Pack. Unit ma U N I N VAC/DC Specific Technical Data Control Circuit Input voltage range U N ±10 % U N ±10 % Load Circuit Limiting continuous current 3 A 6 A Inrush current (max.) Switching power (max.) 750 VA 1500 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 4 ms / 8 ms / 4 ms / Mechanical life > 5 x 10 6 > 5 x 10 6 Electrical life (NO, resistive load) > 5 x 10 4 > 5 x 10 4 General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 10.3 x 77.7 x 52 (height: 59.3 from the surface) 10.3 x 77.7 x 52 (height: 59.3 from the surface) Weight 19 g 19 g 90 Electronic Interface

93 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series A2 1 A A2 ~ 1 A2 ~ A A1 ~ 5 Relay module; relay with 1 changeover contact (1u); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 13.7 ma Relay module; 230 VAC/DC; relay with 1 changeover contact (1u) U N I N VAC/DC Pack. Unit ma Specific Technical Data Control Circuit Input voltage range U N % U N ±10 % Load Circuit Limiting continuous current 10 A 4 A Inrush current (max.) 30 A 30 A Switching power (max.) 2500 VA 1000 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 10 5 (16 A) 10 5 (16 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 15.5 x 77.7 x 52 (height: 59.3 from the surface) 15.5 x 77.7 x 52 (height: 59.3 from the surface) Weight 69.6 g 70.7 g Electronic Interface 91

94 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series A2 A A A A A Relay module; relay with 2 make contacts (2a); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 13.8 ma Relay module; relay with 2 changeover contacts (2u); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 13.8 ma Specific Technical Data Control Circuit Input voltage range U N % U N % Load Circuit Limiting continuous current 8 A 8 A Inrush current (max.) 15 A 15 A Switching power (max.) 2000 VA 2000 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 10 5 (2 x 8 A) 10 5 (2 x 8 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 20.7 x 77.7 x 52 (height: 59.3 from the surface) 20.7 x 77.7 x 52 (height: 59.3 from the surface) Weight 73.3 g 73.3 g 92 Electronic Interface

95 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series 2 12 A A2 ~ A A2 ~ A1+ 5 A A1 ~ A1 ~ 5 7 Relay module; relay with 1 break contact and 1 make contact (1ar); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 13.8 ma Relay module; 230 VAC/DC; relay with 2 break contacts (2a) U N I N VAC/DC Pack. Unit ma Specific Technical Data Control Circuit Input voltage range U N % U N ±10 % Load Circuit Limiting continuous current 8 A 5 A Inrush current (max.) 15 A 15 A Switching power (max.) 2000 VA 1250 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 10 5 (2 x 8 A) 10 5 (2 x 8 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 20.7 x 77.7 x 52 (height: 59.3 from the surface) 20.7 x 77.7 x 52 (height: 59.3 from the surface) Weight 73.3 g 74.4 g Electronic Interface 93

96 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series A2 ~ A2 ~ A2 ~ A1 ~ A1 ~ 5 A1 ~ 7 Relay module; 230 VAC/DC; relay with 2 changeover contacts (2u) Pack. Unit ma U N I N VAC/DC Relay module; 230 VAC/DC; relay with 1 break contact and 1 make contact (1ar) U N I N Pack. Unit VAC/DC ma Specific Technical Data Control Circuit Input voltage range U N ±10 % U N ±10 % Load Circuit Limiting continuous current 5 A 5 A Inrush current (max.) 15 A 15 A Switching power (max.) 1250 VA 1250 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 10 5 (2 x 8 A) 10 5 (2 x 8 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 20.7 x 77.7 x 52 (height: 59.3 from the surface) 20.7 x 77.7 x 52 (height: 59.3 from the surface) Weight 74.4 g 74.4 g 94 Electronic Interface

97 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series Similar to picture A A A A Relay module; relay with 4 make contacts (4a); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 28.1 ma Relay module; relay with 3 make contacts and 1 break contact (3a1r); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 27.4 ma Specific Technical Data Control Circuit Input voltage range U N % U N % Load Circuit Limiting continuous current 5 A 5 A Inrush current (max.) 15 A 15 A Switching power (max.) 1250 VA 1250 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 5 x 10 5 (4 x 5 A) 5 x 10 5 (4 x 5 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 25.9 x 77.7 x 52 (height: 59.3 from the surface) 25.9 x 77.7 x 52 (height: 59.3 from the surface) Weight 78 g g Electronic Interface 95

98 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series Similar to picture Similar to picture A A2 ~ A A1 ~ Relay module; relay with 2 break contacts and 2 make contacts (2ar); 24 VDC; railway applications U N I N Pack. Unit 24 VDC 28.1 ma Relay module; 230 VAC/DC; relay with 4 break contacts (4a) Pack. Unit ma U N I N VAC/DC Specific Technical Data Control Circuit Input voltage range U N % U N ±10 % Load Circuit Limiting continuous current 5 A 3 A Inrush current (max.) 15 A 15 A Switching power (max.) 1250 VA 750 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 5 x 10 5 (4 x 5 A) 5 x 10 5 (4 x 5 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 25.9 x 77.7 x 52 (height: 59.3 from the surface) 25.9 x 77.7 x 52 (height: 59.3 from the surface) Weight 78 g 78 g 96 Electronic Interface

99 Volume 4, Chapter 1 Relay Modules Relay Module 2042 Series Similar to picture Similar to picture A2 ~ A2 ~ A1 ~ A1 ~ Relay module; 230 VAC/DC; relay with 3 make contacts and 1 break contact (3a1r) U N I N Pack. Unit VAC/DC ma Relay module; 230 VAC/DC; with 2 break contacts and 2 make contacts (2ar) U N I N Pack. Unit VAC/DC ma Specific Technical Data Control Circuit Input voltage range U N ±10 % U N ±10 % Load Circuit Limiting continuous current 3 A 3 A Inrush current (max.) 15 A 15 A Switching power (max.) 750 VA 750 VA Pull-in/drop-out/bounce time (typ.) 8 ms / 6 ms / 4 ms 8 ms / 6 ms / 4 ms Mechanical life 10 x x 10 6 Electrical life (NO, resistive load) 5 x 10 5 (4 x 5 A) 5 x 10 5 (4 x 5 A) General Specifications Permissible ambient temperature at U N C C Dimensions (mm) W x H x D 25.9 x 77.7 x 52 (height: 59.3 from the surface) 25.9 x 77.7 x 52 (height: 59.3 from the surface) Weight 78 g 78 g Electronic Interface 97

100 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Socket with Solid-State Relay Module 857 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N 24 VDC VDC VDC 8.7 ma Similar to picture Solid-State Relay Module; Nominal input voltage: 24 VDC; Output voltage range: 1 30 VDC; Limiting continuous current: 8 A; 2-wire connection; Railway applications; Yellow status indicator; Module width: 6 mm U N I N Pack. Unit 24 VDC 8.7 ma R L Load Circuit Circuit type Limiting continuous current Output voltage range Max. voltage drop (output) Switching current (min.) 2-wire connection 8 A VDC 80 mv DC 100 ma Turn-on time 60 µs Turn-off time 250 µs Switching frequency Signaling Status indication Safety and Protection 500 Hz Yellow LED Dielectric strength, control/load circuit (AC, 1 min) 3.75 kv rms Pollution degree 2 Protection type IP N.C. Connection Data Connection technology Solid conductor Fine-stranded conductor Strip length Push-in CAGE CLAMP mm² / AWG mm² / AWG 9 10 mm / inch < 81 mm/3.18 in. > < 94 mm/3.68 in. > _> _> 6 mm/0.23 in. Note: Optocouplers and solid-state relays are designed for use in signal processing networks that are not supplied by the low-voltage power grid. Geometric Data Width Height from upper-edge of DIN-rail Depth Mechanical Data Mounting type Material Data Weight 6 mm / inch 81 mm / inch 94 mm / inch DIN-35 rail 29.5 g Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Standards and Specifications Standards/specifications EN ; EN 61373; EN ; EN ; EN ; EN Continuous current I (A)! Module assembly at U N " Single module at U N ! " ϑ ( C) Ambient operating temperature Current-Carrying Capacity Curve 98 Electronic Interface

101 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Electronic Interface 99

102 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Socket with Solid-State Relay Module 788 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N 24 VDC VDC VDC 11 ma Similar to picture Solid-State Relay Module; Nominal input voltage: 24 VDC; Output voltage range: 0 35 VDC; Limiting continuous current: 5 A; 2-wire connection; Green status indicator; Module width: 15 mm U N I N Pack. Unit 24 VDC 11 ma Load Circuit Circuit type 2-wire connection Limiting continuous current 5 A Output voltage range VDC Max. voltage drop (output) 0.3 VDC Switching current (min.) 1 ma Turn-on time 50 µs Turn-off time 250 µs Switching frequency 3 khz Signaling Status indication Green LED A Safety and Protection Dielectric strength, control/load circuit (AC, 1 min) 3.75 kv rms Pollution degree 2 Protection type IP20 A2 14 Connection Data Connection technology Solid conductor Fine-stranded conductor Strip length Push-in CAGE CLAMP mm² / AWG mm² / AWG 9 10 mm / inch < 54 mm/2.13 in > < 86 mm/3.39 in > Geometric Data Width Height from upper-edge of DIN-rail Depth Mechanical Data Mounting type Material Data Weight 15 mm / inch 54 mm / 2.13 inch 86 mm / inch DIN-35 rail 42 g Note: Optocouplers and solid-state relays are designed for use in signal processing networks that are not supplied by the low-voltage power grid. Continuous current I (A) ! Module assembly at U N " Single module at U N "! Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Standards and Specifications Standards/specifications EN ; EN ; EN ; EN ϑ ( C) Ambient operating temperature Current-Carrying Capacity Curve 100 Electronic Interface

103 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Socket with Solid-State Relay Module 788 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N 24 VDC VDC VDC 13 ma Similar to picture Solid-State Relay Module; Nominal input voltage: 24 VDC; Output voltage range: VAC; Limiting continuous current: 3.5 A; 2-wire connection; Green status indicator; Module width: 15 mm U N I N Pack. Unit 24 VDC 13 ma Load Circuit Circuit type 2-wire connection; zero-voltage switching Limiting continuous current 3.5 A Output voltage range VAC Max. voltage drop (output) 1.1 V Switching current (min.) 1 ma Turn-on time 10 µs Turn-off time 10 µs Switching frequency 50 / 60 khz Signaling Status indication Green LED A Safety and Protection Dielectric strength, control/load circuit (AC, 1 min) 3.75 kv rms Pollution degree 2 Protection type IP20 A2 14 Connection Data Connection technology Solid conductor Fine-stranded conductor Strip length Push-in CAGE CLAMP mm² / AWG mm² / AWG 9 10 mm / inch < 54 mm/2.13 in > < 86 mm/3.39 in > Geometric Data Width Height from upper-edge of DIN-rail Depth Mechanical Data Mounting type Material Data Weight 15 mm / inch 54 mm / 2.13 inch 86 mm / inch DIN-35 rail 42 g Note: Optocouplers and solid-state relays are designed for use in signal processing networks that are not supplied by the low-voltage power grid. Continuous current I (A) ! Module assembly at U N " Single module at U N! " Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Standards and Specifications Standards/specifications EN EN ; EN ; EN ϑ ( C) Ambient operating temperature Current-Carrying Capacity Curve Electronic Interface 101

104 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Pluggable Solid-State Relay for Carrier Terminal Blocks 2042 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N Input current range 24 VDC (SELV) VDC VDC 7 ma 6 8 ma Similar to picture Solid-State Relay; Input: 24 VDC; Output: 24 VDC / 0.1 A; Module width: 10 mm; for railway operations U N I N Pack. Unit 24 VDC 7 ma Load Circuit Circuit type 2-wire connection Limiting continuous current 0.1 A ( +50 C) Nominal output voltage 24 VDC (SELV) Output voltage range VDC Max. voltage drop (output) 1 VDC Reverse voltage transistor/triac 100 V Switching current (min.) 20 µa Turn-on time 8 µs (at 27 VDC; 100 ma) Turn-off time 14 µs (at 27 VDC; 100 ma) Switching frequency 10 khz A2 A Signaling Status indication Safety and Protection Green LED Dielectric strength, control/load circuit (AC, 1 min) 0.9 kv rms Protection type IP20 Overvoltage category II Pollution degree 2 < 59,3 mm/2.34 inch > < 77,7 mm/3.06 inch > < 52 mm/2.05 inch > Geometric Data Width Height Height from the surface Depth Mechanical Data Mounting type Material Data Flammability class per UL94 Weight 10.3 mm / inch 77.7 mm / inch 59.3 mm / inch 52 mm / inch Pluggable module for TOPJOB S Carrier Terminal Block V g Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Standards/specifications EN ; EN Electronic Interface

105 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Pluggable Solid-State Relay for Carrier Terminal Blocks 2042 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N Input current range 24 VDC (SELV) VDC VDC 3 ma 3 5 ma Similar to picture Solid-State Relay; Input: 24 VDC; Output: 3 53 VDC / 4 A; Module width: 10 mm; for railway operations U N I N Pack. Unit 48 VDC 3 ma Load Circuit Circuit type 2-wire connection Limiting continuous current 4 A ( +50 C) Nominal output voltage 48 VDC (SELV) Output voltage range VDC Max. voltage drop (output) 1 VDC Reverse voltage transistor/triac 100 V Switching current (min.) 20 µa Turn-on time 12 µs (at 27 VDC; 100 ma) Turn-off time 32 µs (at 27 VDC; 100 ma) Switching frequency 300 Hz A2 A Signaling Status indication Safety and Protection Green LED Dielectric strength, control/load circuit (AC, 1 min) 0.9 kv rms Protection type IP20 Overvoltage category II Pollution degree 2 < 59,3 mm/2.34 inch > < 77,7 mm/3.06 inch > < 52 mm/2.05 inch > Geometric Data Width Height Height from the surface Depth Mechanical Data Mounting type Material Data Flammability class per UL94 Weight 10.3 mm / inch 77.7 mm / inch 59.3 mm / inch 52 mm / inch Pluggable module for TOPJOB S Carrier Terminal Block V g Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Standards/specifications EN ; EN Electronic Interface 103

106 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Pluggable Solid-State Relay for Carrier Terminal Blocks 2042 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N Input current range 24 VDC (SELV) VDC VDC 7 ma 6 8 ma Similar to picture Solid-State Relay; Input: 24 VDC; Output: 24 VDC / 1 ma 0.5 A; 3-wire connection; Module width: 15 mm; for railway operations U N I N Pack. Unit 24 VDC 7 ma V Ub+ A A2 3 A Load Circuit Circuit type Limiting continuous current Nominal output voltage Output voltage range Max. voltage drop (output) Reverse voltage transistor/triac 3-wire connection; high-side switching 0.5 A ( +50 C) 24 VDC (SELV) VDC 1 VDC 120 V Switching current (min.) 20 µa Turn-on time Turn-off time Switching frequency Signaling Status indication Safety and Protection 2 µs (at 27 VDC; 100 ma) 4 µs (at 27 VDC; 100 ma) 100 khz Green LED Dielectric strength, control/load circuit (AC, 1 min) 0.9 kv rms Protection type IP20 Overvoltage category II Pollution degree 2 < 59,3 mm/2.34 inch > < 77,7 mm/3.06 inch > < 52 mm/2.05 inch > Geometric Data Width Height Height from the surface Depth Mechanical Data Mounting type Material Data Flammability class per UL94 Weight 15.5 mm / 0.61 inch 77.7 mm / inch 59.3 mm / inch 52 mm / inch Pluggable module for TOPJOB S Carrier Terminal Block V g Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Standards/specifications EN ; EN Electronic Interface

107 Volume 4, Section 2 Solid-State Relay and Optocoupler Modules Pluggable Solid-State Relay for Carrier Terminal Blocks 2042 Series Control Circuit Nominal input voltage U N Input voltage range (low level) Input voltage range (high level) Nominal input current at U N Input current range 24 VDC (SELV) VDC VDC 7 ma 6 8 ma Similar to picture Solid-State Relay; Input: 24 VDC; Output: 24 VDC / 5 A; 3-wire connection; Module width: 15 mm; for railway operations U N I N Pack. Unit 24 VDC 7 ma Load Circuit Circuit type Limiting continuous current Nominal output voltage Output voltage range Max. voltage drop (output) Reverse voltage transistor/triac Switching current (min.) Turn-on time Turn-off time Switching frequency 3-wire connection; high-side switching 5 A ( +50 C) 24 VDC (SELV) 20 VDC 1 VDC 100 V 3 ma 10 µs (at 27 VDC; 100 ma) 20 µs (at 27 VDC; 100 ma) 5 khz 0V A A2 3 Ub+ A Signaling Status indication Safety and Protection Green LED Dielectric strength, control/load circuit (AC, 1 min) 0.9 kv rms Protection type IP20 Overvoltage category II Pollution degree 2 < 59,3 mm/2.34 inch > < 77,7 mm/3.06 inch > < 52 mm/2.05 inch > Geometric Data Width Height Height from the surface Depth Mechanical Data Mounting type Material Data Flammability class per UL94 Weight 15.5 mm / 0.61 inch 77.7 mm / inch 59.3 mm / inch 52 mm / inch Pluggable module for TOPJOB S Carrier Terminal Block V g Environmental Requirements Permissible surrounding air temperature at U N C Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Standards/specifications EN ; EN Electronic Interface 105

