I/O-SYSTEM/Interface Modules. New Items: Spring 2008 N 3/4

Transcription

1 /Interface Modules New Items: Spring 008 N /

2 Contents Modular IP0 Series 70, 79 ETHERNET TCP/IP -Port Programmable Fieldbus Controller 0 0 ETHERNET TCP/IP & RS- Programmable Fieldbus Controller 0 0 SERCOS III - Fieldbus Coupler Linux Programmable Fieldbus Controller Programmable Fieldbus Controller for Telecontrol Applications 0 KN IP Programmable Fieldbus Controller BACnet/IP Programmable Fieldbus Controller -Channel Digital Input Module DC 60 V 6 WAGO ETS Plug-In/WAGO BACnet Configurator 8 WAGOframe 9 PROFIBUS Fieldbus Connector 0 ETHERNET RJ- Connector, IP0 USB Service Cable Industrial Switches Series 8 -Port 00BASE-T Industrial Switch 8-Port 00BASE-T Industrial Switch 8-Port 00BASE-T + -Slot 00BASE-F Industrial Switch 6 7-Port 00BASE-T + -Slot 00BASE-F Industrial Managed Switch 7 SFP Module 00Base-F LC 8 Telecontrol Technology TO-PASS TM Series 76 TO-PASS TM Telecontrol Module S 0 TO-PASS TM Telecontrol Module M Accessories for Telecontrol Modules TO-PASS TM Configuration Software Modular IP67 Series 767 PROFINET Fieldbus Coupler PROFIBUS DP/V Fieldbus Coupler 6 7 PROFIBUS DP/V Programmable Fieldbus Coupler 8 9 ETHERNET Fieldbus Coupler 0 ETHERNET Programmable Fieldbus Coupler DeviceNet Fieldbus Coupler CANopen Fieldbus Coupler 6 7 CANopen Programmable Fieldbus Coupler 8 9 Digital Input Module V DC; 8 Inputs (8 x M8) 60 6 Digital Input Module V DC; 8 Inputs ( x M) 6 6 Digital Output Module V DC/0. A; 8 Outputs (8 x M8) 6 6 Digital Output Module V DC/0. A; 8 Outputs ( x M) Digital Output Module V DC/.0 A; 8 Outputs (8 x M8) Digital Output Module V DC/.0 A; 8 Outputs ( x M) 70 7 Analog Input Module Voltage/Current; Inputs 7 7 Analog Input Module RTD; Inputs 7 7 Analog Output Module Voltage/Current; Outputs Power Divider V DC Accessories (Cable, Connectors, Marking) 80 8 CoDeSys 86 Contents Interface Modules Interface Modules Series 87, 88 Relay Modules with Pluggable Miniature Switching Relay Accessories for Relay Modules with Pluggable Miniature Switching Relay 90 9 Relay Socket for Industrial Relays 9 Accessories for Relay Sockets 9 9 Interface Modules Series 89 Interface Module with High-Density D-Sub Header for 9" Racks 96 ETHERNET Interface Modules 97

3 70-87 ETHERNET TCP/IP Port Programmable Fieldbus Controller 0/00 Mbits/s; digital and analog signals Fieldbus connection RJ- Fieldbus connection RJ- ETHERNET LINK MS NS TxD/RxD I/O USR A B 0 0 V 0V + + C D Status voltage supply -System -Power jumer contacts Data contacts V 0 V via power jumper contacts V Address ON W V Configuration and programming interface Power jumper contacts This fieldbus controller connects the WAGO- to the ETHERNET fieldbus. The fieldbus controller automatically configures, creating a local process image that may include analog, digital or specialty modules. Analog and specialty module data is sent via words and/or bytes; digital data is sent bit by bit. This fieldbus controller permits data transmission rates of 0/00 Mbits/s and is programmable in accordance with IEC 6-. The controller provides KB program memory, 6 KB data memory and KB retain memory. It is capable of multitasking, has a battery-backed, real-time clock and is based on a -bit CPU. The controller offers many different application protocols which can be used for data acquisition or control (MODBUS, ETHERNET/IP) or for system management and diagnostics (HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP and SMTP). HTML pages can be placed on an internal server for use in Web-based applications. The second Ethernet interface allows daisy-chaining up to a maximum segment length of 00 m. Due to signal propagation time, the maximum number of controllers that can be wired in series is 0. In addition, the controller provides the option of configuring the IP address via built-in DIP switch. Description ETHERNET TCP/IP -port Controller Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section System Data No. of controllers connected to Master limited by ETHERNET specification Transmission medium Twisted Pair S-UTP 00 Ω Cat. Max. length of fieldbus segment 00 m hub station and 70-87; max. length of network limited by ETHERNET specification Baud rate 0/00 Mbits/s Buscoupler connection x RJ- Protocols MODBUS/TCP (UDP), ETHERNET/IP, HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP, SMTP Programming WAGO-I/O-PRO CAA IEC 6- IL, LD, FBD, ST, FC Approvals Conformity marking r UL 08

4 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules Number of I/O modules 6 With bus extension 0 Fieldbus Max. input process image Kbytes Max. output process image Kbytes Input variables (max.) bytes Output variables (max.) bytes Configuration via PC Program memory Kbytes Data memory 6 Kbytes Non-volatile memory (retain) Kbytes (6 Kbytes retain, 8 Kbytes flag) Voltage supply DC V (- % %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (- % %) Current via power jumper contacts (max.) DC 0 A General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 8 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection EMC -Immy to interference IP0 acc. to EN (00) EMC -Emission of interference acc. to EN (00) + A (00)

5 70-87 ETHERNET TCP/IP & RS- Programmable Fieldbus Controller 0/00 Mbits/s; digital and analog signals Fieldbus connection RJ- ETHERNET LINK MS NS TxD/RxD I/O USR A B 0 0 V 0V + + C D Status voltage supply -System -Power jumer contacts Data contacts V 0 V via power jumper contacts V Fieldbus connection RS- W V Configuration and programming interface Power jumper contacts This fieldbus controller connects the WAGO- to ETHERNET. The fieldbus controller automatically configures, creating a local process image that may include analog, digital or specialty modules. Analog and specialty module data is sent via words and/or bytes; digital data is sent bit by bit. This fieldbus controller permits data transmission rates of 0/00 Mbits/s and is programmable in accordance with IEC 6-. The controller provides KB program memory, 6 KB data memory and KB retain memory. It is capable of multitasking, has a battery-backed, real-time clock and is based on a -bit CPU. The controller offers many different application protocols which can be used for data acquisition or control (MODBUS, ETHERNET/IP) or for system management and diagnostics (HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP and SMTP). HTML pages can be placed on an internal server for use in Web-based applications. The integrated RS- interface communicates with external devices. The controller can also be addressed as Modbus RTU slave via RS- interface. Description ETHERNET TCP/IP RS- Controller Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section System Data System data ETHERNET: No. of controllers connected to Master limited by ETHERNET specification Transmission medium Twisted Pair S-UTP 00 Ω Cat. Max. length of fieldbus segment 00 m hub station and 70-87; max. length of network limited by ETHERNET specification Baud rate 0/00 Mbits/s Buscoupler connection RJ- Protocols MODBUS/TCP (UDP), ETHERNET/IP, HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP, SMTP System data Serial: Transmission medium shielded Cu cable () x 0. mm² Max. length of fieldbus segment 00 m (depends on the baud rate / on the cable) Baud rate (00) 0 baud... (00) 900 baud Buscoupler connection x D-Sub 9; socket Programming WAGO-I/O-PRO CAA IEC 6- IL, LD, FBD, ST, FC Approvals Conformity marking r UL 08