108 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Signal Splitter; with 2 Configurable Voltage and Current Outputs 857 Series Isolation Amplifier; current and voltage input signal; 2 x current and voltage output signal; configuration via DIP switch; 24 VDC supply voltage; 6 mm wide Pack. Unit IN+ GND 2 OUT 2+ GND IN 3 OUT OUT POWER 8 < 94 mm/3.68 inch > < 97.8 mm/3.85 inch > OUT 1+ GND 3 Us+ GND 1 _> 6 mm/0.23 inch Short description: The Signal Splitter converts, amplifies, filters and electrically isolates analog standard signals. In addition, the input signal is split into two separate outputs. Features: Two configurable voltage/current outputs Switchable limiting frequency Safe 4-way isolation with 3 kv test voltage per EN _> Technical Data Configuration Configuration Input Input signal Input current (max.) Input voltage (max.) Input resistance DIP switch 0 10 ma; 2 10 ma; 0 20 ma; 4 20 ma; 0 5 V; 1 5 V; 0 10 V; 2 10 V 50 ma 30 V < 50 Ω (I input) > 100 kω (U input) Output 0 10 V; 2 10 V (calibrated configurable signals); Output signal 0 20 ma, 4 20 ma (calibrated configurable signals); max. 12 V, 24 ma Load impedance 600 Ω (I output) 2 kω (U output) General Specifications Nominal supply voltage U S 24 VDC Supply voltage range U S % Current input at 24 VDC 35 ma Limiting frequency 100 Hz / > 1 khz (configurable via DIP switch) Step response (typ.) 3.5 ms (100 Hz); 300 µs (1 khz) Transmission error (typ.) 0.1 % of upper-range value Temperature coefficient 0.01 %/K Conformity marking 1 Standards/specifications EN ; EN ; EN ; EN Environmental Requirements Ambient operating temperature C Storage temperature C Safety and Protection Test voltage (input/output/supply) 3 kv (AC); 50 Hz; 1 min Protection type IP20 Connection and Mounting Type Connection technology Push-in CAGE CLAMP Conductor range Solid mm² / AWG Fine-stranded mm² / AWG Strip length 9 10 mm / inch Dimensions and Weight Dimensions (mm) W x H x D 6 x 97.8 x 94; height from upper-edge of DIN-rail Weight 37.9 g Configuration via: Overview of icons, see page 178! 106 Electronic Interface

109 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers DIP Switch Adjustability = ON Default DIP Switch S1 (4 positions) Input Signal Max. Operating Frequency ma > 1 khz 4 20 ma 100 Hz 0 10 ma 2 10 ma 0 10 V 2 10 V 0 5 V 1 5 V DIP Switch S2 (2 positions) Output Signal V 2 10 V 0 20 ma 4 20 ma DIP Switch S3 (2 positions) Output Signal V 2 10 V 0 20 ma 4 20 ma Electronic Interface 107

110 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Current Signal Conditioner; 0 5 A AC/DC 857 Series Configuration Configuration options DIP switch; Interface configuration software Current Signal Conditioner; Current input signal: 5 A AC/DC; Current and voltage output signal; Digital output; Supply voltage: 24 VDC; Module width: 6 mm Pack. Unit IN 5A GND 1 IN 1A DO (GND 2) IN 4 DO < 97,8 mm/3.85 in. > OUT < 94 mm/3.68 in. > POWER 8 OUT+ OUT Us+ GND 2 _> 6 mm/0.23 in. _> Short description: WAGO s current signal conditioner measures AC/DC currents up to 5 A, converting the input signal to a standard analog signal at the output. Input Input signal type Current 0 5 A AC/DC (IN 1; Individual arrangement); Input signal (current) 0 6 A AC/DC (IN 1; Block arrangement); 0 1 A AC/DC (IN 2) Frequency range Hz Input resistance (current input) 47 mω (IN 1); 10 mω (IN 2) Input current (max.) 6.2 A (IN 1; permanent); 15 A (IN 1; 5 s); 2 A (IN 2; permanent); 10 A (IN 2; 5 s) Response threshold 10 ma (IN 1); 2 ma (IN 2) Resolution 1 ma (IN 1); 0.5 ma (IN 2) Output Output signal type Output signal (voltage) Output signal (current) Load impedance (voltage output) Load impedance (current output) Output Digital Max. switching voltage (DO) Max. continuous current (DO) Number of switching thresholds (DO) Configurable rise/fall delay time (DO) Current; Voltage 0 5 V; 1 5 V; 0 10 V; 2 10 V (can be inverted, also bipolar) 0 10 ma; 2 10 ma; 0 20 ma; 4 20 ma (can be inverted, also bipolar) 2 kω 600 Ω Supply voltage applied 100 ma (no internal restriction) 1 or 2 (adjustable) 0 60 s (via software) Signal Processing Measurement method RMS measurement; Arithmetic mean value Software filter (adjustable) Moving average value (filter level: 30) Step response (typ.) 60 ms (with software filter 3) Step response (max.) 250 ms Measurement Error Transmission error (max.) Temperature coefficient Power Supply Nominal supply voltage U S 24 VDC Supply voltage range ±30 % Power consumption at nominal supply voltage 46 ma (+ I DO ) 0.5 % (of the full scale value) 0.01 %/K Features: Two isolated measurement inputs for 1 and 5 A AC/DC RMS measurement or arithmetic mean value A digital signal output reacts to configured measurement range limits (on/off switching delay and threshold value switch function can be configured with up to two threshold values) Switchable filter function Safe 3-way isolation with 3 kv test voltage per DIN EN Notes: Additional setting options via interface configuration software In the present network, ensure that the neutral conductor is not dangerously active! Safety and Protection Test voltage (input/output/supply) Protection type Connection Data Connection technology Solid conductor Fine-stranded conductor Strip length Geometric Data Width Height from upper-edge of DIN-rail Depth 3 kv AC; 50 Hz; 1 min IP20 Push-in CAGE CLAMP mm² / AWG mm² / AWG 9 10 mm / inch 6 mm / inch 97.8 mm / 3.85 inch 94 mm / inch Mechanical Data Mounting type DIN-35 rail Material Data Weight 55 g 108 Electronic Interface

111 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Specialty Functions: Configuration via: Environmental Requirements Surrounding air temperature (operation) -40 C C (at nominal current) Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Conformity marking CE EMC immunity to interference EN ; EN EMC emission of interference EN ; EN Standards/specifications EN ; EN DIP Switch Adjustability = ON Default DIP Switch S1 1 2 Input 3 Measurement Method 4 Filter DIP Switch S1 5 A 2.5 A Arithmetic mean value (bipolar output) active 1 A 0.5 A DIP Switch S Output Signal Range (Bipolar for Arithmetic Mean Value) (+/-) ma ma (+/-) V V (+/-) ma ma (+/-) V V Digital Output DO Measurement Measurement Signaling Lower limit of measurement range Upper limit of measurement range DO V +2.5 % * -5 % * s + switching Lower limit of measurement range Upper limit of measurement range DO GND switching +2.5 % Lower limit of measurement range Upper limit of measurement range Upper limit of measuring range Lower limit of measuring range * acc. to NAMUR NE 43-5 % Filter Digital Output DO/Signaling follows: 24 V 0 V/0 V 24 V. Electronic Interface 109

112 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Voltage Signal Conditioner 857 Series Voltage Signal Conditioner; current input signal for AC and DC voltages; current and voltage output signal; digital output; configuration via software/dip switch; 24 VDC supply voltage; 6 mm wide Pack. Unit < 94 mm/3.68 inch > < 97.8 mm/3.85 inch > _> 6 mm/0.23 inch _> Short description: The Voltage Signal Conditioner measures AC and DC voltages up to 300 V AC/DC and converts the input signal into an analog standard signal at the output. Features: Two isolated measurement inputs for 30 V and 300 V AC/DC True RMS measurement or arithmetic mean value A digital signal output reacts to configured measurement range limits (switching ON/OFF delay and threshold value switch function configurable with up to two threshold values) Switchable filter function Safe 3-way isolation with 3 kv test voltage per EN Technical Data Configuration Configuration DIP switch; interface configuration software Input Input signal 300 or 30 VAC/DC Response threshold IN 1: 300 mv; IN 2: 30 mv Input resistance > 300 kω Frequency range Hz (AC) Overload capacity IN 1: 600 V; IN 2: 60 V (permanent) Output ± 0 20 ma; 4 20 ma; Output signal ± 0 10 ma; 2 10 ma; ± 0 10 V; 2 10 V; ± 0 5 V; 1 5 V Load impedance 600 Ω (I output); 1 kω (U output) Output Digital Max. switching voltage Supply voltage applied Max. continuous current 100 ma General Specifications Nominal supply voltage U S 24 VDC Supply voltage range U S % Current input at 24 VDC 46 ma + I DO Measuring procedure Effective value (RMS) or arithmetic mean value Limiting frequency 2 khz Step response (typ.) 30 ms Temperature coefficient 0.01 %/K Transmission error (max.) 0.5 % (of the full scale value) Conformity marking 1 Standards/specifications EN ; EN ; EN ; EN Environmental Requirements Ambient operating temperature C Storage temperature C Safety and Protection Test voltage (input/output/supply) 3 kv (AC); 50 Hz; 1 min Protection type IP20 Connection and Mounting Type Connection technology Push-in CAGE CLAMP Conductor range Solid mm² / AWG Fine-stranded mm² / AWG Strip length 9 10 mm / inch Dimensions and Weight Dimensions (mm) W x H x D 6 x 97.8 x 94; height from upper-edge of DIN-rail Weight 55 g Specialty functions: Configuration via: Overview of icons, see page 178! 110 Electronic Interface

113 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers DIP Switch Adjustability = ON Default DIP Switch S1 1 2 Input 3 Measurement Method 4 Filter DIP Switch S1 300 V 150 V Arithmetic mean value (bipolar output) active 30 V 15 V DIP Switch S Output Signal Range (Bipolar for Arithmetic Mean Value) (+/-) ma ma (+/-) V V (+/-) ma ma (+/-) V V Digital Output DO/ Signaling Lower limit of measurement range Upper limit of measurement range %* %* DO V s + switching Lower limit of measurement range Upper limit of measurement range +2.5 % DO GND switching Lower limit of measurement range Upper limit of measurement range Lower limit of measurement range Upper limit of measurement range *acc. to NAMUR NE 43 Filter Digital Output DO/Signaling follows: 24 V 0 V/0 V 24 V. Electronic Interface 111

114 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Power Signal Conditioner 857 Series Power Signal Conditioner; current and voltage input signal; current and voltage output signal; digital output; configuration via software/dip switch; 24 VDC supply voltage; 6 mm wide Pack. Unit < 94 mm/3.68 inch > < 97.8 mm/3.85 inch > _> 6 mm/0.23 inch _> Short description: The Power Signal Conditioner measures both AC/DC voltages and currents, converting the input signal into an analog standard signal at the output. Measured value processing can be switched between effective, apparent or reactive power, and phase angle. Features: Two isolated measurement inputs for AC and DC voltages and AC and DC currents RMS measurement A digital signal output reacts to configured measurement range limits (switching ON/OFF delay and threshold value switch function configurable with up to two threshold values) Switchable filter function Safe 3-way isolation with 3 kv test voltage per EN Technical Data Configuration Configuration DIP switch; interface configuration software Input Input signal IN 1: 300 V AC/DC; IN 2: 5 A AC/DC Response threshold IN 1: 300 mv IN 2: 10 ma Input resistance 10 mω (I input); > 300 kω (U output) Frequency range Hz (AC) Overload capacity 10 A AC/DC (permanent) Output 0 10 ma; 2 10 ma; 0 20 ma; 4 20 ma; Output signal 0 5 V; 1 5 V; 0 10 V; 2 10 V (can be inverted; also bipolar) Load impedance 600 Ω (I output); 1 kω (U output) Output Digital Max. switching voltage Supply voltage applied Max. continuous current 100 ma General Specifications Nominal supply voltage U S 24 VDC Supply voltage range U S % Current input at 24 VDC 46 ma Measuring procedure RMS measurement Measured variables Effective/apparent/reactive power; power factor Limiting frequency 2 khz Step response (typ.) 100 ms Temperature coefficient 0.01 %/K Transmission error (max.) 0.5 % (of the full scale value) Conformity marking 1 Standards/specifications EN ; EN ; EN ; EN Environmental Requirements Ambient operating temperature C Storage temperature C Safety and Protection Test voltage (input/output/supply) 3 kv (AC); 50 Hz; 1 min. Protection type IP20 Connection and Mounting Type Connection technology Push-in CAGE CLAMP Conductor range Solid mm² / AWG Fine-stranded mm² / AWG Strip length 9 10 mm / inch Dimensions and Weight Dimensions (mm) W x H x D 6 x 97.8 x 94; height from upper-edge of DIN-rail Weight 55 g Specialty functions: Configuration via: Overview of icons, see page 178! 112 Electronic Interface

115 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers DIP Switch Adjustability = ON Default DIP Switch S1 1 2 Measured Variable 3 4 Filter Not assigned Apparent power Active Reactive power Power factor DIP Switch S Output Signal Range ma ma V V ma ma V V DIP Switch S Digit Output DO/Signaling Lower limit of measurement range Upper limit of measurement range +2.5 DO V -5 %* %* S + switching Lower limit of measurement range Upper limit of measurement range +2.5 % DO GND switching Lower limit of measurement range Upper limit of measurement range Lower limit of measurement range Upper limit of measurement range *acc. to NAMUR NE 43 Filter: mask or smooth out oscillating measured values (e.g., during trailing Digital Output DO/Signaling: follows: 24 V 0 V/0 V 24 V. Electronic Interface 113

116 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers 3-Phase Power Signal Conditioner; 3 x 400 / 690 V; 1 A; Modbus RTU 2857 Series Configuration Configuration options Interface configuration software 3-Phase Power Signal Conditioner; 3 x 400 / 690 V; 1 A; Modbus RTU Pack. Unit / Input Input signal type Voltage; Current 3-phase power measurement with N-conductor Network configuration (4 conductors); 3-phase power measurement with N-conductor (3 conductors) Input signal (voltage) 3 x 400 VAC (U LN ); 3 x 690 VAC (U LL ) Input signal (current) 4 x 1 AAC (current transformer) Frequency range Hz (Harmonics analysis: khz) Input resistance (voltage input) 1.5 MΩ Input resistance (current input) 22 mω Input voltage (max.) 400 VAC (U LN ); 690 VAC (U LL ) Input current (max.) 1 AAC Response threshold 10 ma Resolution (current) 10 ma X2 OUT EXT ILN IL3 IN (I) IL2 IL1 X1 IN EXT IN (U) N L3 L2 L1 DO DO GND POWER GND 24 V Output Digital Max. switching voltage (DO) Supply voltage applied Max. continuous current (DO) 100 ma (no internal restriction) Configurable functions (DO) Threshold value switch; S0 interface (pulse output) Communication Communication Modbus RTU Interface RS-485 (2-wire) via RJ-45 Number of participants (max.) 32 Addressing Via interface configuration software Short description: WAGO s 3-phase power signal conditioner in a DIN-railmount enclosure measures electrical data in three-phase supply networks remotely from the control level. Measured variables such as active/apparent/reactive power, energy consumption, power factor, phase angle and frequency can be accessed via Modbus Interface. In addition, the measured variables can be stored on a microsd card. Features: Current measurement via 1A current transformer Mobile measurement and storage of measured values on microsd card Configuration and display of measured values during operation via configuration interface Compact device in DIN-rail-mount enclosure saves space used for building technology Communication of measured values via Modbus Interface Configurable digital signal output as pulse output Notes: Additional setting options via interface configuration software In the present network, ensure that the neutral conductor is not dangerously active! Signal Processing Measurement method Measured variables (calculated) Signal form Limit frequency Type of memory card Measurement Error Transmission error (max.) Power Supply Nominal supply voltage U S 24 VDC (SELV) Supply voltage range ±30 % Power consumption at nominal supply voltage 50 ma (+ I DO ) True RMS measurement (measured value acquisition with 8 khz) Line-to-line voltage; Power output; Energy; Power factors; Mains frequency; Harmonic analysis (up to the 41st harmonic); Total harmonic distortion (THD) Any periodic signals (considering the threshold frequencies) 15.9 khz WAGO / (microsd; max. 2 GB) 0.5 % for current and voltage (of the full scale value) Safety and Protection Rated voltage 400 VAC Test voltage (input/output/supply) 3.51 kvac; 50 Hz; 1 min Overvoltage category III Pollution degree 2 Protection type IP20 Specialty Functions: Configuration via: 114 Electronic Interface