6 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules Number of I/O modules 6 With bus extension 0 Fieldbus Max. input process image Kbytes Max. output process image Kbytes Input variables (max.) bytes Output variables (max.) bytes Configuration via PC Program memory Kbytes Data memory 6 Kbytes Non-volatile memory (retain) Kbytes (6 Kbytes retain, 8 Kbytes flag) Voltage supply DC V (- % %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (- % %) Current via power jumper contacts (max.) DC 0 A General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 8 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection EMC -Immy to interference IP0 acc. to EN (00) EMC -Emission of interference acc. to EN (00) + A (00)

7 6 70- SERCOS III Fieldbus Coupler -port; 00 Mbits/s; digital and analog signals Fieldbus connection RJ- Fieldbus connection RJ- SERCOS III LINK MS NS TxD/RxD I/O USR A B 0 0 V 0V + + C D Status voltage supply -System -Power jumer contacts Data contacts V 0 V via power jumper contacts V Address ON W 70-0 V Configuration interface Power jumper contacts The 70- Fielbus Coupler connects the WAGO- to the SERCOS III network. The fieldbus coupler is capable of supporting all WAGO I/O modules. The buscoupler automatically configures, creating a local process image which may include analog, digital or specialty modules. Analog and specialty module data is sent via words and/or bytes; digital data is sent bit by bit. The buscoupler can integrate into the application as a SERCOS III I/O device and supports the SERCOS III service channel (SVC), real-time channel (RTC) and TCP/IP communication standard. Two integrated ports allow easy creation of a line or ring structure without requiring additional components. The ports support Auto-MDI/MDI and will automatically detect the data direction so interchanging cables on the coupler will not impact operation. The SERCOS III node ID is assigned directly via network configuration. Description SERCOS III Coupler 70- System Data Number of couplers (slaves) in Sercos ring Transmission medium Twisted Pair S-UTP 00 Ω Cat. Max. length of fieldbus segment 00 m, limited by ETHERNET specification Max. length of network. km, limited by ETHERNET specification Baud rate 00 Mbits/s, full duplex Buscoupler connection x RJ- Protocols SERCOSIII, FSP-IO, TCP/IP, FTP, HTTP Supported services SVC, RTC, CC, IP, hot plug, ring break Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section Approvals Conformity marking SERCOSIII version V. (pending) (GDP_Basic, SCP_FixCFG, SCP_VarCFG, SCP_Sync) IO profile V. (pending)

8 7 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules 70- Number of I/O modules 6 With bus extension 0 Fieldbus Max. input process image Kbytes (RTC and SVC) Max. output process image Kbytes (RTC and SVC) Configuration Node configuration via: WAGO ETHERNET settings, Web-based management, WAGO-I/O-CHECK, SERCOS III-Master (CP or higher), address selector switch Voltage supply DC V (- % %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (- % %) Current via power jumper contacts (max.) DC 0 A General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 0 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection IP0 EMC -Immy to interference acc. to EN (00) EMC -Emission of interference acc. to EN (00) + A:00

9 Linux Programmable Fieldbus Controller ETHERNET 0/00 Mbits/s; digital and analog signals Fieldbus connection RJ- ETHERNET LINK MS NS TxD/RxD I/O USR W A B 0 0 V 0V + + C D Status voltage supply -System -Power jumper contacts Data contacts V 0 V via power jumper contacts V 0 V Configuration interface Power jumper contacts With the Linux Ethernet controller, a platform is now available for a high-level language software running on an open operating system. The Linux operating system (kernel version.6), which is tailor-made for the embedded controller, allows an efficient software development as known from PC application areas. Free availability of Linux source code and license-free use of the operating system are the major advantages of the Linux operating system. Usually, software development is also performed in a Linux environment and is supported by descriptive examples. Support: Owing to the complexity of the open Linux ETHERNET controller, the large number of application options and related error sources, WAGO will only provide a hardware support for these versions. The user must directly address the other product partners for the required software support (this may have an additional fee). The Linux Ethernet controller can be used in a wide variety of applications in which only special hardware or small PC systems are used. Description Linux ETHERNET Controller System Data No. of controllers connected to Master limited by ETHERNET specification Transmission medium Twisted Pair S-UTP 00 Ω Cat. Max. length of fieldbus segment 00m between hub station and ; max. length of network limited by ETHERNET specification Baud rate 0/00 Mbits/s Buscoupler connection RJ- Protocols MODBUS/TCP, HTTP, BootP, DHCP, DNS, SNTP, FTP, NFS Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section Linux Controller Distribution CD 79-9 Approvals Conformity marking r UL 08 r UL 60 Class I Div ABCD TA

10 9 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules Number of I/O modules 6 With bus extension 0 Fieldbus Max. input process image Kbytes Max. output process image Kbytes CPU -Bit-Risc ARM7TDMI RAM memory 6 Mbyte SDRAM, Kbyte NOVRAM FLASH Mbytes EEPROM Kbytes Operating system Linux (Kernel Version.6) Voltage supply DC V (- % %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (- % %) Current via power jumper contacts (max.) DC 0 A General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 9 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection IP0 EMC -Immy to interference acc. to EN 008- (996), EN (999) EMC -Emission of interference acc. to EN 008- (99)

11 Programmable fieldbus controller for telecontrol applications 0/00 Mbits/s; digital and analog signals Fieldbus connection RJ- ETHERNET LINK MS NS TxD/RxD I/O USR A B 0 0 V 0V + + C D Status voltage supply -System -Power jumer contacts Data contacts V 0 V via power jumper contacts V W V D-Sub (only for 70-87) Configuration and programming interface Power jumper contacts The programmable fieldbus controller of the WAGO- meets the requirements for use in telecontrol applications. The controller offers many different application protocols which can be used for data acquisition or control (MODBUS TCP/ -RTU, IEC /-0, 96R, RK, ETHERNET/IP) or for system management and diagnostics (HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP and SMTP). HTML pages can be placed on an internal server for use in WEB-based applications. Programs can be called directly via ML and ASP. Furthermore, the product incorporates library functions for , SOAP, ASP, IP configuration, ETHERNET sockets and file system. Description Telecontrol Controller RJ- + D-Sub Telecontrol Controller RJ / Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section The controller, based on a -bit CPU, is capable of multitasking and has a battery-backed, real-time clock. Programming of the application is done with WAGO-I/O-PRO CAA in accordance with IEC 6-. The programmer can access all fieldbus and I/O data. The programmer can access the IEC and 0 telecontrol protocol via function blocks using the CoDeSys program. As an alternative, users who do not want to write a PLC program can simply parameterize the IEC and -0 telecontrol protocol within the CoDeSys environment. System Data System data ETHERNET: No. of controllers connected to Master limited by ETHERNET specification Transmission medium Twisted Pair S-UTP 00 Ω Cat. Max. length of fieldbus segment 00 m hub station and 70-87; max. length of network limited by ETHERNET specification Baud rate 0/00 Mbits/s Buscoupler connection RJ- Protocols MODBUS/TCP (UDP), ETHERNET/IP, HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP, SMTP System data Serial: (only for 70-87) No. of controllers connected to Master limited Transmission medium shielded Cu cable () x 0. mm² Max. length of fieldbus segment 00 m depends on the baud rate / on the cable) Baud rate 9600 baud baud Buscoupler connection x D-Sub 9; socket Approvals Conformity marking Marine applications see Full Line Catalog 08/09 Volume Programming IEC 6- Libraries WAGO-I/O-PRO CAA IL, LD, FBD, ST, FC IEC /-0, 96R/RK

12 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules Number of I/O modules 6 With bus extension 0 Fieldbus Max. input process image Kbytes Max. output process image Kbytes Input variables (max.) bytes Output variables (max.) bytes Configuration via PC Program memory Kbytes Data memory 6 Kbytes Non-volatile memory (retain) Kbytes (6 Kbytes retain, 8 Kbytes flag) File system MB 70-87/ MB Voltage supply DC V (- % %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (- % %) Current via power jumper contacts (max.) DC 0 A IEC and -0 library: Document of conformity see Number of control stations Number of information objects General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 8 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection EMC -Immy to interference IP0 acc. to EN (999) EMC -Emission of interference acc. to EN 008- (99)

13 70-89 KN IP Programmable Fieldbus Controller 0/00 Mbits/s; digital and analog signals Fieldbus connection RJ- Fieldbus connection RJ- Programming button for router modus and device mode PRG IP PRG RT KN IP LNK ACT LNK ACT 0 0 MS/PRG IP V 0V NS/PRG RT I/O USR W A B + + C D Status voltage -System -Power jumper contacts Data contacts V 0 V via power jumper contacts V 0V Configuration and programming interface (flap open) Power jumper contacts Mode switch The controller can include up to two logical KN devices at the same time.. In conjunction with the WAGO-, the KN IP Controller can be used as a programmable application controller within the KN IP network. The controller supports 70/7 Series digital, analog and specialty modules. The controller facilitates data transmission rates of 0/00 Mbits/s. It is programmable in accordance with IEC 6-. KN objects of any type (EIS/DPT) can be created using the programming tool. Libraries including ready-made function blocks are readily available on the WAGO Web site for programming. The controller supports a maximum of communication objects, group addresses and associations. Supported DPTs: All (acc. to KN standard 0_07_0 Datapoint Types V.0).. Combined with the KN/EIB/TP module, the KN IP Controller can be operated as router on an IP backbone (Ethernet). No IEC application is required for the router functionality. Both devices are commissioned and configured in the ETS using the WAGO product database. The software includes a plug-in that automatically installs and opens for configuration. The KN IP Controller features an integrated -port 0/00 Mbits/s switch and allows easy line structure creation without requiring additional network components. The maximum number of controllers that can be wired in series is 0. An internal server is available for Web-based applications. The controller has KB program memory, 6 KB data memory and KB retentive memory. It is capable of multitasking, has a battery-backed, real-time clock and is based on a -bit CPU. The controller offers many different application protocols for control tasks (Modbus, KNnet/IP), as well as for system management and diagnostics (HTTP, BootP, DHCP, DNS, AutoIP, SNTP, FTP, SNMP and SMTP). The number of KN/EIB/TP modules (70-66) that are supported by the KN IP Controller does not depend on the application. Description KN IP Controller Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section WAGO ETS plug-in (included in WAGO ETS product database) Download: Service Downloads Gebäudeautomation ETS Produktdatenbank Approvals Conformity marking r UL 08 Marine applications pending KN certified KN (pending) System Data No. of controllers limited by network topology Transmission medium S-UTP 00 Ω Cat. Max. length of fieldbus segment 00 m limited by IEEE 80. Max. length of network 000 m; max. 0 controllers in series Baud rate 0/00 Mbits/s Buscoupler connection x RJ- (linked via -port switch) Protocols KNnet/IP, MODBUS/TCP (UDP), HTTP, BootP, DHCP, DNS, AutoIP, SNTP, FTP, SNMP V, SMTP Programming WAGO-I/O-PRO CAA IEC 6- IL, LD, FBD (CFC), ST, FC KN-specific KN/TP bus specification.0 Commissioning (KN side) with ETS plug-in, programming buttons Device mode: Number of communication objects Number of group addresses Number of associations Supported DPTs All ( *acc. to KN Specification 0_07_0 Data Point Types V.0) Max. number of logical KN devices, simultaneous ;. device,. router (with. KN/EIB/TP module)

14 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules Number of I/O modules 6 With bus extension 0 Configuration via PC Program memory Kbytes Data memory 6 Kbytes Non-volatile memory (retain) Kbytes (6 Kbytes retain, 8 Kbytes flag) Voltage supply DC V (-% %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (-% %) Current via power jumper contacts (max.) DC 0 A Fieldbus (Modbus/TCP): Max. input process image Kbytes Max. output process image Kbytes Input variables (max.) bytes Output variables (max.) bytes General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 90 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection EMC -Immy to interference IP0 acc. to EN (00) EMC -Emission of interference acc. to EN (00) + A:00 EMC marine applications - acc. to Germanischer Lloyd (00) Immy to interference EMC marine applications - acc. to Germanischer Lloyd (00) Emission of interference