117 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Strip length 2 Connection type 3 Connector Voltage Push-in CAGE CLAMP WAGO 804 Series mm² / AWG mm² / AWG mm / inch Current/Power supply/do Push-in CAGE CLAMP WAGO 805 Series mm² / AWG mm² / AWG 9 10 mm / inch Modbus communication 2 x RJ-45 (daisy chain configuration) Geometric Data Width 72 mm / inch Height from upper-edge of DIN-rail 55 mm / inch Depth 90 mm / inch Mechanical Data Mounting type DIN-35 rail Material Data Weight 118 g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 95 % (non-condensing) Standards and Specifications Conformity marking CE EMC immunity to interference EN EMC emission of interference EN Standards/specifications EN Electronic Interface 115

118 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers 3-Phase Power Signal Conditioner; 3 x 400 / 690 V; 5 A; Modbus RTU 2857 Series Configuration Configuration options Interface configuration software 3-Phase Power Signal Conditioner; 3 x 400 / 690 V; 5 A; Modbus RTU Pack. Unit / Input Input signal type Voltage; Current 3-phase power measurement with N-conductor Network configuration (4 conductors); 3-phase power measurement with N-conductor (3 conductors) Input signal (voltage) 3 x 400 VAC (U LN ); 3 x 690 VAC (U LL ) Input signal (current) 4 x 5 AAC (current transformer) Frequency range Hz (Harmonics analysis: khz) Input resistance (voltage input) 1.5 MΩ Input resistance (current input) 22 mω Input voltage (max.) 400 VAC (U LN ); 690 VAC (U LL ) Input current (max.) 1 AAC Response threshold 5 ma Resolution (current) 0.15 ma X2 OUT EXT ILN IL3 IN (I) IL2 IL1 X1 IN EXT IN (U) N L3 L2 L1 DO DO GND POWER GND 24 V Output Digital Max. switching voltage (DO) Supply voltage applied Max. continuous current (DO) 100 ma (no internal restriction) Configurable functions (DO) Threshold value switch; S0 interface (pulse output) Communication Communication Modbus RTU Interface RS-485 (2-wire) via RJ-45 Number of participants (max.) 32 Addressing Via interface configuration software Short description: WAGO s 3-phase power signal conditioner in a DIN-railmount enclosure measures electrical data in three-phase supply networks remotely from the control level. Measured variables such as active/apparent/reactive power, energy consumption, power factor, phase angle and frequency can be accessed via Modbus Interface. In addition, the measured variables can be stored on a microsd card. Features: Current measurement via 5A current transformer Mobile measurement and storage of measured values on microsd card Configuration and display of measured values during operation via configuration interface Compact device in DIN-rail-mount enclosure saves space used for building technology Communication of measured values via Modbus Interface Configurable digital signal output as pulse output Notes: Additional setting options via interface configuration software In the present network, ensure that the neutral conductor is not dangerously active! Signal Processing Measurement method Measured variables (calculated) Signal form Limit frequency Type of memory card Measurement Error Transmission error (max.) Power Supply Nominal supply voltage U S 24 VDC (SELV) Supply voltage range ±30 % Power consumption at nominal supply voltage 50 ma (+ I DO ) True RMS measurement (measured value acquisition with 8 khz) Line-to-line voltage; Power output; Energy; Power factors; Mains frequency; Harmonic analysis (up to the 41st harmonic); Total harmonic distortion (THD) Any periodic signals (considering the threshold frequencies) 15.9 khz WAGO / (microsd; max. 2 GB) 0.5 % for current and voltage (of the full scale value) Safety and Protection Rated voltage 400 VAC Test voltage (input/output/supply) 3.51 kvac; 50 Hz; 1 min Overvoltage category III Pollution degree 2 Protection type IP20 Specialty Functions: Configuration via: 116 Electronic Interface

119 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Strip length 2 Connection type 3 Connector Voltage Push-in CAGE CLAMP WAGO 804 Series mm² / AWG mm² / AWG mm / inch Current/Power supply/do Push-in CAGE CLAMP WAGO 805 Series mm² / AWG mm² / AWG 9 10 mm / inch Modbus communication 2 x RJ-45 (daisy chain configuration) Geometric Data Width 72 mm / inch Height from upper-edge of DIN-rail 55 mm / inch Depth 90 mm / inch Mechanical Data Mounting type DIN-35 rail Material Data Weight 118 g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 95 % (non-condensing) Standards and Specifications Conformity marking CE EMC immunity to interference EN EMC emission of interference EN Standards/specifications EN Electronic Interface 117

120 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers 3-Phase Power Signal Conditioner; 3 x 400 / 690 V; RC; Modbus RTU 2857 Series Configuration Configuration options Interface configuration software 3-Phase Power Signal Conditioner; 3 x 400 / 690 V; RC; Modbus RTU Pack. Unit / Input Input signal type Network configuration Input signal (voltage) Sensitivity Measurement range (current) Frequency range Output Digital Max. switching voltage (DO) Max. continuous current (DO) Configurable functions (DO) Voltage; Current 3-phase power measurement with N-conductor (4 conductors); 3-phase power measurement with N-conductor (3 conductors) 3 x 400 VAC (U LN ); 3 x 690 VAC (U LL ); 4 x 90 mvac (WAGO Rogowski Coils RC xxx) 22.5 mv/ka (WAGO Rogowski Coils RC xxx) 4 x 4000 AAC (WAGO Rogowski Coils RC xxx) Hz (Harmonics analysis: khz) Supply voltage applied 100 ma (no internal restriction) Threshold value switch; S0 interface (pulse output) X2 OUT EXT ILN IL3 IN (I) IL2 IL1 X1 IN EXT IN (U) N L3 L2 L1 DO DO GND POWER GND 24 V Short description: WAGO s 3-phase power signal conditioner in a DIN-railmount enclosure measures electrical data in three-phase supply networks remotely from the control level. Measured variables such as active/apparent/reactive power, energy consumption, power factor, phase angle and frequency can be accessed via Modbus Interface. In addition, the measured variables can be stored on a microsd card. Features: Current measurement via Rogowski Coils RC xxx Mobile measurement and storage of measured values on microsd card Configuration and display of measured values during operation via configuration interface Compact device in DIN-rail-mount enclosure saves space used for building technology Communication of measured values via Modbus Interface Configurable digital signal output as pulse output Notes: Additional setting options via interface configuration software In the present network, ensure that the neutral conductor is not dangerously active! Communication Communication Modbus RTU Interface RS-485 (2-wire) via RJ-45 Number of participants (max.) 32 Addressing Via interface configuration software Signal Processing Measurement method Measured variables (calculated) Signal form Limit frequency Type of memory card Measurement Error Transmission error (max.) Power Supply Nominal supply voltage U S 24 VDC (SELV) Supply voltage range ±30 % Power consumption at nominal supply voltage 50 ma (+ I DO ) True RMS measurement (measured value acquisition with 8 khz) Line-to-line voltage; Power output; Energy; Power factors; Mains frequency; Harmonic analysis (up to the 41st harmonic); Total harmonic distortion (THD) Any periodic signals (considering the threshold frequencies) 15.9 khz WAGO / (microsd; max. 2 GB) 0.5 % for current and voltage (of the full scale value) Safety and Protection Rated voltage 400 VAC Test voltage (input/output/supply) 3.51 kvac; 50 Hz; 1 min Overvoltage category III Pollution degree 2 Protection type IP20 Specialty Functions: Configuration via: 118 Electronic Interface

121 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Strip length 2 Connection type 3 Connector Voltage Push-in CAGE CLAMP WAGO 804 Series mm² / AWG mm² / AWG mm / inch Current/Power supply/do Push-in CAGE CLAMP WAGO 805 Series mm² / AWG mm² / AWG 9 10 mm / inch Modbus communication 2 x RJ-45 (daisy chain configuration) Geometric Data Width 72 mm / inch Height from upper-edge of DIN-rail 55 mm / inch Depth 90 mm / inch Mechanical Data Mounting type DIN-35 rail Material Data Weight 118 g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 95 % (non-condensing) Standards and Specifications Conformity marking CE EMC immunity to interference EN EMC emission of interference EN Standards/specifications EN Electronic Interface 119

122 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Loop-Powered RTD Temperature Signal Conditioner 857 Series Loop-Powered RTD Temperature Signal Conditioner for Pt Sensors; current output signal; configuration via DIP switch; power via output; 6 mm wide Pack. Unit IN OUT POWER 8 < 94 mm/3.68 inch > < 97.8 mm/3.85 inch > OUT+ GND 1 Us+ GND 2 _> 6 mm/0.23 inch _> Short description: The Loop-Powered RTD Temperature Signal Conditioner records Pt100, Pt200, Pt500 and Pt1000 sensors and resistors up to 4.5 kω, converting the temperature signal into an analog standard signal on the output side. Technical Data Configuration Configuration DIP switch Input Input signal Pt sensors and resistors Sensor types Pt100, Pt200, Pt500, Pt1000 Sensor connection 2-wire; 3-wire; 4-wire (configurable) Temperature range C Sensor power supply < 0.5 ma Resistor input 0 1 kω; kω Output Output signal 4 20 ma; 20 4 ma Load impedance 600 Ω (I output) Step response (typ.) 1000 ms General Specifications Nominal supply voltage U S 8 30 V (power derived from the output circuit) Measuring span min. 50 K Transmission error (typ.) 0.1 % at full measuring span Transmission error of the preset measuring span ((40 K/preset measuring span [K]) + 0.1)% Temperature coefficient 0.02 %/K Conformity marking 1 Standards/specifications EN ; EN ; EN ; EN Environmental Requirements Ambient operating temperature C Storage temperature C Safety and Protection Test voltage (input/output/supply) 3 kv (AC); 50 Hz; 1 min Protection type IP20 Connection and Mounting Type Connection technology Push-in CAGE CLAMP Conductor range Solid mm² / AWG Fine-stranded mm² / AWG Strip length 9 10 mm / inch Dimensions and Weight Dimensions (mm) W x H x D 6 x 97.8 x 94; height from upper-edge of DIN-rail Weight 39 g Features: No additional supply voltage required For Pt100, Pt200, Pt500 and Pt1000 sensors, as well as resistors up to 4.5 kohm 2-, 3-, and 4-wire connection technology Switching between measurement ranges is calibrated Detects sensor wire break/short circuit Safe 3-way isolation with 3 kv test voltage per EN Configuration via: Overview of icons, see page 178! 120 Electronic Interface

123 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers DIP Switch Adjustability = ON Default DIP Switch S1 Sensor Connection Sensor Type Output Signal N.C. Measurement Range Measurement Range wire Pt ma Lower limit of output 3-wire Pt ma range - 5 % * 4-wire Pt500 2-wire Pt kω 4,5 kω Lower limit of output range Lower limit of output range Lower limit of output range Upper limit of output range % * Upper limit of output range % Upper limit of output range Upper limit of output range Wire Break Upper limit of output range + 5 % * Upper limit of output range + 5 % Upper limit of output range + 5 % Lower limit of output range Short Circuit Lower limit of output range % * Lower limit of output range Upper limit of output range + 5 % Lower limit of output range * acc. to NAMUR NE 43 DIP Switch S2 Output Signal Start temperature Output Signal End temperature C F C F C F C F C F The measurement span must have the following min. magnitude: in the Celsius scale ( C): 50 K in the Fahrenheit scale ( F): 90 K Electronic Interface 121

124 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers RTD TC Temperature Signal Conditioner; Analog 2857 Series RTD TC Temperature Signal Conditioner; analog W 3W 2W Diff. Pot. 2.1 TC+ 2.2 N.C. 2.3 N.C. 2.4 TC Relay Output 110 mm/4.33 in IN AO Supply Voltage DO Supply Voltage 107 mm/4.21 in OUT+ 4.1 OUT- 4.2 OUT+ 4.3 OUT- 4.4 U S + GND DO DO (GND) Pack. Unit U S GND ,5 mm/0.89 in The RTD TC temperature signal conditioner for RTD sensors, potentiometers, resistors and thermocouples monitors and reports signals of up to two switching thresholds. The sensor and status information that is collected is also converted to an analog standard signal. Features: A relay with a changeover contact reacts to configured measurement range limits (switching ON/ OFF delay and threshold value switch function configurable with up to two threshold values). Configurable Pt factor Adjustable software filter Input/output response simulation via the interface configuration display Input of customer-specific sensors via the interface configuration software Safe 3-way isolation with 3 kv test voltage per EN Analog unipolar/bipolar signals (current/voltage) at output Additional digital signal output for configured measurement range limits Adjustable transfer characteristic Speciatly functions: Technical Data Configuration Configuration DIP switch; interface configuration software; configuration display Input RTD Input Input signal RTD sensors; potentiometers; resistors Sensor types Pt10 Pt2000 (expandable) Sensor connection 2-wire; 3-wire; 4-wire; differential; potentiometer Sensor power supply < 0.5 ma Measurement range C; 0 10 kω TC Input Input signal Thermocouples Sensor types Thermocouple type J, K, E, R,N, S, T, B, C Type J: C; Type K: C; Type E: C; Type R: C; Measurement ranges Type N: C; Type S: C; Type T: C; Type B: C; Type C: C Cold junction compensation ON/OFF (Default: ON) Cold junction error 3 K (2 K typ.) Output Output (Analog) Output signal (current) ma Output signal (voltage) V Load impedance (I output) 600 Ω Load impedance (U output) 2 kω Output (Digital) Switching voltage (max.) Supply voltage applied: 0.3 V Max. continuous current 100 ma (no internal restriction) Number of switching thresholds 1 or 2 Rise/fall delay time 0 60 s Transmission Input Output (Analog) Measuring span min. Input RTD: 50 K (50 Ω); Input TC: 100 K Transmission error (typ.) 0.1 % with full measurement range Transmission error for the set measuring range (100 K/set measurement range [K]) % Relay Output Contact Type 1 changeover contact (1 u) Max. permissible switching voltage 250 VAC Max. continuous current (terminal blocks in a row) 6 A (up to 60 C / 3 A (60 70 C) Dielectric strength, open contact 1 kv rms Number of switching thresholds 1 or 2 Rise/fall delay time 0 60 s General Specifications Nominal supply voltage U s 24 VDC Supply voltage range VDC Current input (at 24 VDC) (70 ma + I DO ) Temperature coefficient 0.01%/K Safety and Protection Test voltage (input/output/supply) 3 kv (AC); 50 Hz; 1 min Protection type IP20 Safe isolation (input/relay contact/output/supply) EN Phase/neutral conductor voltage 250 VAC/VDC Overvoltage category II Pollution degree 2 Configuration via: Overview of icons, see page 178! 122 Electronic Interface

125 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Environmental Requirements Ambient temperature C Storage temperature C Relative humidity 5 95 % (non-condensing) Elevation above sea level 2000 m (max.) Connection and Mounting Type Connection technology Push-in CAGE CLAMP (picomax 5.0) Conductor range Solid mm² / AWG Fine-stranded mm² / AWG Strip length 9 10 mm / inch Dimensions and Weight Dimensions (mm) W x H x D 22.5 x 107 x 110; height from upper-edge of DIN-rail Weight 128 g Standards and Specifications Standards/specifications EN ; EN ; EN EMC EN ; EN Electronic Interface 123

126 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers RTD TC Temperature Signal Conditioner; Serial 2857 Series RTD TC Temperature Signal Conditioner; serial W 3W 2W Diff. Pot. 2.1 TC+ 2.2 N.C. 2.3 N.C. 2.4 TC Relay Output 110 mm/4.33 in / IN B / B ` 4.1 A / A ` 4.2 B / B ` 4.3 MODBUS A / A ` 4.4 U S Supply Voltage GND U S GND mm/4.21 in Pack. Unit C / C ` 5.3 C / C ` ,5 mm/0.89 in The RTD TC temperature signal conditioner for RTD sensors, potentiometers, resistors and thermocouples monitors and reports signals of up to two switching thresholds. The sensor and status information that is collected is also made available to a higher-order device (e.g., a PLC) via bus connection. Features: A relay with a changeover contact reacts to configured measurement range limits (switching ON/ OFF delay and threshold value switch function configurable with up to two threshold values). Configurable Pt factor Adjustable software filter Input/output response simulation via the interface configuration display Input of customer-specific sensors via the interface configuration software Safe 3-way isolation with 3 kv test voltage per EN Output-end RS-485 interface with Modbus protocol Terminating resistor can be adjusted at output end Adjustable transfer characteristic Technical Data Configuration Configuration Interface configuration software; configuration display; rotary encoder switch Input RTD Input Input signal RTD sensors; potentiometers; resistors Sensor types Pt10 Pt2000 (expandable) Sensor connection 2-wire; 3-wire; 4-wire; differential; potentiometer Sensor power supply < 0.5 ma Measurement range C; 0 10 kω TC Input Input signal Thermocouples Sensor types Thermocouple type J, K, E, R,N, S, T, B, C Type J: C; Type K: C; Type E: C; Type R: C; Measurement ranges Type N: C; Type S: C; Type T: C; Type B: C; Type C: C Cold junction compensation ON/OFF (Default: ON) Cold junction error 3 K (2 K typ.) Output Modbus Output Protocol/Interface Modbus RTU via RS-485; 2-wire Number of subscribers Max. 64 Transmission Input Output (Analog) Measuring span min. Input RTD: 50 K (50 Ω); Input TC: 100 K Transmission error (typ.) 0.1 % with full measurement range Transmission error for the set measurement range (100 K/set measurement range [K]) % Relay Output Contact type 1 changeover contact (1 u) Max. permissible switching voltage 250 VAC Max. continuous current (terminal blocks in a row) 6 A (up to 60 C / 3 A (60 70 C) Dielectric strength, open contact 1 kv rms Number of switching thresholds 1 or 2 Rise/fall delay time 0 60 s General Specifications Nominal supply voltage U s 24 VDC Supply voltage range VDC Current input (at 24 VDC) 50 ma Temperature coefficient 0.01% / K Safety and Protection Test voltage (input/output/supply) 3 kv (AC); 50 Hz; 1 min Protection type IP20 Safe isolation (input/relay contact/output/supply) EN Phase/neutral conductor voltage 250 VAC/DC Overvoltage category II Pollution degree 2 Specialty functions: Configuration via: Overview of icons, see page 178! 124 Electronic Interface

127 Volume 4, Section 3 Signal Conditioners and Isolation Amplifiers Environmental Requirements Ambient temperature C Storage temperature C Relative humidity 5 95 % (non-condensing) Elevation above sea level 2000 m (max.) Connection and Mounting Type Connection technology Push-in CAGE CLAMP (picomax 5.0) Conductor range Solid mm² / AWG Fine-stranded mm² / AWG Strip length 9 10 mm / inch Dimensions and Weight Dimensions (mm) W x H x D 22.5 x 107 x 110; height from upper-edge of DIN-rail Weight 128 g Standards and Specifications Standards/specifications EN ; EN ; EN EMC EN ; EN Electronic Interface 125

128 Volume 4, Section 4 Current and Energy Measurement Technology Plug-In Current Transformers with CAGE CLAMP Connection 855 Series Technical Data Input Short description: The 855 Series Plug-In Current Transformers are inductive, single-conductor current transformers, that function according to the transformer principle. Due to the measurement principle used, these current transformers are exclusively designed for AC network applications. Features: Screwless CAGE CLAMP connection technology Several mounting options available Vibration- and shock-resistant High mechanical retention forces High current-carrying capacity Continuous overload of 120 % the nominal primary current Low-voltage current transformer for operating voltages up to 1.2 kv Can be used in 690 V power networks UL recognized components Rated continuous thermal current I cth 1.2 x I N Rated short-time thermal current I th 60 x I N (max. 100 ka); 1 s Operating voltage U m max. 1.2 kv rms Rated frequency Hz Overcurrent limiting factor FS5 or FS10 (type dependent; see type plate inscription) Standards and Specifications Conformity marking 1 Standards/specifications EN ; EN Y (Recognized Components) E Environmental Requirements Ambient operating temperature C Storage temperature C Operating altitude max m Safety and Protection Test voltage 6 kv rms AC / 50 Hz / 1 min Insulation class E Connection Connection technology CAGE CLAMP Conductor range mm² / AWG Strip length 9 10 mm / inch 126 Electronic Interface

129 Volume 4, Section 4 Current and Energy Measurement Technology 855-4xx/xxxx-xxxx Busbar 1: 40 x 10 mm Busbar 2: 30 x 15 mmm Round cable: 32 mm Plug-In Current Transformer Primary Rated Current Secondary Rated Current Rated Power Accuracy Class 250 A 1 A 5 VA / Pack. Unit 855-5xx/xxxx-xxxx Busbar 1: 50 x 12 mm Busbar 2: 40 x 30 mm Round cable: 44 mm Plug-In Current Transformer Primary Rated Current Secondary Rated Current Rated Power Accuracy Class 400 A 1 A 10 VA / A 1 A 10 VA / A 1 A 10 VA / Pack. Unit 855-8xx/xxxx-xxxx Busbar 1: 80 x 10 mm Busbar 2: 60 x 30 mm Round cable: 55 mm Plug-In Current Transformer Primary Rated Current Secondary Rated Current Rated Power Accuracy Class 1000 A 1 A 10 VA / Pack. Unit Electronic Interface 127

130 Volume 4, Section 4 Current and Energy Measurement Technology Voltage Tap 855 Series Output Voltage Tap Rated voltage Fuse (voltage path) 400 VAC 2 A; 450 V; F; 70 ka; 5 x 25 mm Connection Data Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Push-in CAGE CLAMP WAGO 2624 Series mm² / AWG mm² / AWG mm / inch Voltage Tap; for busbar; with fuse; M6 mount ,2 6,1 18,8 6,1 13,5 Pack. Unit Connection Data Width Height Depth Mechanical Data Mounting type Mounting type Material Data Weight 57 mm / inch 14 mm / inch 48 mm / 1.89 inch M6 mount Installation on busbar 30 g 48 2 Short description: WAGO s voltage taps serve as busbar taps for measuring L- or N-conductors and are equipped with an integrated SIBA fuse with indicator. The built-in fuse is located directly above the voltage-carrying busbar. In the event of an overload and short circuit, the downstream measurement unit is safely disconnected before major damage occurs. Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 85 % (non-condensing) Operating altitude (max.) 2000 m Vibration resistance 10g (Industry; Hz; per IEC ); 4g (Ship; Hz; per IEC ) Standards and Specifications Standards/specifications EN The voltage taps can be mounted directly on the busbar. Mounting is performed via M6 screw. The measurement line is connected via Push-in CAGE CLAMP, the universal connection technology for all conductor types that provides the simplicity of push-in terminations. Rigid conductors, such as solid, stranded and ferruled conductors can be terminated by simply pushing them in no operating tool needed. The connection unit with a fuse and Push-in CAGE CLAMP rotates. This creates additional added value by directly guiding subsequent wiring into the cable channel. In addition, the voltage taps can be labeled with two different marking options. Features: Fuse-protected voltage tap for measurement purposes Safe protection through integrated fuse with indicator (measurement line/device) WAGO push-in termination technology WAGO labelling options (WMB markers or marking strips) Note: Spare fuse: SIBA Fuse, Electronic Interface

131 Volume 4, Section 4 Current and Energy Measurement Technology Voltage Tap 855 Series Output Voltage Tap Rated voltage Fuse (voltage path) 400 VAC 2 A; 450 V; F; 70 ka; 5 x 25 mm Connection Data Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Push-in CAGE CLAMP WAGO 2624 Series mm² / AWG mm² / AWG mm / inch Voltage Tap; for busbar; with fuse; M8 mount Pack. Unit ,1 17 Connection Data Width Height Depth Mechanical Data Mounting type Mounting type 61 mm / inch 14 mm / inch 48 mm / 1.89 inch M8 mount Installation on busbar 37,2 8,1 23,2 Material Data Weight 31 g 48 2 Short description: WAGO s voltage taps serve as busbar taps for measuring L- or N-conductors and are equipped with an integrated SIBA fuse with indicator. The built-in fuse is located directly above the voltage-carrying busbar. In the event of an overload and short circuit, the downstream measurement unit is safely disconnected before major damage occurs. Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 85 % (non-condensing) Operating altitude (max.) 2000 m Vibration resistance 10g (Industry; Hz; per IEC ); 4g (Ship; Hz; per IEC ) Standards and Specifications Standards/specifications EN The voltage taps can be mounted directly on the busbar. Mounting is performed via M8 screw. The measurement line is connected via Push-in CAGE CLAMP, the universal connection technology for all conductor types that provides the simplicity of push-in terminations. Rigid conductors, such as solid, stranded and ferruled conductors can be terminated by simply pushing them in no operating tool needed. The connection unit with a fuse and Push-in CAGE CLAMP rotates. This creates additional added value by directly guiding subsequent wiring into the cable channel. In addition, the voltage taps can be labeled with two different marking options. Features: Fuse-protected voltage tap for measurement purposes Safe protection through integrated fuse with indicator (measurement line/device) WAGO push-in termination technology WAGO labelling options (WMB markers or marking strips) Note: Spare fuse: SIBA Fuse, Electronic Interface 129

132 Volume 4, Section 4 Current and Energy Measurement Technology Voltage Tap 855 Series Output Voltage Tap Rated voltage Fuse (voltage path) 400 VAC 2 A; 450 V; F; 70 ka; 5 x 25 mm Connection Data Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Busbar thickness (min.) Busbar thickness (max.) Push-in CAGE CLAMP WAGO 2624 Series mm² / AWG mm² / AWG mm / inch 4 mm / inch 15 mm / inch Voltage Tap; for busbar; with fuse; Clamp mount Pack. Unit Connection Data Width Height Depth 79 mm / 3.11 inch 15 mm / inch 72 mm / inch ,7 15,2 13,9 Mechanical Data Mounting type Mounting type Clamp mount Installation on busbar ,4 36,6 50 Short description: WAGO s voltage taps serve as busbar taps for measuring L- or N-conductors and are equipped with an integrated SIBA fuse with indicator. The built-in fuse is located directly above the voltage-carrying busbar. In the event of an overload and short circuit, the downstream measurement unit is safely disconnected before major damage occurs. The voltage taps can be mounted directly on the busbar. Clamp mount via Allen screw is performed using an insulated Allen wrench and provides an excellent contact between the busbar and the fuse. This ensures high operational safety and short-circuit protection. Material Data Weight 160 g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 85 % (non-condensing) Operating altitude (max.) 2000 m Vibration resistance 10g (Industry; Hz; per IEC ); 4g (Ship; Hz; per IEC ) Standards and Specifications Standards/specifications EN The measurement line is connected via Push-in CAGE CLAMP, the universal connection technology for all conductor types that provides the simplicity of push-in terminations. Rigid conductors, such as solid, stranded and ferruled conductors can be terminated by simply pushing them in no operating tool needed. The connection unit with a fuse and Push-in CAGE CLAMP rotates (±120 ). This creates additional added value by directly guiding subsequent wiring into the cable channel. In addition, the voltage taps can be labeled with two different marking options. Features: Fuse-protected voltage tap for measurement purposes Safe protection through integrated fuse with indicator (measurement line/device) WAGO push-in termination technology WAGO labelling options (WMB markers or marking strips) Note: Spare fuse: SIBA Fuse, Accessories T-wrench; with a partially insulated shaft; SW 6.0 x 100 Pack. Unit Electronic Interface

133 Volume 4, Section 4 Current and Energy Measurement Technology Current and Voltage Tap for 50 mm² (1/0 AWG) High-Current Through Terminal Blocks 855 Series Input Current Transformer Primary rated current Rated continuous thermal current I cth Rated short-time thermal current I th Rated surge current I dyn Rated frequency 150 A 150 A 9 ka/1 s 22.5 ka Hz Output Current Transformer Secondary rated current Rated power S r 1 A 0.2 VA Current and Voltage Tap for 50 mm² (1/0 AWG) High-Current Through Terminal Blocks Pack. Unit / Short description: WAGO s current and voltage tap for 50 mm² (0/1 AWG) high-current through terminal blocks provides the ideal basis for successful energy management, because current and voltage are required wherever electrical power is measured. A combination of current transformer and voltage tap, the current and voltage tap can be quickly and easily mounted into the jumper slot of WAGO s 50 mm² (1/0 AWG) high-current through terminal block. An integrated fuse reliably protects downstream energy meters. An integrated current transformer (conversion ratio: 150 A/1 A) allows precise current measurement per EN (accuracy class: 0.5). The current output connectors are marked with S1 (black) and S2 (red). Both termination and removal of fine-stranded conductors is performed via push-buttons. The 4-pole configuration (2 x S1 and 2 x S2) provides the following advantages: Current transformer (S1 and S2) can be short circuited via jumper ( ) Direct Y point jumper on current transformer Output Voltage Tap Rated voltage 400 VAC Fuse (voltage path) 2 A; 450 V; F; 70 ka; 5 x 25 mm Measurement Error Accuracy class 0.5 Safety and Protection Test voltage 3 kv AC; 50 Hz; 1 min Highest voltage for equipment U m 720 V rms AC Protection type IP20 Connection Data Connection type Current output Connection technology Push-in CAGE CLAMP WAGO Connector WAGO 250 Series Solid conductor mm² / AWG Fine-stranded conductor mm² / AWG Strip length mm / inch Connection type 2 Voltage output Connection technology 2 Push-in CAGE CLAMP WAGO Connector 2 WAGO 2624 Series Solid conductor mm² / AWG Fine-stranded conductor mm² / AWG Strip length mm / inch Feedthrough for measurement conductor Ø 12 mm The voltage is connected using a redundant terminal block. Additionally, the current and voltage tap can be marked either using continuous marking strips or via WMB Multi Marking System. Features: Power data can be directly tapped into the power supply Easy installation simply insert the tap into the jumper slot of the 50 mm² (1/0 AWG) high-current through terminal block. Integrated current transformer (150 A/1 A) Accuracy class: 0.5 Fuse-protected voltage path Geometric Data Width Height Depth Mechanical Data Mounting type Material Data Weight 20 mm / inch 68 mm / inch 57 mm / inch Via jumper slot of the 2-conductor high-current through terminal block 78,5 g Note: Suitable for 2-conductor through terminal blocks for DIN-rail mounting ( ; ) Suitable for 2-conductor through terminal blocks with mounting flanges ( ; ) Spare fuse: SIBA Fuse, Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 85 % (non-condensing) Operating altitude (max.) 2000 m Vibration resistance 10g (Industry; Hz; per IEC ); 4g (Ship; Hz; periec ) Standards and Specifications Conformity marking CE Standards/specifications EN ; EN Electronic Interface 131