15 70-80 BACnet/IP Programmable Fieldbus Controller 0/00 Mbits/s; digital and analog signals Fieldbus connection RJ- BACnet/IP LINK ACT BT MS NS I/O USR A B 0 0 C D V 0V + + Status voltage supply -System -Power jumer contacts Data contacts V 0 V via power jumper contacts V Fieldbus connection RS- 0 V Service interface as configuration and programming interface (with cover open) Power jumper contacts Mode switch The BACnet Controller connects the WAGO- with the BACnet protocol. The controller corresponds to BACnet B-BC device profile according to DIN EN ISO 68-. The controller provides the three following functionalities:.native server: For each channel, appropriate BACnet objects are generated automatically for the digital, analog input and output modules that are connected to the controller..application server: Other supported BACnet objects can be created via IEC 6- programming environment..application client: Using the client functionality, objects and their properties can be accessed by other BACnet devices. Description BACnet/IP Controller Accessories Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section PC software WAGO BACnet configurator Access to BACnet/IP networks is provided by the controller's RJ- interface. The RS- interface can be used as standard RS- or as BACnet-PTP connection to other PTP-capable BACnet devices. For the controller, application programming is completed with WAGO-I/O-PRO CAA in accordance with IEC 6-. The controller, based on a -bit CPU, is capable of multitasking and has a battery-backed, real-time clock. HTML pages can be placed on an internal server for use in Web-based applications. Start-up and configuration of the BACnet networks is performed using the Windows-compliant WAGO BACnet configurator. System Data System data ETHERNET: No. of controllers limited by network topology Transmission medium S-UTP 00 Ω Cat Max. length of fieldbus segment 00 m limited by IEEE 80. Max. length of network acc. to IEEE 80. standard Baud rate 0/00 Mbits/s Buscoupler connection x RJ-, x RS- Protocols BACnet/IP, BACnet PTP, MODBUS/TCP (UDP), HTTP, BootP, DHCP, DNS, SNTP, FTP, SNMP V, SMTP System data Serial (BACnet PTP): Baud rate 9600 baud baud Max. length of fieldbus segment m depending on the baud rate / on the cable (at 900 baud) Buscoupler connection x D-Sub 9; socket Programming WAGO-I/O-PRO CAA IEC 6- IL, LD, FBD (CFC), ST, FC BACnet device profile B-BC (BACnet Building Controller) Approvals Conformity marking r UL 08 BACnet conformity test BACnet conformity (pending)

16 FI ELDBUS I NTERFA CE ELECTRON ICS V /0 V V 0 V V 0 V V 0 V 0 nf 0 nf DC DC ELECTRONICS FIELDBUS I NTERFACE I/O modules Number of I/O modules 6 With bus extension 0 Configuration via PC Program memory Kbytes Data memory 6 Kbytes Non-volatile memory (retain) Kbytes (6 Kbytes retain, 8 Kbytes flag) Voltage supply DC V (-% %) Max. input current ( V) 00 ma Efficiency of the power supply 87 % Internal current consumption ( V) 00 ma Total current for I/O modules ( V) 700 ma Isolation 00 V system/supply Voltage via power jumper contacts DC V (-% %) Current via power jumper contacts (max.) DC 0 A BACnet implementation acc. to DIN EN ISO 68- =ANSI/ASHRAE -00 General Specifications Operating temperature 0 C... + C Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0. in Dimensions (mm) W x H x L x 6 x 00 Height from upper-edge of DIN rail Weight 88 g Storage temperature - C C Relative air humidity (no condensation) 9 % Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection EMC -Immy to interference IP0 acc. to EN (00) EMC -Emission of interference acc. to EN (00) + A:00 Fieldbus (Modbus/TCP): Max. input process image Max. output process image Input variables (max.) Output variables (max.) Kbytes Kbytes bytes bytes

17 Channel Digital Input Module DC 60 V - to -conductor connection; high-side switching Status DI DI A B + + C D Status DI Data contacts DI 60 V + + DI 60 V 6 DI DI 60 V 0 nf/00 V DI 0 V 0 V 7 0 V nf/ kv Delivery without Mini WSB marker Power jumper contacts 70-9 The digital input module receives control signals from digital field devices (sensors, etc.). The module is a -channel, -conductor device; sensors with a ground (earth) wire may be directly connected to the module. Each input module has a noise-rejection filter with a time constant. Field and system levels are electrically isolated. NOTICE: An additional supply module (70-6) must be added for operation with DC 60 V. Description DI 60V DC.0ms (without connector) 7-9 Accessories Connectors Series Coding elements No. of inputs Current consumption max (internal). ma Voltage via power jumper contacts DC 60 V (-0 %... + %) Signal voltage (0) DC -7. V... + V Signal voltage () DC V... 7 V Input filter.0 ms Input current typ..9 ms Isolation 00 V system/field Internal bit width bits Wire connection CAGE CLAMP Cross sections 0.08 mm².... mm² / AWG 8... Stripped lengths mm / 0.7 in Width mm Weight 0 g EMC -Immy to interference acc. to EN (00) EMC -Emission of interference acc. to EN (006) Miniature WSB quick marking system Plain 8-0 with marking see Full Line Catalog 08/09 Volume, Section Approvals Series 7 Conformity marking

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19 8 WAGO ETS Plug-In/WAGO BACnet Configurator Description WAGO ETS Plug-In Description WAGO BACnet Configurator The WAGO ETS Plug-In is an ETS product database extension that allows the use of WAGO products, such as: the 7-66 KN/EIB/TP Module, the KN IP Controller as well as the KNnet/IP Router (consisting of KN module and KN IP Controller). This ETS extension represents the type of control software that gives the ETS access to new options for WAGO devices and enables their configuration. The software s enhanced structure offers intuitive navigation providing both experienced ETS users and newcomers with exceptional usability. A key feature of the KN/EIB/TP Module or controller software is that the PLC variables : are mapped in the communication objects of the ETS. When a group address is assigned for the first time, the communication object is made visible within the ETS. When the objects are disconnected again, they are no longer visible within the ETS. The WAGO BACnet Configurator is an independent commissioning, configuration and management software. Among the configurator s capabilities are the logical structuring of the project and network, addressing of the controller and configuration of the client and the server in every BACnet/IP Controller. The representation of the devices, objects and configuration data is done in a logical, structured network and an IP view, which is divided into client/server function and its location in the building. The configurator displays all configuration data. The user may change the data, load it onto either one, or several, controllers and save it in an override file. The configurator provides a browser to view the BACnet object properties and modify the current parameters (communicate value changes, write property values, utilize BACnet services, etc.). Additionally, a LOG window is also available for client services. System requirements: Operating System: Windows 98, Windows 000, Windows P (P recommended) Other: The Plug-In requires the ETS in version.0d The ETS Plug-In can be downloaded for free. see: System requirements: Operating System: Windows 000/P Windows P (P recommended) The WAGO BACnet Configurator can be downloaded for free. see:

20 79-70 WAGOframe FDT frame application for parameterization, commissioning and diagnostics of devices with DTM device driver 9 WAGOframe: Parameterizing a JUMPLE transducer WAGOframe: Wizard function WAGOframe is an FDT/DTM-based software used for parameterization, commissioning and diagnostics of field devices. DTM device drivers for the devices employed are required to use the WAGOframe FDT frame application. The WAGOframe FDT frame application provides a wizard, which simplifies the operation of components, such as WAGO JUMPFLE DTMs. For example, this wizard guides the user through the different operating modes of DTM device drivers. Depending on the PC communication interface used, an appropriate communication cable including DTM is required. Description WAGOframe Accessories Configuration JUMPFLE Series 87 WAGO USB Service Cable 70-9 Configuration SPEEDWAY Series 767 USB communication cable 76-0/0-00 System requirements: PC Pentium GHz or higher Operating system Microsoft Windows 000; Microsoft Windows P Professional; Microsoft Windows Vista Memory min. MBytes (Windows P); min. 0 MBytes (Windows Vista ) Hard disk storage min. 0 MBytes CD-ROM required Graphics card GA or higher Mouse required Other Free interface in PC for communication with the device (e.g., USB, Serial, ETHERNET,...) Included Additional requirements CD ROM with software and documentation Cable between PC communication interface and device. DTM software for the communication interface used in the PC. DTM software of the device. Windows is a registered trademark of Microsoft Corporation