134 Volume 4, Section 4 Current and Energy Measurement Technology Current and Voltage Tap for 95 mm² (4/0 AWG) High-Current Through Terminal Blocks 855 Series Input Current Transformer Primary rated current Rated continuous thermal current I cth Rated short-time thermal current I th Rated surge current I dyn Rated frequency 250 A 250 A 15 ka/1 s 37.5 ka Hz Output Current Transformer Secondary rated current Rated power S r 1 A 0.2 VA Current and Voltage Tap for 95 mm² (4/0 AWG) High-Current Through Terminal Blocks Pack. Unit / Output Voltage Tap Rated voltage 400 VAC Fuse (voltage path) 2 A; 450 V; F; 70 ka; 5 x 25 mm Measurement Error Accuracy class 0.5 Short description: WAGO s current and voltage tap for 95 mm² (4/0 AWG) high-current through terminal blocks provides the ideal basis for successful energy management, because current and voltage are required wherever electrical power is measured. A combination of current transformer and voltage tap, the current and voltage tap can be quickly and easily mounted into the jumper slot of WAGO s 95 mm² (4/0 AWG) high-current through terminal block. An integrated fuse reliably protects downstream energy meters. An integrated current transformer (conversion ratio: 250 A/1 A) allows precise current measurement per EN (accuracy class: 0.5). The current output connectors are marked with S1 (black) and S2 (red). Both termination and removal of fine-stranded conductors is performed via push-buttons. The 5-pole configuration (2 x S1 and 3 x S2) provides the following advantages: Current transformer (S1 and S2) can be short circuited via jumper ( ) Direct Y point jumper on current transformer The voltage is connected using a redundant terminal block. Additionally, the current and voltage tap can be marked either using continuous marking strips or via WMB Multi Marking System. Features: Power data can be directly tapped into the power supply Easy installation simply insert the tap into the jumper slot of the 95 mm² (4/0 AWG) high-current through terminal block Integrated current transformer (250 A/1 A) Accuracy class: 0.5 Fuse-protected voltage path Safety and Protection Test voltage Highest voltage for equipment U m Protection type Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Strip length 2 Feedthrough for measurement conductor Geometric Data Width Height Depth Mechanical Data Mounting type Material Data Weight 3 kv AC; 50 Hz; 1 min 720 V rms AC IP20 Current output Push-in CAGE CLAMP WAGO 250 Series mm² / AWG mm² / AWG mm / inch Voltage output Push-in CAGE CLAMP WAGO 2624 Series mm² / AWG mm² / AWG mm / inch Ø 16 mm 25 mm / inch 73 mm / inch 58 mm / inch Via jumper slot of the 2-conductor high-current through terminal block 98 g Note: Suitable for 2-conductor through terminal blocks for DIN-rail mounting ( ; ) Suitable for 2-conductor through terminal blocks with mounting flanges ( ; ) Spare fuse: SIBA Fuse, Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 85 % (non-condensing) Operating altitude (max.) 2000 m Vibration resistance 10g (Industry; Hz; per IEC ); 4g (Ship; Hz; per IEC ) Standards and Specifications Conformity marking CE Standards/specifications EN ; EN Electronic Interface

135 Volume 4, Section 4 Current and Energy Measurement Technology Current and Voltage Tap for 185 mm² (350 kcmil) High-Current Through Terminal Blocks 855 Series Input Current Transformer Primary rated current Rated continuous thermal current I cth Rated short-time thermal current I th Rated surge current I dyn Rated frequency 350 A 350 A 21 ka/1 s 52.5 ka Hz Output Current Transformer Secondary rated current Rated power S r 1 A 0.2 VA Current and Voltage Tap for 185 mm² (350 kcmil) High-Current Through Terminal Blocks Pack. Unit / Output Voltage Tap Rated voltage 400 VAC Fuse (voltage path) 2 A; 450 V; F; 70 ka; 5 x 25 mm Measurement Error Accuracy class 0.5 Short description: WAGO s current and voltage tap for 185 mm² (350 kcmil) high-current through terminal blocks provides the ideal basis for successful energy management, because current and voltage are required wherever electrical power is measured. A combination of current transformer and voltage tap, the current and voltage tap can be quickly and easily mounted into the jumper slot of WAGO s 95 mm² (4/0 AWG) high-current through terminal block. An integrated fuse reliably protects downstream energy meters. An integrated current transformer (conversion ratio: 350 A/1 A) allows precise current measurement per EN (accuracy class: 0.5). The current output connectors are marked with S1 (black) and S2 (red). Both termination and removal of fine-stranded conductors is performed via push-buttons. The 5-pole configuration (2 x S1 and 3 x S2) provides the following advantages: Current transformer (S1 and S2) can be short circuited via jumper ( ) Direct Y point jumper on current transformer The voltage is connected using a redundant terminal block. Additionally, the current and voltage tap can be marked either using continuous marking strips or via WMB Multi Marking System. Features: Power data can be directly tapped into the power supply Easy installation simply insert the tap into the jumper slot of the 185 mm² (350 kcmil) high-current through terminal block Integrated current transformer (350 A/1 A) Accuracy class: 0.5 Fuse-protected voltage path Safety and Protection Test voltage Highest voltage for equipment U m Protection type Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Strip length 2 Feedthrough for measurement conductor Geometric Data Width Height Depth Mechanical Data Mounting type Material Data Weight 3 kv AC; 50 Hz; 1 min 720 V rms AC IP20 Current output Push-in CAGE CLAMP WAGO 250 Series mm² / AWG mm² / AWG mm / inch Voltage output Push-in CAGE CLAMP WAGO 2624 Series mm² / AWG mm² / AWG mm / inch Ø 21.5 mm 32 mm / inch 84 mm / inch 60 mm / inch Via jumper slot of the 2-conductor high-current through terminal block 140 g Note: Suitable for 2-conductor through terminal blocks for DIN-rail mounting ( ; ) Suitable for 2-conductor through terminal blocks with mounting flanges ( ; ) Spare fuse: SIBA Fuse, Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 85 % (non-condensing) Operating altitude (max.) 2000 m Vibration resistance 10g (Industry; Hz; per IEC ); 4g (Ship; Hz; per IEC ) Standards and Specifications Conformity marking CE Standards/specifications EN ; EN Electronic Interface 133

136 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply; 1-Phase Classic 787 Series Switched-Mode Power Supply; Classic; 1-phase; output: 24 VDC/10 A; with coated PCBs Pack. Unit / L N DC+ DC+ DC - DC - DC OK Features: Switched-mode power supply Natural convection cooling when horizontally mounted Enclosed for use in control cabinets Integrated TopBoost, enabling secondary-side protection via wire breakers DC OK contact Suitable for both parallel and series operation Electrically isolated output voltage (SELV) per EN /UL Coated PCBs (coating: Bectron PL 1104 or Voltatex 2010), resistant to flowing mixed gas per ISA S71.04:1985, G3 Group A Technical Data Input Nominal input voltage U i nom VAC Input voltage range VAC; VDC Input voltage derating -2.5 % (< 100 VAC) Frequency Hz; 0 Hz Input current I i 1.25 A (230 VAC); 2.74 A (100 VAC) Inrush current < 30 A Mains failure hold-up time 17 ms (230 VAC); 15 ms (100 VAC) Output Nominal output voltage U o nom 24 VDC (SELV) Output voltage range VDC; adjustable Output current I o 10 A at 24 VDC Factory preset 24 VDC Adjustment accuracy < 1 % Residual ripple 50 mv (peak-to-peak) typ. Current limitation 1.1 x I o typ. Overload behavior Constant current Operational indication Green LED (U o ) Signaling DC OK contact (Make contact; max. 30 V AC/DC; 1 A) Efficency/Power Losses Efficency 91 % typ. Power loss P V 6.6 W (230 VAC; no load), 24.4 W (230 VAC; nominal load) Power loss P V max W typ. (100 VAC / 24 VDC; 10 A) Fuse Protection Internal fuse T 6.3 A / 250 V Circuit breakers 10 A, 16 A; External fuse B or C characteristic; an external DC fuse is required for the DC input voltage Environmental Requirements Ambient operating temperature C; Device start at 40 C type-tested Storage temperature C Relative humidity 5 96 % (coated PCBs, no condensation permissible) Derating -5 %/K (> 60 C; VAC); -2.5 %/K (> 50 C; VAC) Degree of pollution 2 (per EN 50178) Climatic category 3K3 (per EN 60721) Safety and Protection Isolation voltage PRI-SEC/PRI-GND/SEC-GND 4,2 kv DC / 2,2 kv DC / 0,7 kv DC Protection class I Degree of protection IP20 per EN Overvoltage category II Overvoltage protection Varistor (input side); internal protective circuit; < 40 VDC (output side in case of error) Short circuit protection Yes No-load proof Yes Feedback voltage Max. 35 VDC Parallel operation Yes Series connection Yes MTBF > 500,000 h (per IEC 61709) Connection and Mounting Type Wire connection Input/Output/Signaling: WAGO 721 Series Cross sections Input/Output/Signaling: mm² / AWG Strip lengths Input/Output/Signaling: 8 9 mm / inch Mounting type DIN-rail mount (EN 60715) Dimensions and Weight Dimensions (mm) W x H x L 55 x 127 x 172 (incl. female connector); Length from upper-edge of DIN-rail Weight 930 g Standards and Specifications Standards/specifications EN ; EN ; UL ; UL 508; GL 134 Electronic Interface

137 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply; 1-Phase Classic 787 Series Switched-Mode Power Supply; Classic; 1-phase; output: 48 VDC/10 A; with coated PCBs Pack. Unit / L N DC+ DC+ DC - DC - DC OK Features: Primary switch mode power supply unit Suitable for protection class I equipment Natural convection cooling when horizontally mounted Enclosed for use in switchgear cabinets Integrated TopBoost, enabling secondary-side protection via wire breakers DC OK contact Suitable for both parallel and series operation Electrically isolated output voltage (SELV) acc. to EN /UL Coated PCBs (coating: Bectron PL 1104 or Voltatex 2010), resistant to flowing mixed gas per ISA S71.04:1985, G3 Group Technische Daten Input Nominal input voltage U i nom VAC Input voltage range VAC; VDC Input voltage derating -2.5 % (< 100 VAC) Frequency Hz; 0 Hz Input current I i 2.22 A (240 VAC); 5.15 A (100 VAC) Inrush current < 30 A Mains failure hold-up time 20 ms (230 VAC); 20 ms (100 VAC) Output Nominal output voltage U o nom 48 VDC (SELV) Output voltage range VDC; adjustable Output current I o 10 A at 48 VDC Factory preset 48 VDC Adjustment accuracy < 1 % Residual ripple 80 mv (peak-to-peak) typ. Current limitation 1.1 x I o typ. Overload behavior Constant current Operational indication Green LED (U o ) Signaling DC OK contact (Make contact; max. 30 V AC/DC; 1 A) Efficency/Power Losses Efficency 93 % typ. Power loss P V 11.7 W (230 VAC; no load); 36.3 W (230 VAC; nominal load) Power loss P V max W typ. (100 VAC / 48 VDC; 10 A) Fuse Protection Internal fuse T 10 A / 250 V Circuit breakers 10 A, 16 A; B or C characteristic; External fuse An external DC fuse is required for the DC input voltage Environmental Requirements Ambient operating temperature C; Device start at 40 C (type-tested) Storage temperature C Relative humidity % (no condensation permissible) Derating -5 %/K (> 60 C; VAC); -2.5 %/K (> 50 C; VAC) Degree of pollution 2 (per EN 50178) Climatic category 3K3 (per EN 60721) Safety and Protection Isolation voltage PRI-SEC/PRI-GND/SEC-GND 4.2 kv DC / 2.2 kv DC / 0.7 kv DC Protection class I Degree of protection IP20 per EN Overvoltage category II Overvoltage protection Varistor (input side); internal protective circuit; < 60 VDC (output side in case of an error) Short circuit protection Yes No-load proof Yes Feedback voltage Max. 63 VDC Parallel operation Yes Series connection Yes MTBF > 500,000 h (per IEC 61709) Connection and Mounting Type Wire connection Input/Signaling: WAGO 721 Series Output: WAGO 831 Series Input/Signaling: Cross sections mm² / AWG Output: mm² / 20 8 AWG Input/Signaling: Strip lengths 8 9 mm / inch Output: mm / inch Mounting type DIN-rail mounting (EN 60715) Dimensions and Weight Dimensions (mm) W x H x L 95 x 127 x 170; Length from upper-edge of DIN-Rail Weight 1600 g Standards and Specifications Standards/specifications EN ; EN ; UL ; UL 508; GL* (* pending) Electronic Interface 135

138 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply, 3-Phase Eco 787 Series H L W Features: Economical power supply for standard applications Natural convection cooling when horizontally mounted Enclosed for use in control cabinets Fast and tool-free termination via lever-actuated terminals with push-in connection technology DC OK contact Parallel operation Electrically isolated output voltage (SELV) per EN /UL ; PELV per EN Technical Data Input Nominal input voltage U i nom (2 / 3) x VAC Input voltage range (2 / 3) x VAC; VDC Frequency Hz Input peak current < 30 A (at 400 VAC) Discharge current < 3.5 ma Power factor 0.7 (at 400 VAC) Mains failure hold-up time > 10 ms (3 x 400 VAC) Output Nominal output voltage U o nom 24 VDC (default), SELV Output voltage range VDC adjustable Adjustment accuracy ±1 % Residual ripple < 150 mvpp Constant power (in overload range: x Io); Overload behavior shutdown and automatic restart in the event of a short circuit Fuse Protection Recommended backup fuse Power circuit breakers 10 A; B, C characteristics Overvoltage protection Via varistor at primary circuit Environmental Requirements Ambient temperature C Storage temperature C Relative humidity % Climatic category 3K3 (per EN 60721) Derating 2 %/K (> +45 C) Pollution degree 2 Overvoltage category III Safety and Protection Protection class I Protection type IP20 per EN Short-circuit-protection Yes Open-circuit proof Yes Feedback voltage 30 V (max.) Parallel operation Yes Series operation Yes; max. 2 power supplies Vibration resistance 1g (per EN ) Shock resistance 15g (per EN ) Isolation voltage (pri.-sec.) kvac Isolation voltage (pri.-gnd) 2.2 kvdc Isolation voltage (sec.-gnd) 0.7 kvdc Isolation voltage (sec.-signal) 0.7 kvdc Standards and Specifications Conformity marking 1; EAC Standards/specifications EN ; EN ; cruus ; cruus ; culus 508; CSA C Electronic Interface

139 Volume 4, Section 5 Power Supplies L1 L2 L3 DC OK DC+ DC+ DC - DC - DC - L1 L2 L3 DC OK DC+ DC+ DC - DC - DC - Switched-Mode Power Supply; Eco; 3-phase; output: 24 VDC/20 A Pack. Unit Switched-Mode Power Supply; Eco; 3-phase; output: 24 VDC/40 A Pack. Unit Specific Electrical Data Input current I i 3 x 1.2 A (at 400 VAC) 3 x 2.5 A (at 400 VAC) Nominal output P out 480 W 960 W Output current I o 20 A (at 24 VDC) 40 A (at 24 VDC) Efficiency 90.5 % ( 400 VAC / 24 VDC / 20 A) 91.5 % ( 400 VAC / 24 VDC / 40 A) Power loss P V 45 W typ. (at 400 VAC; 24 VDC, 20 A) 89 W typ. (at 400 VAC, 24 VDC, 40 A) Internal fuse 3 x T 3.15 A / 500 VAC 3 x T 6.3 A / 500 VAC MTBF > 1,800,000 h (acc. to IEC 61709) > 1,300,000 h (acc. to IEC 61709) Connection technology Push-in CAGE CLAMP (input/output); picomax (signaling) Conductor range Strip length Dimensions (mm) W x H x L Input/output: mm² / AWG Signaling: mm² / AWG Input/output: mm / inch Signaling: 8 9 mm / inch 80 x 130 x 170; length from upper-edge of DIN-rail Weight 1710 g 2630 g Input: mm² / AWG Output: mm² / AWG 18 4 Signaling: mm² / AWG Input: mm / inch Output: mm / inch Signaling: 8 9 mm / inch 140 x 130 x 170; length from upper-edge of DIN-rail Electronic Interface 137

140 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply; 1-Phase Eco 787 Series H T B Features: Switched-mode power supply Natural convection cooling when horizontally mounted Enclosed for use in control cabinets Suitable for both parallel and series operation Electrically isolated output voltage (SELV) per EN and EN ; PELV per EN DIN-35 rail mountable in different positions Direct installation on mounting plate via cable grip Technical Data Input Nominal input voltage U i nom (100) VAC Input voltage range VAC, VDC Frequency Hz Discharge current < 3.5 ma Inrush current < 18 A Mains failure hold-up time > 10 ms at 230 VAC Output Nominal output voltage U o nom 12 VDC (SELV) Output voltage range VDC; adjustable Factory preset 12 VDC Adjustment accuracy < 1 % Residual ripple < 150 mv (peak-to-peak) Constant power (in overload range: 1,05 1,4 x I o ); Overload behavior shutdown and automatic restart in the event of a short circuit Operation status indicator Green LED (12 VDC OK) Fuse Protection Circuit breakers B6, B10; Recommended backup fusing An external DC fuse is required for the DC input voltage. Environmental Requirements Ambient temperature C Storage temperature C Relative humidity % (no condensation permissible) Overvoltage category II Pollution degree 2 (per EN 50178) Climatic category 3K3 (per EN 60721) Safety and Protection Isolation voltage (pri.-sec.) kvac Isolation voltage (pri.-gnd) 2.2 kvdc Isolation voltage (sec.-gnd) 0.7 kvdc Protection class I Protection type IP20 per EN Overvoltage protection Via varistor at primary circuit Short-circuit-protected Yes Open-circuit-proof Yes Feedback voltage 14 VDC Parallel operation Yes Series operation Yes MTBF > 300,000 h (per IEC 61709) Connection and Mounting Type Connection technology CAGE CLAMP (WAGO 236 Series) Conductor range mm² / AWG (12 AWG: THHN, THWN) Strip length 6 7 mm / inch Mounting type DIN-rail mount (EN 60715) Standards and Specifications Standards/specifications EN 60950, EN , EN 60335, EN , UL 508 * (*pending) 138 Electronic Interface

141 Volume 4, Section 5 Power Supplies Similar to picture Similar to picture L N DC+ DC+ DC - DC - L N DC+ DC+ DC - DC - Switched-Mode Power Supply; Eco; 1-phase; Output: 12 VDC/2 A Pack. Unit Switched-Mode Power Supply; Eco; 1-phase; Output: 12 VDC/4 A Pack. Unit Specific Electrical Data Input current I i 0.7 A typ. at 100 VAC 1.8 A typ. at 100 VAC Output current I o 2 A at 12 VDC and VAC 1.6 A at 12 VDC and VAC 4 A at 12 VDC and VAC 3.2 A at 12 VDC and VAC Efficiency > 80 % (at 230 VAC and 2 ADC) > 80 % (at 230 VAC and 4 ADC) Internal fuse F 1 A / 250 V F 2 A / 250 V Derating 4 %/K (> 45 C) 4 %/K (> 45 C) Dimensions (mm) W x H x D 30 x 90 x 99; depth from upper-edge of DIN-rail 40 x 90 x 99; depth from upper-edge of DIN-rail Weight 250 g 300 g Installation width (as delivered) 30 mm 40 mm Electronic Interface 139

142 Volume 4, Section 5 Power Supplies Similar to picture L N DC+ DC+ DC - DC - Switched-Mode Power Supply; Eco; 1-phase; Output: 12 VDC/8 A Pack. Unit Specific Electrical Data Input current I i Output current I o Efficiency Internal fuse Derating Dimensions (mm) W x H x D Weight Installation width (as delivered) 3.0 A typ. at 100 VAC 8 A at 12 VDC and VAC 6.4 A at 12 VDC and VAC > 80 % (at 230 VAC and 8 ADC) F 3.15 A / 250 V 3 %/K (> 45 C) 60 x 130 x 99; depth from upper-edge of DIN-rail 520 g 60 mm 140 Electronic Interface

143 Volume 4, Section 5 Power Supplies Electronic Interface 141

144 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply; Compact; 1-Phase 787 Series Input Nominal input voltage U i nom VAC; VDC Input voltage range VAC; VDC Nominal mains frequency range Hz; 0 Hz Input current I i 0.27 A (100 VAC; 0.5 ADC) Input voltage derating 2 %/V (<100 VAC); 1.33 %/V (< 140 VDC) Discharge current 0.25 ma Inrush current 30 A (NTC) Power factor 0.5 Power factor correction (PFC) None Mains failure hold-up time 20 ms (230 VAC) Switched-Mode Power Supply; Compact; 1-phase; Output: 24 VDC; 0.5 A Pack. Unit Output Nominal output voltage U o nom 24 VDC (SELV) Nominal output current I o nom 0.5 A Nominal output power 12 W Adjustment accuracy 1 % Deviation; Dynamic load change: % 1 % Residual ripple 100 mv (peak-to-peak) Overload behavior Shutdown and automatic restart in the event of a short circuit L N DC+ DC Signaling and Communication Signaling 1 x Status indication LED (green) Status indication Green LED (U o ) Efficiency/Power Losses Efficiency 83 % (230 VAC; nominal load); 82 % (110 VAC, nominal load); Power loss P l 0.2 W (230 VAC; no load) Power loss (max.) P l max. 2.5 W (100 VAC / 24 VDC; 0.5 A) H D W Features: Switched-mode power supply Stepped profile, ideal for distribution boards/boxes Pluggable picomax Connection Technology (tool-free) Electrically isolated output voltage (SELV) per EN 62368/UL and EN ; PELV per EN Series operation Fuse Protection Internal fuse Recommended backup fusing Required backup fusing T 1 A / 250 VAC Circuit breaker: 6 A, 10 A; Tripping characteristic: B An external DC fuse is required for the DC input voltage. Environmental Requirements Surrounding air temperature C Storage temperature C Relative humidity % (no condensation permissible) Derating 2 %/K (> +55 C) Pollution degree 2 Climatic category 3K3 (per EN 60721) Safety and Protection Isolation voltage (pri.-sec.) kv DC Protection class II Reverse voltage protection Yes Protection type IP20 (per EN 60529) Overvoltage category II Transient suppression (primary) Yes Overvoltage protection (secondary) < 31 VDC (in the event of a fault) Feedback voltage 31 VDC Parallel operation No Series operation Yes, for two devices of the same type MTBF > 700,000 h (per IEC 61709) 142 Electronic Interface

145 Volume 4, Section 5 Power Supplies Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Strip length 2 Input Push-in CAGE CLAMP picomax 5.0 (WAGO 2092 Series) mm² / AWG mm² / AWG 9 10 mm / inch Output Push-in CAGE CLAMP picomax 3.5 (WAGO 2091 Series) mm² / AWG mm² / AWG 8 9 mm / inch Geometric Data Width Height Depth Depth from upper-edge of DIN-rail 18 mm / inch 90 mm / inch 55 mm / inch 52.5 mm / inch Mechanical Data Mounting type DIN-35 rail (EN 60715); Screw mount (back/side) Material Data Weight 63 g Standards and Specifications Conformity marking Standards/specifications CE EN ; EN ; EN 62368; UL 62368; UL 508 Electronic Interface 143

146 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply; Compact; 1-Phase 787 Series Input Nominal input voltage U i nom VAC; VDC Input voltage range VAC; VDC Nominal mains frequency range Hz; 0 Hz Input current I i 0.98 A (100 VAC; 5 ADC) Input voltage derating 2 %/V (<100 VAC); 1.33 %/V (< 140 VDC) Discharge current 0.25 ma Inrush current 30 A (NTC) Power factor 0.5 Power factor correction (PFC) Passive Mains failure hold-up time 60 ms (230 VAC); > 12 ms (110 VAC) Switched-Mode Power Supply; Compact; 1-phase; Output: 12 VDC; 5 A Pack. Unit PE L N DC+ DC - Output Nominal output voltage U o nom 12 VDC (SELV) Output voltage range VDC (adjustable) Default setting 12 VDC Nominal output current I o nom 5 A Nominal output power 60 W Adjustment accuracy 1 % Deviation; Dynamic load change: % 1 % Residual ripple 100 mv (peak-to-peak) Constant power (in overload range: Overload behavior x I o nom ); Shutdown and automatic restart in the event of a short circuit Signaling and Communication Signaling Status indication 1 x DC OK LED (green) Green LED (DC OK) H Efficiency/Power Losses Efficiency 89.5 % (230 VAC; nominal load); 88 % (110 VAC, nominal load); Power loss P l 0.6 W (230 VAC; no load) Power loss (max.) P l max. 9 W (100 VAC / 12 VDC; 5 A) D W Fuse Protection Internal fuse Recommended backup fusing Required backup fusing T 3.15 A / 250 VAC Circuit breaker: 6 A, 10 A or higher; Tripping characteristic: B An external DC fuse is required for the DC input voltage. Features: Switched-mode power supply Stepped profile, ideal for distribution boards/boxes Removable front panel and screw mounts provide an ideal installation alternative in distribution boxes or devices Pluggable picomax Connection Technology (tool-free) Electrically isolated output voltage (SELV) per EN 62368/UL and EN ; PELV per EN Suitable for both parallel and series operation Environmental Requirements Surrounding air temperature C Storage temperature C Relative humidity % (no condensation permissible) Pollution degree 2 Climatic category 3K3 (per EN 60721) Safety and Protection Isolation voltage (pri.-sec.) kv DC Isolation voltage (pri.-gnd) 2.2 kvdc Protection class II Reverse voltage protection Yes Protection type IP20 (per EN 60529) Overvoltage category II Transient suppression (primary) Varistor Overvoltage protection (secondary) < 20 VDC (in the event of a fault) Parallel operation Yes, for devices of the same type Series operation Yes, for two devices of the same type MTBF > 500,000 h (per IEC 61709) 144 Electronic Interface

147 Volume 4, Section 5 Power Supplies Connection Data Connection type Connection technology WAGO Connector Solid conductor Fine-stranded conductor Strip length Input/output Push-in CAGE CLAMP picomax 5.0 (WAGO 2092 Series) mm² / AWG mm² / AWG 9 10 mm / inch Geometric Data Width Height Depth Depth from upper-edge of DIN-rail Dimensions (note) 72 mm / inch 90 mm / inch 56 mm / inch 52.5 mm / inch D=48 mm without front panel Mechanical Data Mounting type DIN-35 rail (EN 60715); Screw mount (back/side) Material Data Weight 270 g Standards and Specifications Conformity marking Standards/specifications CE EN ; EN ; EN 62368; UL 62368; UL 508 Electronic Interface 145

148 Volume 4, Section 5 Power Supplies Switched-Mode Power Supply; 1-Phase; IP Series Switched-mode power supply; 24 VDC; 4 A Pack. Unit H L N L T WB DC+ DC Features: Switched-mode power supply with PowerBoost Low-profile, compact design Extremely robust, fully encapsulated housing (IP67) Active power factor correction High efficiency up to 92.3% Ambient operating temperature 85 C Suitable for both parallel and series operation Technical Data Input Nominal input voltage U i nom VAC/DC Input voltage range VAC/DC Frequency Hz; 0 Hz Input current I i 1.1 A at 100 VAC; 0.5 A at 250 VAC Inrush current < 9 A Power factor 0.98 Output Nominal output voltage U o nom 24 VDC ±2 % Output current I o 4 A PowerBoost 6 A for 5 s; without voltage drop Residual ripple < 100 mv (peak-to-peak); < 20 mv rms Mains failure hold-up time > 45 ms Operation status indicator Green LED (24 VDC OK); Red LED (overload) Overload behavior Constant current Output power 96 W Efficiency/Power Loss Efficiency 92.3 % at 230 VAC Power loss P V < 1 W (no load) / 7.9 W (nominal load) Fuse Protection Internal fuse T 6.3 A Recommended backup fusing Circuit breaker: 4 20 A; Characteristic: C; T 20 A in building installations Environmental Requirements Ambient temperature C Storage temperature C Relative humidity % Derating 3.84 W/K (> 60 C) Climatic category 4K6 (per EN 60721) Safety and Protection Protection class I Protection type IP67 Overvoltage protection 30 VDC typ. (per IEC 61131) Short-circuit-protected Yes Feedback voltage Max. 35 VDC Parallel operation Max. 3 devices Series operation Max. 2 devices MTBF > 960,000 h Connection and Mounting Type Connection technology Input: 7/8 ; 3-pole; Output: 7/8 ; 5-pole Mounting type Screw mounting Dimensions and Weight Dimensions (mm) W x H x D 111 x 141 x 54 Weight 1.1 kg Standards and Specifications Standards/specifications EN 60950; EN ; UL Electronic Interface

149 Volume 4, Section 5 Power Supplies Accessories for IP67 Power Supply Cable Technical Data General Specifications Operating voltage Operating current 600 VAC/VDC 9 A Rated surge voltage 4 kv Environmental Requirements Operating temperature C Safety and Protection Degree of protection IP67 Connection Features: 7/8 screw connection: Industry-prove connection technology for a large selection of different conductors High degree of protection for safe field applications Vibration- and shock-resistant via integrated locking mechanism PUR coating Connection technology Cable diameter 7.4 mm ±0.2 7/8 socket/plug; 3- and 5-pole Socket Description Length Supply cable; pre-assembled; 7/8 ; 3-pole; straight socket; open-ended Supply cable; pre-assembled; 7/8 ; 3-pole; straight socket; open-ended Supply cable; pre-assembled; 7/8 ; 3-pole; straight socket; open-ended Pack. Unit 3 m / m / m / Plug Description Length Supply cable; pre-assembled; 7/8 ; 5-pole; straight plug; open-ended Supply cable; pre-assembled; 7/8 ; 5-pole; straight plug; open-ended Supply cable; pre-assembled; 7/8 ; 5-pole; straight plug; open-ended Pack. Unit 1.5 m / m / m / Electronic Interface 147

150 Volume 4, Section 5 Power Supplies Accessories for IP67 Connector Plug Description Pack. Unit Connector; 7/8 ; 5-pole; straight plug; clamping range: 6 8 mm / Plug Description Pack. Unit Connector; 7/8 ; 5-pole; angled plug; clamping range: 6 8 mm / Socket Description Pack. Unit Connector; 7/8 ; 5-pole; straight socket; clamping range: 6 8 mm / Socket Description Pack. Unit Connector; 7/8 ; 5-pole; angled socket; clamping range: 6 8 mm / Electronic Interface

151 Volume 4, Section 5 Power Supplies Accessories for IP67 Connector Socket Plug 2 3 1/PE Socket 2 3 1/PE 3 1/PE 2 Description Pack. Unit Connector; 7/8 ; 3-pole; T-connector / Socket Description Pack. Unit Connector; 7/8 ; 3-pole; straight socket / Socket Description Pack. Unit Connector; 7/8 ; 3-pole; angled socket / Plug Description Pack. Unit Connector; 7/8 ; 3-pole; straight plug / Electronic Interface 149

152 Volume 4, Section 5 Power Supplies DC UPS Module 787 Series Input Nominal input voltage U i nom Input voltage range Nominal mains frequency range Input current I i 24 VDC VDC 0 Hz 0.16 A (no load running); 4 A (charging); 44 A Output Nominal output voltage U o nom Output voltage range Nominal output current I o nom 24 VDC U i (rated operation); VDC (unregulated battery voltage in buffer mode) 40 A DC UPS Module; Input voltage: 24 VDC; Output voltage: 24 VDC; Output current: 40 A Pack. Unit Energy Storage Systems Buffer time Switch-on threshold (adjustable) Charging current End-of-charge voltage Recommended battery module Load-dependent VDC 1 4 A (adjustable in 1 A steps via DIP switch; Default setting: 2 A) VDC (temperature controlled with NTC; without temperature sensor: 27.2 V) Type: VRLA 24 V; 7 40 Ah IN NTC CTRL REMOTE DC+ DC+ DC DC DC+ DC ACCU OUT Signaling and Communication Signaling Status indication Remote input 1 x Power LED (green); 1 x UPS LED (yellow); 1 x Warning LED (red); 2 x isolated relay contact (max. 30 VDC, 1 A) Green LED (operation); Yellow LED (buffer mode/ charging); Red LED (warning) Switches buffer mode off Efficiency/Power Losses Power loss P l Efficiency 4 W (no load); 22.5 W (nominal load) 97 % (rated operation); 85 % (charging) H Fuse Protection Internal fuse Recommended backup fusing T 6.3 A (charging circuit) T 50 A D W Features: DC UPS module for uninterruptible power supply (UPS) Potential-free contacts provide function monitoring Remote input for buffered output deactivation Input for temperature control of connected battery Battery internal resistance measurement for diagnosing batteries, including connection cable and fuse Safety and Protection Isolation voltage (connectors housing) 500 VDC Protection class III Protection type IP20 (per EN 60529) Reverse voltage protection Yes Parallel operation No Series operation No MTBF 600,000 h (+40 C; per SN 29500) Note: For North America: Use only batteries with appropriate safety approvals! 150 Electronic Interface

153 Volume 4, Section 5 Power Supplies Connection Data Connection type 1 Connection technology WAGO Connector Solid conductor Fine-stranded conductor Fine-stranded conductor with insulated ferrule Fine-stranded conductor with uninsulated ferrule Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Fine-stranded conductor with insulated ferrule (2) Fine-stranded conductor with uninsulated ferrule (3) Strip length 2 Input/output Push-in CAGE CLAMP WAGO 2636 Series mm² / 18 4 AWG mm² / 18 4 AWG mm² mm² mm / inch Signaling CAGE CLAMP WAGO 741 Series mm² / AWG mm² / AWG mm² mm² 5 6 mm / inch Geometric Data Width Height Depth from upper-edge of DIN-rail 68 mm / inch 181 mm / inch 162 mm / 6.38 inch Mechanical Data Mounting type DIN-35 rail (EN 60715) Material Data Weight 1100 g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 95 % (no condensation permissible) Pollution degree 2 Standards and Specifications Conformity marking Standards/specifications CE EN ; EN ; EN ; CSA* (*pending) Electronic Interface 151