21 PROFIBUS Fieldbus Connector 6. mm.9 mm 7.8 mm Thread ø mm B A B A S 90 Ω 0 Ω 90 Ω Male connector mm.6 mm. mm mm mm. mm mm 6 mm 7 mm The fieldbus connector links a PROFIBUS device to a PROFIBUS line. The fieldbus connector has the following features: Compact design. It is particularly well-suited for the connection to an S7 PLC. No losable parts. horizontal cable entries. One input and one output. Fast and maintenance-free CAGE CLAMP connection, can be held in the open position with the help of an actuation slide mechanism. Externally operable switch to activate and/or deactivate the network terminating resistor. For the first and last station on the bus, the switch must be set to ON (terminating resistor activated, outgoing bus line disconnected). Switch setting to OFF for the intermediate stations on the bus (terminating resistor deactivated). Description Bus Connector with D-Sub Male Connector; 9 Poles Accessories Screwdriver with partially insulated shaft Type, blade. x 0. mm / x 0.06 in Test pin, mm / 0.09 in Test wire for soldering Markers Double cable input Ø 8. mm Data transmission rate corresponding to PROFIBUS specification up to Mbits/s Voltage supply DC.7 V.... V Current consumption max. (internal) ma Fixing screw UNC- A -0 Max. tightening torque 0. Nm Housing material PC-V0 Housing color light gray Degree of protection IP 0 Ambient operating temperature 0 C C Storage temperature - C C Relative air humidity (no condensation) 9 % Wire connection CAGE CLAMP terminal strip with locking slide (WAGO Series 8) mm² / AWG sep. connection 0.7 mm / AWG 8 possible Stripped length see graphic

22 70-97 PROFIBUS Fieldbus Connector 6. mm. mm 7.8 mm Thread ø mm B A B A S Female connector 90 Ω 0 Ω 90 Ω Male connector 9 9 mm. mm. mm mm mm. mm mm 6 mm 7 mm The fieldbus connector links a PROFIBUS device to a PROFIBUS line. The fieldbus connector has the following features: Compact design. It is particularly well-suited for the connection to an S7 PLC. No losable parts. PG interface horizontal cable entries. One input and one output. Fast and maintenance-free CAGE CLAMP connection, can be held in the open position with the help of an actuation slide mechanism. Externally operable switch to activate and/or deactivate the network terminating resistor. Description Bus Connector with D-Sub Male and Female Connectors; 9 Poles Accessories Screwdriver with partially insulated shaft Type, blade. x 0. mm / x 0.06 in Test pin, mm / 0.09 in Test wire for soldering Markers For the first and last station on the bus, the switch must be set to ON (terminating resistor activated, outgoing bus line disconnected). Switch setting to OFF for the intermediate stations on the bus (terminating resistor deactivated). Double cable input Ø 8. mm Data transmission rate corresponding to PROFIBUS specification up to Mbits/s Voltage supply DC.7 V.... V Current consumption max. (internal) ma Fixing screw UNC- A -0 Max. tightening torque 0. Nm Housing material PC-V0 Housing color light gray Degree of protection IP 0 Ambient operating temperature 0 C C Storage temperature - C C Relative air humidity (no condensation) 9 % Wire connection CAGE CLAMP terminal strip with locking slide (WAGO Series 8) mm² / AWG sep. connection 0.7 mm / AWG 8 possible Stripped length see graphic

23 70-97 Ethernet RJ- Connector, IP0 Ethernet 0/00 Mbit/s; for field assembly < mm > <,7 mm > R9 <_ mm _> <_ mm _> < min. mm / max. 9 mm > < 6,6 > < 6,0 mm > Versatile RJ- connector for industrial, office and building wiring. The compact RJ- uses IDC technology for easy field assembly connection is made without tools. The connector is compliant with all required standards. Large conductor cross sections can also be connected and the connector satisfies Category e. Description Ethernet RJ- Connector, IP General specifications: No. of poles 8 Contact material Bronze (CuSn6) Contact plating >. μm gold over. μm nickel Insulation material Connector, polycarbonate (UL-9-V0) Housing material Plastic, gray, (UL9-V0) Mating cycles min. > 000 Wire connection IDC acc. to 60- IDC surface treatment Tin-plated, approx. μm Cross section solid: 0. mm mm / AWG 6/... /; stranded: 0. mm mm / AWG 6/7... /7 Admissible insulation Ø.60 mm Cable jacket Ø. mm mm Wire strain relief With plastic ribs Cable strain relief > 0 N Shield contacting Large surface >80 (on cable shield) Shield material Brass (CuZn), hot-dip tinned μm Temperature range -0 C C Storage temperature -0 C C Electrical data Contact resistance (wire IDC) < mω; (strand IDC) < mω Connector shield < 0 mω Insulation resistance (00 V) > 00 MΩ Dielectric strength (contact-contact) > 000 V, min.; (shield-contact) > 00 V, min. Nominal current.7 A / 0 C Approvals - Basic standard: IEC RJ-, Category - CD ISO/IEC 80: 00 - EN 07: 00 - EIA/TIA 68B: 00

24 70-9 WAGO USB Service Cable The WAGO USB Service Cable connects a PC (notebook) to either the service Interface of the 87 Series Signal Conditioners and Relay Modules (JUMPFLE) or to WAGO- buscouplers/controllers. Notice: Using the WAGO 79-9 USB Service Cable in combination with some of the programmable fieldbus controllers requires a certain firmware version or higher: 70-8 as from firmware version 70-87/ as from firmware version Description WAGO USB Service Cable 70-9 USB specification.0 compatible/full-speed device Operating system Windows 98/000/P/VISTA Operating temperature - C C Interface USB type A/m Length. m Connector dimensions (WxHxD) x 0 x 9 mm Test voltage. kv, 0 Hz, min. Conformity marking Immy to interference EN EN Emission of interference EN 0