154 Volume 4, Section 5 Power Supplies Capacitive Buffer Module 787 Series Input Nominal input voltage U i nom Input voltage range Nominal mains frequency range Input current I i 24 VDC VDC 0 Hz 0.06 A (no load running); 0.8 A (charging); 40.8 A Capacitive Buffer Module; Input voltage: 24 VDC; Output voltage: 24 VDC; Output current: 40 A; Buffer time: s Pack. Unit IN DC+ DC DC OK DC+ DC OUT Output Nominal output voltage U o nom Output voltage range Nominal output current I o nom Energy Storage Systems Buffer time Switch-on threshold (typ.) Nominal capacity Nominal voltage Effective energy content (typ.) Charging time (typ.) Signaling and Communication Signaling Status indication 24 VDC U i 0.5 VDC (mains operation; I o = 20 A); U i 0.8 VDC (mains operation; I o = 40 A); VDC (buffer mode) 40 A s (depends on load current and temperature) 22 VDC 4.17 F 32.4 VDC 500 Ws 2.5 min 1 x DC OK LED (green); 1 x UPS LED (yellow); 1 x Warning LED (red); 1 x isolated relay contact (max. 30 VDC, 1 A) Green LED (DC OK); Yellow LED (buffer mode/ charging); Red LED (warning) H Efficiency/Power Losses 1.9 W (operation without decoupled output); 11.5 W (operation with decoupled output; Power loss P l I o = 20 A); 33.5 W (operation with decoupled output; I o = 40 A) Efficiency 96.5 % Fuse Protection Internal fuse Recommended backup fusing No T 40 A D W Features: Capacitive buffer module bridges short duration voltage drops or load fluctuations Internal diode between input and output enables operation with decoupled output Potential-free contact for charge condition monitoring Safety and Protection Isolation voltage (connectors housing) 500 VDC Protection class III Protection type IP20 (per EN 60529) Reverse voltage protection Yes Parallel operation No Series operation No Service life 74,000 h (+25 C; I o = 40 A); 28,200 h (+40 C; I o = 40 A) 152 Electronic Interface

155 Volume 4, Section 5 Power Supplies Connection Data Connection type 1 Connection technology WAGO Connector Solid conductor Fine-stranded conductor Fine-stranded conductor with insulated ferrule Fine-stranded conductor with uninsulated ferrule Strip length Connection type 2 Connection technology 2 WAGO Connector 2 Solid conductor 2 Fine-stranded conductor 2 Fine-stranded conductor with insulated ferrule (2) Fine-stranded conductor with uninsulated ferrule (3) Strip length 2 Input/output Push-in CAGE CLAMP WAGO 2636 Series mm² / 18 4 AWG mm² / 18 4 AWG mm² mm² mm / inch Signaling CAGE CLAMP WAGO 741 Series mm² / AWG mm² / AWG mm² mm² 5 6 mm / inch Geometric Data Width Height Depth from upper-edge of DIN-rail 68 mm / inch 181 mm / inch 162 mm / 6.38 inch Mechanical Data Mounting type DIN-35 rail (EN 60715) Material Data Weight 900 g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Relative humidity 5 95 % (no condensation permissible) Pollution degree 2 Standards and Specifications Conformity marking Standards/specifications CE EN ; EN ; EN ; CSA* (*pending) Electronic Interface 153

156 Volume 4, Section 5 Power Supplies Electronic Circuit Breaker (ECB) 787 Series Electronic Circuit Breaker; 4-channel; 24 VDC / 4 x 10 A Pack. Unit / DC 24 V (+) 0 V 0 V L+ C/Q L OUT1 (+) A OUT2 (+) A OUT3 (+) A OUT4 (+) A Features: Space-saving electronic circuit breaker with 4 channels 1 10 A nominal current, adjustable for each channel via sealable selector switch or via IO-Link interface Switch-on capacity > μf per channel One illuminated, three-colored button per channel simplifies switching (on/off), resetting, and onsite diagnostics Time-delayed switching of channels Status message and current measurement for each channel via IO-link interface Each channel can be switched on/off seperately via IO-link interface Technical Data Input Nominal input voltage U i nom 24 VDC Input voltage range VDC Output Nominal output voltage U o nom 4 x 24 VDC Max. 4 x 10 ADC (1, 2, 4, 6, 10 A adjustable for Nominal current each channel via selector switch; 1, 2, 3, 4, 6, 8, 10 A adjustable for each channel seperately via IOlink interface) Voltage drop 200 mv at 10 A Trip time Load-dependent (16 ms 100 s) Switch-on capacity > 50,000 μf per channel Switch-on behavior Time-delayed channel switching (load-dependent; min. 50 ms / max. 5 s) Active current limitation No Operational indication LED green (OK channel); LED red (tripped channel) Signaling 4 x LED (green/red/orange) Remote input Switching on/off any number of channels via IOlink interface Efficency/Power Losses Efficency 99 % (typ.) Power loss P V 0.84 W (stand-by) / 10 W (nominal load) Fuse protection Internal fuse 15 AT per channel Environmental Requirements Ambient operating temperature C Storage temperature C Relative humidity 5 96 % (no condensation permissible) Derating +50 C: see instruction manual Safety and Protection Isolation voltage 500 VDC (terminals to enclosure) Protection class III Reverse voltage protection No Degree of protection IP20 per EN Overvoltage protection Via 33 V supressor diode at input Feedback voltage Max. 35 VDC Series connection of several devices Not permitted Parallel operation of single channels Not permitted Connection and Mounting Type Input (+): WAGO 831 Series Connectors Input ( ), output, signaling: WAGO 721 series Input (+): mm² / 20 8 AWG Conductor range Input ( ), output, signaling: mm² / AWG Input (+): mm / inch Strip length Input ( ), Output, signaling: 8 9 mm / inch Type of mounting DIN-rail mounting (EN 60715) Dimensions and Weight Dimensions (mm) W x H x L 45 x 90 x 115,5; Length from upper-edge of DIN- 35 rail Weight 170 g Standards and Approvals Standards/Approvals UL 508*; UL 2367*; GL*; EN 60950; EN ; EN (* pending) 154 Electronic Interface

157 Volume 4, Section 5 Power Supplies Electronic Circuit Breaker (ECB) 787 Series Electronic Circuit Breaker; 8-channel; 48 VDC / 8 x 10 A Pack. Unit / DC 24 V (+) 0 V 0 V L+ C/Q L OUT1 (+) A OUT2 (+) A OUT3 (+) A OUT4 (+) A OUT5 (+) A OUT6 (+) A OUT7 (+) A OUT8 (+) A Features: Space-saving electronic circuit breaker with 8 channels 1 10 A nominal current, adjustable for each channel via sealable selector switch or via IO-Link interface Switch-on capacity > μf per channel One illuminated, three-colored button per channel simplifies switching (on/off), resetting, and onsite diagnostics Time-delayed switching of channels Status message and current measurement for each channel via IO-link interface Each channel can be switched on/off seperately via IO-link interface Technical Data Input Nominal input voltage U i nom 24 VDC Input voltage range VDC Output Nominal output voltage U o nom 8 x 24 VDC Max. 8 x 10 ADC (1, 2, 4, 6, 10 A adjustable for Nominal current each channel via selector switch; 1, 2, 3, 4, 6, 8, 10 A adjustable for each channel seperately via IOlink interface) Voltage drop 200 mv at 10 A Trip time Load-dependent (16 ms 100 s) Switch-on capacity > 50,000 μf per channel Switch-on behavior Time-delayed channel switching (load-dependent; min. 50 ms / max. 5 s) Active current limitation No Operational indication LED green (OK channel); LED red (tripped channel) Signaling 8 x LED (green/red/orange) Remote input Switching on/off any number of channels via IOlink interface Efficency/Power Losses Efficency 99 % typ. Power loss P V 1.3 W (stand-by) / 20 W (nominal load) Fuse protection Internal fuse 15 AT per channel Environmental Requirements Ambient operating temperature C Storage temperature C Relative humidity 5 96 % (no condensation permissible) Derating +50 C: see instruction manual Safety and Protection Isolation voltage 500 VDC (terminals to enclosure) Protection class III Reverse voltage protection No Degree of protection IP20 per EN Overvoltage protection Via 33 V supressor diode at input Feedback voltage Max. 35 VDC Series connection of several devices Not permitted Parallel operation of single channels Not permitted Connection and Mounting Type Input (+): WAGO 831 Series Connectors Input ( ), output, signaling: WAGO 721 series Input (+): mm² / 20 8 AWG Conductor range Input ( ), output, signaling: mm² / AWG Input (+): mm / inch Strip length Input ( ), Output, signaling: 8 9 mm / inch Type of mounting DIN-rail mounting (EN 60715) Dimensions and Weight Dimensions (mm) W x H x L 42 x 127 x 142,5; Length from upper-edge of DIN- 35 rail Weight 440 g Standards and Approvals Standards/Approvals UL 508*; UL 2367*; GL*; EN 60950; EN ; EN (* pending) Electronic Interface 155

158 Volume 4, Section 5 Power Supplies Electronic Circuit Breaker (ECB) 787 Series < 94 mm/3.68 inch > < 97.8 mm/3.85 inch > _> 6 mm/0.23 inch _> Features: Space-saving ECB with one channel Reliably and safely trips in the event of an overload and short circuit on the secondary side Switch-on capacity > 50,000 μf Enables the use of an economical, standard power supply Minimizes wiring via two voltage outputs and maximizes commoning options on both input and output sides (e.g., commoning of the output voltage on 857 and 2857 Series devices) Status signal as single or group message Reset, switch on/off via remote input or local switch Prevents power supply overload due to total inrush current thanks to time-delayed switching on during interconnected operation Technical Data Input Nominal input voltage U i nom 24 VDC Input voltage range VDC Output Nominal output voltage U o nom U o nom voltage drop Trip time Load-dependent (4 ms s) Switch-on capacity > μf per channel Switch-on behavior Time-delayed channel switching (load-dependent; min. 170 ms/max. 500 ms) Active current limitation No 1 x Status LED (green/yellow/red/blue); Signaling 1 x Control input; 1 x Active signal output (Ui, max. 4 ma) Status indication LED (green/red/orange) Remote input VDC signal; switches on/off and resets the channel Fuse Protection Internal fuse 15 AT Environmental Requirements Storage temperature C Relative humidity % (no condensation permissible) Safety and Protection Isolation voltage 500 VDC (bus modules to housing) Protection class III Reverse voltage protection No Protection type IP20 per EN Overvoltage protection Via 33 V suppressor diode at input Series connection of several devices Not permitted Parallel operation of single channels Not permitted Connection and Mounting Type Connection technology Push-in CAGE CLAMP (WAGO 857 Series) Conductor range Solid: mm² / AWG Fine-stranded: mm² / AWG Strip length 9 15 mm / inch Mounting type DIN-rail mount (EN 60715) Dimensions and Weight Dimensions (mm) W x H x D 6 x 97.8 x 94; height from upper-edge of DIN-rail Weight 40 g Standards and Specifications Standards/specifications EN ; EN ; UL * (*pending) 156 Electronic Interface

159 Volume 4, Section 5 Power Supplies S2 1 5 S1 S2 1 5 S1 Vin+ 2 6 Vout+ Vin+ 2 6 Vout+ Vin+ 3 µc 7 Vout+ Vin+ 3 µc 7 Vout+ GND 4 8 GND GND 4 8 GND Electronic Circuit Breaker; 1-channel; 24 VDC; 1 A Pack. Unit / Electronic Circuit Breaker; 1-channel; 24 VDC; 2 A Pack. Unit / Specific Electrical Data Nominal current 1 ADC (fixed setting) 2 ADC (fixed setting) Voltage drop 50 mv at 1 A 100 mv at 2 A MTBF 1,263,074 h (per MIL-HDBK-217F2) 1,262,142 h (per MIL-HDBK-217F2) Efficiency 99 % typ. 99 % typ. Power loss P V 0.3 W (no load) 0.3 W (no load) Ambient temperature C C Derating No derating No derating Electronic Interface 157

160 Volume 4, Section 5 Power Supplies S2 1 5 S1 S2 1 5 S1 Vin+ 2 6 Vout+ Vin+ 2 6 Vout+ Vin+ 3 µc 7 Vout+ Vin+ 3 µc 7 Vout+ GND 4 8 GND GND 4 8 GND Electronic Circuit Breaker; 1-channel; 24 VDC; 4 A Pack. Unit / Electronic Circuit Breaker; 1-channel; 24 VDC; 6 A Pack. Unit / Specific Electrical Data Nominal current 4 ADC (fixed setting) 6 ADC (fixed setting) Voltage drop 80 mv at 4 A 120 mv at 6 A MTBF 1,258,733 h (per MIL-HDBK-217F2) 1,253,313 h (per MIL-HDBK-217F2) Efficiency 99 % typ. 99 % typ. Power loss P V 0.3 W (no load) 0.3 W (no load) Ambient temperature C C Derating No derating See instruction manual 158 Electronic Interface

161 Volume 4, Section 5 Power Supplies S2 1 5 S1 S2 1 5 S1 Vin+ 2 6 Vout+ Vin+ 2 6 Vout+ Vin+ 3 µc 7 Vout+ Vin+ 3 µc 7 Vout+ GND 4 8 GND GND 4 8 GND Electronic Circuit Breaker; 1-channel; 24 VDC; 8 A Pack. Unit / Electronic Circuit Breaker; 1-channel; 24 VDC; 1 8 A Pack. Unit / Specific Electrical Data Nominal current 8 ADC (fixed setting) 1 8 ADC (adjustable) Voltage drop 160 mv at 8 A 160 mv at 8 A MTBF 1,245,816 h (per MIL-HDBK-217F2) 1,262,142 h (per MIL-HDBK-217F2) Efficiency 99 % typ. 98 % typ. Power loss P V 0.3 W (no load) 0.3 W (no load) Ambient temperature C C Derating See instruction manual See instruction manual Electronic Interface 159

162 Volume 4, Section 5 Power Supplies Power Supply for Fan Control 787 Series Power supply for fan control; Fan Control Power Pack. Unit Features: Power supply for small loads that operate at a variable input voltage The output voltage can be adjusted linearly by hand or via an analog voltage signal (0 10 V) in the range from V, e.g., for automatically controlling fan speed in control cabinets. Flat design allows installation in confined spaces. Variable mounting options for space-saving installation, e.g., in recesses Technical Data Input Nominal input voltage U i nom VAC Input voltage range VAC, VDC Frequency Hz Input current I i < 0.6 A Power factor > 0.45 Discharge current < 1 ma Inrush current < 18 A Mains failure hold-up time 15 ms Output Nominal output voltage U o nom 22 VDC Output voltage range VDC (adjustable by hand or via signal input) Factory preset 22 VDC Output current I o 0.8 A (1 A at 110 V < U i < 240 VAC) Adjustment accuracy < 1 % Deviation; dynamic load change % < 1 % Residual ripple < 100 mv (peak-to-peak) Constant power (in overload range: x I o ); Overload behavior Hiccup in the event of a short circuit or permanent overload Status indication Green LED (U o ) Signal Input Input signal 0 10 VDC Input impedance 10 kω Reverse voltage protection; input Yes Overvoltage protection Yes Efficiency/Power Losses Efficiency > 84 % (230 VAC); > 80 % (110 VAC) Power loss P V < 0.8 W (no load) Power loss P V max. < 4 W Fuse Protection Internal fuse 1 A / 250 V Recommended backup fuse Circuit breaker B6, C4 or higher Environmental Requirements Ambient temperature C Storage temperature C Relative humidity % (no condensation permissible) Derating 2.47 %/K (> 45 C) Pollution degree 2 (per EN 50178) Climatic category 3K3 (per EN 60721; except for low air pressure) Safety and Protection Isolation voltage (pri. sec.) kv AC Protection class II Protection type IP20 (per EN 60529) Overvoltage protection < 31 VDC (in the event of a fault) Short-circuit-protection Yes Open-circuit proof Yes Feedback voltage 31 VDC (max.) Parallel operation Yes Series operation Yes MTBF > 500,000 h at 25 C per IEC Connection and Mounting Type Connection technology CAGE CLAMP (WAGO 236 Series) Conductor range mm² / AWG Strip length 5 6 mm / inch Mounting type DIN-rail mount (EN 60715) or screw mount Dimensions and Weight Dimensions (mm) W x H x D 45 x 138 x 35 Weight 300 g Standards and Specifications Standards/specifications 1; UL 60950; EN 60950; EN ; EN Electronic Interface