25 8-0 -Port 00BASE-T Industrial Switch PWR RPS ALM Primary Power LED Redundant Power LED Alarm LED T port 00 Mbps LED T port LNK/ACT LED 6 T ports () 6 -port 0/00 Industrial Switch LNK/ACT The 8-0 Industrial Switch is a -port 0/00Base-T Ethernet switch. The switch has a rugged housing, a redundant power supply and function monitoring with relay, making it ideal for a wide range of applications. Features: Redundant DC power supply Wide supply voltage range: 9 V... 8 V DIP switch enables alarm functions Full compliance with IEEE80., 80.u stantards Non-blocking, store-and-forward switching Auto-negotiation on all 0/00BaseT ports Auto-MDI/MDI (crossover) on all 0/00BaseT ports Description -Port 00BASE-T Industrial Switch 8-0 Ports x 0/00Base-T (RJ-) Standards IEEE 80.u 00Base-T; IEEE 80. 0Base-T Maximum distances 0/00Base-T: 00 m voltage DC 9 V... 8 V (line length < 0 m) Operating temperature 0 C C Storage temperature -0 C C Relative air humidity (no condensation) 9 % Dimensions (mm) W x H x L 0 x 0 x 0 Weight approx. 780 g Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection IP 0 EMC -Immy to interference acc. to EN (00) EMC -Emission of interference acc. to EN (00)

26 8-0 8-Port 00BASE-T Industrial Switch PWR RPS ALM Primary Power LED Redundant Power LED Alarm LED T port 00 Mbps LED T portlnk//act LED 8-0 0/ LNK/ACT 8-port 0/00 Industrial Switch The 8-0 Industrial Switch is an 8-port 0/00Base-T Ethernet switch. The switch has a rugged housing, a redundant power supply and function monitoring with relay, making it ideal for a wide range of applications. Features: Redundant DC power supply Large supply voltage range: 9 V... 8 V DIP switch enables alarm functions Full compliance with IEEE80., 80.u stantards Non-blocking, store-and-forward switching Auto-negotiation on all 0/00BaseT ports Auto-MDI/MDI (crossover) on all 0/00BaseT ports Description 8-Port 00BASE-T Industrial Switch 8-0 Ports 8 x 0/00Base-T (RJ-) Standards IEEE 80.u 00Base-T; IEEE 80. 0Base-T Throughputs,880/8,800 packets per second (pps) to 0/00 Mbps ports Maximum distances 0/00Base-T: 00 m voltage DC 9 V... 8 V (line length < 0 m) Operating temperature 0 C C Storage temperature -0 C C Relative air humidity (no condensation) 9 % Dimensions (mm) W x H x L 0 x 6 x 0 Weight approx. 780 g Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection IP 0 EMC -Immy to interference acc. to EN (00) EMC -Emission of interference acc. to EN (00)

27 Port 00BASE-T + -Slot 00BASE-F Industrial Switch PWR RPS ALM 00 LNK/ACT OFF LINE T 9 R 00 T 0 R 8-0 Primary Power LED Redundant Power LED Alarm LED T port 00 Mbps LED T port LNK/ACT LED 6 0/00 Base-T ports (8) 7 00 Base-F LC Fiber slots (SFP-type) () 8 Fiber port Offline LED () 9 Fiber port LNK/ACT LED () 0 Fiber port 00 Mbps LED () 0/ LNK/ACT 8-port 0/00+-port 00-F Industrial Switch The 8-0 Industrial Switch is an 8-port 0/00Base-T with dual SFP 00Base-F port (SFP modules are optional) Ethernet switch. The switch has a rugged housing, a redundant power supply and function monitoring with relay, making it ideal for a wide range of applications. Features: Redundant DC power supply Large supply voltage range: 9 V... 8 V DIP switch enables alarm functions Full compliance with IEEE80., 80.u stantards Non-blocking, store-and-forward switching Auto-negotiation on all 0/00BaseT ports Auto-MDI/MDI (crossover) on all 0/00BaseT ports Description 8/ Port 00BASE-T/F Industrial Switch 8-0 Accessories SFP Modules : 0nm, 00Base-F Multi-mode LC, km SFP Modules 0: 0nm, 00Base-F Single-mode LC, 0 km 8-0/ /07-00 Ports 8 x 0/00Base-T (RJ-); x SFP 00Base-F Fiber Standards IEEE 80.u 00Base-T/F; IEEE 80. 0Base-T Throughputs,880/8,800 packets per second (pps) to 0/00 Mbps ports Wavelength (optical fibers) depend on SFP module Maximum distances 0/00Base-T: 00 m; Fiber optic: up to 0 km voltage DC 9 V... 8 V (line length < 0 m) Operating temperature 0 C C Storage temperature -0 C C Relative air humidity (no condensation) 9 % Dimensions (mm) W x H x L 0 x 6 x 0 Weight approx. 780 g Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection IP 0 EMC -Immy to interference acc. to EN (00) EMC -Emission of interference acc. to EN (00)

28 8-0 7-Port 00BASE-T + -Slot 00BASE-F Industrial Managed Switch LNK/ACT T R 00 T PWR RPS ALM POST OFF LINE 8-0 LASER ON Reset 6 Primary Power LED Redundant Power LED Alarm LED POST LED LASER ON LED for fiber-optic modules 6 Reset button 7 T-port 00 Mbps LED 8 T-port LNK/ACT LED 9 RS- Console port (RJ-) 0 T-ports 0/00 Mbps (7) 00 Base-F LC Fiber slots (SFP-type) () Fiber 00 Mbps LED () Fiber port LNK/ACT LED () Fiber port Offline LED () R 00 0/ LNK/ACT CONSOLE 7-port 0/00+-port 00-F Managed Switch (RS-) The 8-0 Industrial Switch is a 7-port 0/00Base-T with dual SFP 00Base-F port (SFP modules are optional) configurable Ethernet switch. The switch has a rugged housing, a redundant power supply and function monitoring with relay. These functions along with extensive Ethernet switch options make it ideal for a wide range of applications. Features: Web-based/SNMP management Redundant DC power supply Large supply voltage range: 9 V... 8 V DIP switch enables alarm functions Full compliance with IEEE80., 80.u, 80.x,80.d, 80.q, 80.p standards press Ring (redundant ring recovery < 0 ms) Non-blocking, store-and-forward switching Auto-negotiation on all 0/00BaseT ports Auto-MDI/MDI (crossover) on all 0/00BaseT ports VLAN (80.q) VID IGMP Snooping for multicast filtering Port configuration, status, statistics Port Trunking SNMP v/v and RMON Description 7/-Port 00BASE-T/F Industrial Managed Switch Accessories SFP Modules : 0nm, 00Base-F Multi-mode LC, km SFP Modules 0: 0nm, 00Base-F Single-mode LC, 0 km / /07-00 Ports 7 x 0/00Base-T (RJ-); x SFP 00Base-F Fiber; x RS- (RJ-) Standards IEEE 80.u 00Base-T/F; IEEE 80.ad Port Trunking; IEEE 80. 0Base-T; IEEE 80.d Spanning Tree Protocol; IEEE 80.x Flow Control; IEEE 80.p Priority Queues; IEEE 80.q VLAN Tagging MAC table Up to K addresses VLANs Port-based and Tag-based (6VIDs) Throughputs,880/8,800 packets per second (pps) to 0/00 Mbps ports Wavelength (optical fibers) depend on SFP module Maximum distances 0/00Base-T: 00 m; Fiber optic: up to 0 km; RS-: m voltage DC 9 V... 8 V (line length < 0 m) Operating temperature 0 C C Storage temperature -0 C C Relative air humidity (no condensation) 9 % Dimensions (mm) W x H x L 0 x 6 x 0 Weight approx. 780 g Vibration resistance acc. to IEC Shock resistance acc. to IEC Degree of protection IP 0 EMC -Immy to interference acc. to EN (00) EMC -Emission of interference acc. to EN (00)