163 Volume 4, Section 5 Power Supplies Radio Interference Suppression Filter, 1-Phase 787 Series Radio interference suppression filter; 250 VAC; 10 A Pack. Unit L1 N IN OUT Features: Suppresses interference generated on the mains side of power supplies and electronic devices Fulfills general requirements Provides a single-stage filter solution Efficiently filters out line-bound interference emissions Increases the interference immunity of connected loads L1 N Technical Data Input/Output Nominal input voltage U i nom 250 VAC Input voltage range VAC Frequency Hz Input current I i 10 A Discharge current 8 ma Efficiency/Power Losses Power loss P l 4.0 W Environmental Requirements Ambient operating temperature C; device starts at 40 C; type-tested Derating 2.5 %/K (> 45 C) Climatic category 25/085/21 (per EN ) Safety and Protection Isolation voltage (connectors housing) 2.7 kvdc Protection class I Protection type IP20 per EN Connection and Mounting Type Connection technology L1, N: WAGO 741 Series Ground: 6.3 x 0.8 mm tab connector Conductor range L1, N: mm² / AWG Ground: Mounting type DIN-rail mount (EN 60715) Dimensions and Weight Dimensions (mm) W x H x D 50 x 85 x 100; depth from upper-edge of DIN-rail Weight 340 g Standards and Specifications Standards/specifications DIN EN Electronic Interface 161

164 Volume 4, Section 5 Power Supplies DC/DC Converter Compact 787 Series DC/DC converter; 72 VDC / 12 VDC; 4 A Pack. Unit / IN+ IN- DC+ DC+ DC - DC - Features: Primary switch mode power supply unit Natural convection cooling when horizontally mounted Stepped profile, ideal for distribution boards or distribution boxes Suitable for both parallel and series operation Electrically isolated output voltage (SELV) per EN Adjustment accuracy: ± 1 % (± 10 % subject to the application range of EN ) Technical Data Input Nominal input voltage U i nom 72 VDC Input voltage range VDC Frequency 0 Hz Input current I i 0.79 A at 72 VDC Inrush current < 30 A, NTC Mains failure hold-up time > 8 ms at 72 VDC Output Nominal output voltage U o nom 12 VDC (SELV) Factory preset 12 VDC Output current I o 4 A at 12 VDC; max. 3.1 A in any mounting position Residual ripple < 100 mv (peak-to-peak) up to 20 MHz Current limitation 1.1 x Io typ. Overload behavior Constant current Operational indication Green LED (U o ) Efficency/Power Losses Efficency 85 % typ. Power loss P V 1.2 W (72 VDC/no load); 8.6 W (72 VDC/nominal load) Power loss P V max. 9.7 W typ. (40 VDC / 12 VDC; 4 A) Fuse Protection Internal fuse T4 A / 125 VDC External fuse 6 A, 10 A power circuit breakers; B, C characteristics Environmental Requirements Ambient operating temperature C Storage temperature C Relative humidity 5 96 % (coated PCB) Derating 1.5 %/K (> 55 C) Degree of pollution 2 (per EN 50178) Climatic category 3K3 (per EN 60721) Shock and vibration Category 1; Class B (per EN 61373:2010) Safety and Protection Isolation voltage (pri.-sec.) kvdc Protection class II Degree of protection IP20 per EN Overvoltage category II Overvoltage protection Varistor (input side); internal protective circuit; < 21.5 VDC (output side in case of an error) Short circuit protection Yes No-load proof Yes Feedback voltage Max. 20 VDC Parallel operation Yes Series connection Yes MTBF > 500,000 h Fire load 7 MJ Connection and Mounting Type Connectors Input/Output: WAGO 740 Series Conductor range Input/Output: mm² / AWG Strip length Input/Output: 6 7 mm / inch Mounting type DIN-rail-mount (EN 60715) Dimensions and Weight Dimensions (mm) W x H x L 72 x 89 x 59; Length: 55 mm from upper-edge of DIN-rail Weight 240 g Standards and Specifications Standards/specifications EN 60950; EN ; EN ; EN Electronic Interface

165 Volume 4, Section 5 Power Supplies DC/DC Converter Compact 787 Series Similar to picture DC/DC converter; 24 VDC / 12 VDC; 4 A Pack. Unit IN+ IN- DC+ DC+ DC - DC - Features: Primary switch mode power supply unit Natural convection cooling when horizontally mounted Suitable for both parallel and series operation Electrically isolated output voltage (SELV) per EN Adjustment accuracy: ± 1 % Technical Data Input Nominal input voltage U i nom 24 VDC Input voltage range VDC Frequency 0 Hz Input current I i A Inrush current < 60 A, NTC Mains failure hold-up time 5 ms at 24 VDC Output Nominal output voltage U o nom 12 VDC ±1 % Output voltage range VDC Factory preset 12 VDC Output current I o 4 A Residual ripple < 50 mvpp Current limitation 1.1 x Io typ. Overload behavior Constant current Operational indication Green LED Efficency/Power Losses Efficency 84 % typ. Power loss P V 1 W (no load) Power loss P V max W at 24 VDC / 3 A Fuse Protection Internal fuse T4 A Environmental Requirements Ambient operating temperature C Storage temperature C Relative humidity 5 96 % (no condensation permissible) Derating 2 %/K (> 55 C) Degree of pollution 2 (per EN 50178) Climatic category 3K3 (per EN 60721) Safety and Protection Isolation voltage (pri.-sec.) 2.2 kvdc Protection class III Degree of protection IP20 per EN Overvoltage category II Overvoltage protection Varistor (input side) Short circuit protection Yes No-load proof Yes Feedback voltage Max. 25 VDC Parallel operation Yes Series connection Yes MTBF > 500,000 h Fire load 7.8 MJ Connection and Mounting Type Connectors Input/Output: WAGO 721 Series Conductor range Input/Output: mm² / AWG Strip length Input/Output: 8 9 mm / inch Mounting type DIN-rail-mount (EN 60715) Mounting position Horizontal Dimensions and Weight Dimensions (mm) W x H x L 45 x 90 x 107; Length from upper-edge of DIN-rail Weight 240 g Standards and Specifications Standards/specifications 1; EN ; EN ; EN Electronic Interface 163

166 Volume 4, Section 8 Interface Modules with Specialty Functions Switching Module 2042 Series Technical Data Switching voltage (max.) Switching current (max.) Inrush current (max.) Contact resistance Electrical life (N.O.; resistive load; +23 C) 250 VAC 10 A 128 A 20 mω 10 x 10 3 switching operations (UL: 6 x 10 3 switching operations) Switching Module; with changeover rocker switch; Switching voltage: 250 VAC Pack. Unit (1) 2 1 Safety and Protection Dielectric strength, open contact (AC, 1 min) 1.5 kv rms Rated voltage 250 V Insulation resistance 100 MΩ (500 VDC; new condition) Overvoltage category II Pollution degree 2 Protection type IP20 Geometric Data Width Height Height from the surface Depth 15.5 mm / 0.61 inch 87 mm / inch 68 mm / inch 52 mm / inch Mechanical Data Mounting type Material Data Flammability class per UL94 Weight Pluggable module for TOPJOB S Carrier Terminal Block V g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Conformity marking CE Standards/specifications EN ; EN 50155; EN Accessories Pack. Unit 2-conductor carrier terminal block; mm² gray / AWG; Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick orange gray (4x25) 100 (4x25) 3-conductor carrier terminal block; mm² / AWG; Terminal block width: 5.2 mm / inch gray End and intermediate plate; 1 mm thick 4-conductor carrier terminal block; mm² / AWG; Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick 2-conductor carrier terminal block; mm² / AWG; Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick Double-deck carrier terminal block; mm² (22 12 AWG); Terminal block width: 5.2 mm / inch Double-deck carrier terminal block; mm² (22 12 AWG); Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick orange gray gray orange gray gray orange gray L/L L/N orange gray (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 164 Electronic Interface

167 Volume 4, Section 8 Interface Modules with Specialty Functions Switching Module 2042 Series Technical Data Switching voltage (max.) Switching current (max.) Inrush current (max.) Contact resistance Electrical life (N.O.; resistive load; +23 C) 250 VAC 10 A 128 A 20 mω 10 x 10 3 switching operations (UL: 6 x 10 3 switching operations) Switching Module; with momentary switch; Switching voltage: 250 VAC Pack. Unit (1) 2 1 Safety and Protection Dielectric strength, open contact (AC, 1 min) 1.5 kv rms Rated voltage 250 V Insulation resistance 100 MΩ (500 VDC; new condition) Overvoltage category II Pollution degree 2 Protection type IP20 Geometric Data Width Height Height from the surface Depth 15.5 mm / 0.61 inch 87 mm / inch 68 mm / inch 52 mm / inch Mechanical Data Mounting type Material Data Flammability class per UL94 Weight Pluggable module for TOPJOB S Carrier Terminal Block V g Environmental Requirements Surrounding air temperature (operation) C Surrounding air temperature (storage) C Operating altitude (max.) 2000 m Standards and Specifications Conformity marking CE Standards/specifications EN ; EN 50155; EN Accessories Pack. Unit 2-conductor carrier terminal block; mm² gray / AWG; Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick orange gray (4x25) 100 (4x25) 3-conductor carrier terminal block; mm² / AWG; Terminal block width: 5.2 mm / inch gray End and intermediate plate; 1 mm thick 4-conductor carrier terminal block; mm² / AWG; Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick 2-conductor carrier terminal block; mm² / AWG; Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick Double-deck carrier terminal block; mm² (22 12 AWG); Terminal block width: 5.2 mm / inch Double-deck carrier terminal block; mm² (22 12 AWG); Terminal block width: 5.2 mm / inch End and intermediate plate; 1 mm thick orange gray gray orange gray gray orange gray L/L L/N orange gray (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) 100 (4x25) Electronic Interface 165

168 Volume 4, Section 8 Interface Modules with Specialty Functions Potential Distribution Module 830 Series Technical Data Input/Output Operating voltage 250 VAC/VDC Environmental Requirements Ambient operating temperature C Relative humidity 95 % (no condensation permissible) Connection and Mounting Type Input: CAGE CLAMP (WAGO 745 Series) Connection technology Output: CAGE CLAMP (WAGO 739 Series) Standards and Specifications Standards/specifications culus H L W 166 Electronic Interface

169 Volume 4, Section 8 Interface Modules with Specialty Functions Potential distribution module; 1 potential; with 1 input clamping point; conductor cross-section up to 16 mm²; with 6 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / blue / / Potential distribution module; 1 potential; with 1 input clamping point; conductor cross-section up to 16 mm²; with 9 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Specific Technical Data Total current max. 65 A 65 A Current per connection max. 12 A 10 A Conductor range Strip length Input: mm² / 24 6 AWG Output: mm² / AWG Input: mm / inch Output: 8 9 mm / inch Input: mm² / 24 6 AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 21 x 49 x 85; height from upper-edge of DIN-rail 21 x 62 x 85; height from upper-edge of DIN-rail Weight 51 g 57 g Electronic Interface 167

170 Volume 4, Section 8 Interface Modules with Specialty Functions P1 P1 P2 P2 P1 P1 P2 P2 Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; each with 8 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Specific Technical Data Total current max. 30 A 30 A Current per connection max. 10 A 10 A Conductor range Strip length Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; each with 12 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 49 x 38 x 55; height from upper-edge of DIN-rail 69 x 38 x 55; height from upper-edge of DIN-rail Weight 75 g 91 g 168 Electronic Interface

171 Volume 4, Section 8 Interface Modules with Specialty Functions P1 P1 P2 P2 P1 P1 P2 P2 Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; each with 16 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Specific Technical Data Total current max. 30 A 30 A Current per connection max. 10 A 10 A Conductor range Strip length Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; each with 24 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Input: mm² / 24 6 AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 89 x 38 x 55; height from upper-edge of DIN-rail 102 x 38 x 55; height from upper-edge of DIN-rail Weight 112 g 141 g Electronic Interface 169

172 Volume 4, Section 8 Interface Modules with Specialty Functions Potential distribution module; 1 potential; with 1 input clamping point; conductor cross-section up to 16 mm²; with lever; with 6 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / blue / / Potential distribution module; 1 potential; with 1 input clamping point; conductor cross-section up to 16 mm²; with lever; with 9 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Specific Technical Data Total current max. 65 A 65 A Current per connection max. 12 A 10 A Conductor range Strip length Input: mm² / 16 6 AWG Output: mm² / AWG Input: mm / inch Output: 8 9 mm / inch Input: mm² / 16 6 AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 21 x 49 x 85; height from upper-edge of DIN-rail 21 x 62 x 85; height from upper-edge of DIN-rail Weight 51 g 57 g 170 Electronic Interface

173 Volume 4, Section 8 Interface Modules with Specialty Functions P1 P1 P2 P2 Potential distribution module; 1 potential; with 2 input clamping points; conductor cross-section up to 6 mm²; with levers; with 9 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; with levers; each with 8 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Specific Technical Data Total current max. 30 A 30 A Current per connection max. 10 A 10 A Conductor range Strip length Input: mm² / AWG Output: mm² / AWG Input: 11 mm / 0.43 inch Output: 5 6 mm / inch Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 21 x 62 x 85; height from upper-edge of DIN-rail 49 x 38 x 55; height from upper-edge of DIN-rail Weight 56 g 76 g Electronic Interface 171

174 Volume 4, Section 8 Interface Modules with Specialty Functions P1 P1 P2 P2 P1 P1 P2 P2 Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; with levers; each with 12 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; with levers; each with 16 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Specific Technical Data Total current max. 30 A 30 A Current per connection max. 10 A 10 A Conductor range Strip length Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 69 x 38 x 55; height from upper-edge of DIN-rail 89 x 38 x 55; height from upper-edge of DIN-rail Weight 97 g 108 g 172 Electronic Interface

175 Volume 4, Section 8 Interface Modules with Specialty Functions P1 P1 P2 P2 P1 P1 P2 P2 Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; with levers; each with 24 output clamping points; conductor cross-section up to 2.5 mm² Color Pack. Unit gray / Potential distribution module; 2 potentials; with 2 input clamping points; conductor cross-section up to 6 mm²; with levers; each with 8 output clamping points; conductor cross-section up to 2.5 mm²; with fuse Color Pack. Unit gray / Specific Technical Data Total current max. 30 A 30 A Current per connection max. 10 A 6.3 A Conductor range Strip length Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Input: mm² / AWG Output: mm² / AWG Input: mm / inch Output: 5 6 mm / inch Dimensions (mm) W x H x D 102 x 53 x 55; height from upper-edge of DIN-rail 98 x 48 x 106; height from upper-edge of DIN-rail Weight 145 g 163 g Electronic Interface 173

176 Volume 6, Section 1 Terminal Block Marking Micro-WSB Inline Markers Micro-WSB Inline markers; plain; 2,000 markers (4 mm) per reel; not stretchable for: Color Pack. Unit Modular Empty Housing, 2857 Series white Micro-WSB Inline markers are compatible with 2857 Series Modular Empty Housings. 174 Marking

177 Volume 6, Section 3 Device Marking Circuit ID Labels and Marking Strips Circuit ID labels; self-adhesive; plain; 750 labels/roll; single-row; divided into two fields Color Pack. Unit white Circuit ID labels; self-adhesive; plain; 750 labels/roll; single-row; divided into three fields Color Pack. Unit white Marking strip; self-adhesive; plain; 20 m/reel; 30 mm wide Color Pack. Unit yellow / Marking strip; self-adhesive; plain; 20 m/reel; 12.7 mm wide; for Siemes ET200 Color Pack. Unit white yellow / Marking strip; self-adhesive; plain; 20 m/reel; 22.6 mm wide; for Siemes S7 Color Pack. Unit white yellow / Marking 175

178 Volume 6, Chapter 4 Printer and Software Cutter for smartprinter Hardware requirements: Printer model: smartprinter From manufacturing month/year: 0814 August 2014 Firmware version: 1.UW7i Printer driver: Version Software requirements: smartscript: Version or higher WAGO Printer Settings: Version or higher Cutter for smartprinter; only for marking strips; not suitable for WMB Inline markers Pack. Unit Approved print material to be cut: Marking Strips: , , , / Self-Adhesive Marking Strips: , Cable Tie Markers: , / Self-Laminating Labels: Conductor Markers for Thread-On Mounting: Type Labels: , Continuous Labels: Label for Circuit Identification: , Dimensions of printing materials: Width (max.):46 mm Thickness (max.): 250 µm Technical Data Width Height Depth Weight 60 mm 107 mm 131 mm 1050 g 176 Marking

179 Band 6 Kapitel 4 Printer and Software Ink Ribbon for smartprinter Thermal transfer ink ribbon for smartprinter; suitable for all markers in every WAGO product line; 50 mm wide x 74 m Color Pack. Unit red / Marking 177