29 8 SFP Modules 00Base-F LC ELECTRICAL SUBASSEMBLY DATA DATA/ LASER < 6,6 mm > < mm > T < 6, > R <, mm > T_DISABLE T_FAULT (0) () () DATA DATA/ R_LOS MOD_DEF OPTICAL SUB- ASSEMBLIES PRE- AMPLIFIER IC Diode Description SFP Module : 0nm, 00Base-F Multi-mode LC, km SFP Module 0: 0nm, 00Base-F Single-mode LC, 0 km Characteristics: Duplex LC optical connector; Industry standard small form pluggable (SFP) package; Compliant with Fast Ethernet standard; Differential LVPECL inputs and outputs; Single.V power supply; TTL signal detect indicator; Hot pluggable capability Connector Duplex LC Wavelength 0 nm Fiber type Multi-mode 6./ µm, 0/ µm Maximum distances 000 m Operating temperature 0 C C Storage temperature -0 C C Dimensions (mm) W x H x D. x. x 6.6 Laser Class acc. to EN 608- Connector Duplex LC Wavelength 0 nm Fiber type Single-mode 9/ µm, 0/ µm Maximum distances 0000 m Operating temperature 0 C C Storage temperature -0 C C Dimensions (mm) W x H x D. x. x 6.6 Laser Class acc. to EN / /07-00

30 9

31 0 76-xx TO-PASS TM Telecontrol Module S Wireless fault detector and telecontrol module Compact telecontrol module for fault detection/indication and Internet connectivity for machines and installations over a GSM network. The module can be used worldwide via an integrated quad-band GSM modem. Messages are sent via SMS, , fax or phone call. In addition, the process image can be transmitted in an adjustable cycle to a user-selected Internet address. Switching of outputs is performed via SMS. digital inputs, digital outputs and analog inputs with integrated GSM modem. Ideal for applications in distributed stations for temperatures ranging from -0 C to +70 C. Ability to mount on DIN-rail and intuitive user software make easy to handle. Operating voltage ranges from 8 to 6 VDC. Description Telecontrol Module S Telecontrol Module S AI 76-0 Telecontrol Module S WEB 76-0 Telecontrol Module S AI WEB 76-0 Accessories Antennas, USB adapter, GSM modem and power supply s Approvals see page Special functions: Acknowledgment: Acknowledging any fault message Stand-by: Automatic remote switching of the stand-by service GPRS-dedicated line: Permanent online connection to the process on a WEB server or PC with fixed IP address (e.g., DSL connection) LED indicators: Continuous "Com" + "Busy" + "Run" LED: CSD connection/communication initialization phase approx. 0 sec. Continuous "Busy" + "Run" LED: Active mode "Run" LED Hz: Error "Run" LED 0. Hz: Ready for operation No. of inputs Digital ( V... V); Analog (0/ ma... 0 ma) No. of outputs Digital: contacts Number of receivers (PC, SMS, , phone, fax) Communication GSM quad-band Communication types SMS (bidirectional), telecommunication dial-up connection (CSD), GPRS Internet connection Operating voltage DC 8 V... 6 V Closed current ma Current during transmission < 600 ma Internal resistance (analog inputs) 0 Ω Max. input current ( V).6 ma Load of digital outputs AC/DC 60 V/ A Operating temperature -0 C C Type of mounting TS Wire connection Terminal strips with push-wire connection (WAGO Series 0) Cross sections 0. mm².... mm² / AWG... Stripped lengths 9 mm /0. in Dimensions (mm) W x H x L 09 x 0 x 78 Weight.7 g Storage temperature -0 C C Degree of protection Immy to interference IP0 acc. to EN (00)

32 76-xx TO-PASS TM Telecontrol Module M Telecontrol master for remote connection, telecontrol and monitoring Compact telecontrol module for fault detection/indication and Internet connectivity for machines and installations over a GSM network. The module can be used worldwide via an integrated quad-band GSM modem. Messages are sent via SMS, , fax or phone call. In addition, the process image can be transmitted in an adjustable cycle to a user-selected Internet address. Switching of outputs is performed via SMS. 8 digital inputs, 8 analog inputs, digital outputs and analog outputs with integrated GSM modem. Ideal for applications in distributed stations for temperatures ranging from -0 C to +70 C. Ability to mount on DIN-rail and intuitive user software make easy to handle. Operating voltage ranges from 8 to 6 VDC. Both event and data loggers are available as special functions. A Modbus participant (e.g., 70-86) can also be connected via RS- interface to link additional process values. Description Telecontrol Module M Telecontrol Module M 8AI 76-0 Telecontrol Module M 8AI ESP 76-0 Telecontrol Module M 8AI DSP 76-0 Telecontrol Module M 8AI ESP, DSP 76-0 Telecontrol Module M WEB MODBUS 76-0 Telecontrol Module M 8AI WEB MODBUS Accessories Antennas, USB adapter, GSM modem and power supply s Approvals see page Special functions: Acknowledgment: Acknowledging any fault message Stand-by: Automatic remote switching of the stand-by service Remote parameterization: Programming and process visualization conveniently performed from the office Event logger: Saves all occurring status changes Data logger: Saves all process values with adjustable cycle GPRS-dedicated line: Permanent online connection to the process on a WEB server or PC with fixed IP address (e.g., DSL connection) LED indicators: Continuous "Com" + "Busy" + "Run" LED: CSD connection/communication initialization phase approx. 0 sec. Continuous "Busy" + "Run" LED: Active mode "Run" LED Hz: Error "Run" LED 0. Hz: Ready for operation No. of inputs Digital 8 ( V... V); Analog 8 (0/ ma... 0 ma) No. of outputs Digital: contacts, Analog: (0/ ma... 0 ma) Number of receivers (PC, SMS, , phone, fax) Communication GSM quad-band Communication types SMS (bidirectional), telecommunication dial-up connection (CSD), GPRS Internet connection Operating voltage DC 8 V... 6 V Closed current ma Current during transmission < 600 ma Internal resistance (analog inputs) 0 Ω Max. input current ( V).6 ma Load of digital outputs AC/DC 60 V/ A Operating temperature -0 C C Type of mounting TS Wire connection Terminal strips with push-wire connection (WAGO Series 0) Cross sections 0. mm².... mm² / AWG... Stripped lengths 9 mm /0. in Dimensions (mm) W x H x L 09 x 0 x 78 Weight.7 g Storage temperature -0 C C Degree of protection Immy to interference IP0 acc. to EN (00)

33 Accessories for Telecontrol Modules, Series 76 Description Dipole antenna with. m cable Theft-proof antenna with. m cable Rod antenna, long Description Connection cable for rod antenna, 6 m long USB adapter with m connection cable Description Dual-band GSM modem incl. power supply Power supply /charge regulator V... 0 V AC to V DC A, also for battery operation Battery VDC. Ah lead-acid Description Outdoor enclosure TO-PASS TM Outdoor is a compact for the installation of TO-PASS TM telecontrol modules in an IP 66 enclosure with an integrated GSM antenna, 0 VAC to VDC power supply, power failure safety protection provided by batteries and terminal block connections for the supply of additional sensors.

34 79-90 TO-PASS TM Configuration Software Software used to configure both 76-xx and 76-xx telecontrol modules. Compatible with Windows 000 and P. Communication to the modules via RS- port, USB port (via USB adapter, included in accessories) or external GSM modem (see accessories). Features: Intuitive parameterization of modules, without previous programming experience Display of current process values Line diagram for both data and event loggers Test of module's GSM received intensity Documentation and archival of configuration data Fast Copy function for the multiplication of configuration data German and English language interfaces Description Configuration software for 76-xx and 76-xx telecontrol modules System requirements: PC Pentium 00 MHz or faster Operating system Microsoft Windows 000 ; Microsoft Windows P Professional ; Microsoft Windows Vista Memory Min. 6 Mbytes (Windows P); Min. 0 Mbytes (Windows Vista) Hard disk storage Min. Mbytes CD-ROM required Graphics card GA or higher Mouse required Other Serial interface Included: CD ROM with software and documentation Additional requirements: Cable between PC communication interface and device. Windows is a registered trademark of Microsoft Corporation

35 IP67The New Performance Standard The trend toward decentralization requires increasingly powerful IP67 solutions. In addition to installing components directly on a machine (which saves space as well as overall switch cabinet costs), there is a growing need to divide installations into function s. This allows them to be jointly operated, while developing, testing, producing and extending them individually. This requires IP67 systems that are just as flexible and functional as current IP0 systems. Both the consideration and synergies resulting from these characteristics form the unique mechatronic basis for the WAGO SPEEDWAY 767. In addition to the features of a standard fieldbus component, a distributed programmable solution to IEC 6- has been created for demanding control and communication tasks.

36 Overview of system features Short cycle times Expedites preprocessing and data transmission WAGO-DSC (Digital System Control) Improves the data transmission rate depending on the system requirements Synchrony Supplies time-synchronous collection and transmission of signals Safety feature Transmits safety-relevant data deep into the field level CoDeSys.x programmable (IEC6-) Provides signal pre-processing, relief of higher-level control systems and improved system availability FDT/DTM parameterization For multi-vendor device management Asynchronous and synchronous diagnostics Performs rapid, precise error analysis and reduces shutdown times USB interface Standardizes access during parameterization and programming Temperature range from C to +60 C Ideal for extreme environments IP67 degree of protection, fully encapsulated Ensures uncompromising safety in the harshest conditions Modular design Allows on-site signal acquisition and transmission according to user requirements Fieldbus independent Accommodates an increasingly wide variety of installation requirements Screw and DIN-rail mounting Enables the flexible installation of modules Excellent EMC protection Electromagnetic compatibility safeguards the application Effective power supply concept Conveniently powers modules Standard connection technology (Plug & Play) Supplies all components with easy and safe connections Ergonomic design Design clearly identifies all indications and markings

37 improved features 6 6 PerfOrmance WAGO-DSC (Digital System Control) Synchronous, highly accurate signal processing Cycle times < 00 µs capacity Temperature range from C to +60 C IP67 degree of protection Excellent EMC protection Fully encapsulated ergonomy

38 functionality 7 6 Integrated safety features Synchronous and asynchronous diagnostics Programmable and configurable connectivity Open for all fieldbus systems Standard connection technology USB interface Innovative marking options Ergonomic design Variable mounting options

39 improved data transmission 6 8 WAGO-DSC (Digital System Control) Time-synchronous collection and transmission of signals Jitter/Skew < µs Low latency Example: digital signals < 00 µs * 6 analog signals < ms * digital signals and 8 analog signals < 0 µs * * Worst case (at a maximum total system extension of 00 meters) cle time y C [µsec] Number of signals Digital Analog _ + _ 00 0

40 Up to the physical limit Modern ETHERNET-based fieldbus systems such as PROFINET, Powerlink and SERCOS III provide for data communication performance and an application range that greatly exceeds those found in standard PLC systems. The communication bottleneck between the fieldbus system and the sensors/actuators has been eliminated by improving the following four features of the remote WAGO SPEEDWAY 767 I/O system: WAGO-DSC (Digital System Control) Maximum speed up to the physical limit: Depending on the installation type, WAGO SPEEDWAY 767 can automatically determine the maximum data rate at startup and optimize set data transmission. Using speed control, the cycle times for installations with short cable runs can be reduced significantly as compared to the times stated in the Data Transmission Example. Even at a maximum extension of 00 meters, control loops, motion controls and rapid metering of signal acquisition can be performed via fieldbus. This results in considerably easier and less expensive automation solutions. Synchrony WAGO SPEEDWAY 767 also provides time-synchronous signal acquisition and transmission. This is completed by the trigger being sent to either the fieldbus system clock or to another external time base. Jitter/Skew Control algorithms can only be performed if the acquisition times are equidistant to the control variable. WAGO SPEEDWAY 767 has a jitter of < µs, which provides the highest levels of control quality. Triggering the signals (Skew), which are distributed over the whole system, is completed using the same precision of < µs. Latency In data communication, control and regulation delays are undesirable but theoretically inevitable. The WAGO SPEEDWAY 767 system latency is minimal and constant. 9 6

41 improved, local signal acquisition/transmission 6 0 Performance parameters Up to: 6 I/O modules per station 8 channels per module 0 channels per station 00 m total extension per station 0 m between two modules Fieldbus coupler/controller module System bus Spacer module ToTa T l Tal Fieldbus USB interface Safety module

42 6 The system has a consistent modular design: I/O modules are used for the modular extension of fieldbus couplers and IEC6- programmable fieldbus couplers. Only two lines (communication, supply) are required for connecting the system, so that processing I/O signals can be directly performed on site, even when mounted in very different ways. When installed in areas of high signal concentration, the modules can be mounted in a horizontal and/or a vertical position for maximum space efficiency. Additionally, the 767's modularity ensures that the acquisition of a few, but widely distributed signals, can also be easily performed. Consider expensive field wiring or space-related problems in switch cabinets a thing of the past. m 0 0 ex n o i t n e t Power distribution module I/O module Additional supply Consistently modular for maximum efficiency

43 FB 8 7 BF CS DIA PS ACT/LNK RES B/E 0I R/S 9I SI 8I ⁷ 7 ⁶ 6 ⁵ ⁴ ³ ² ¹ ⁰ 0 V U LS U A 767-xxxx I I I I I I I I I WAGO SPEEDWAY 767 Dimensions and assembly dimensions Fieldbus coupler/programmable fieldbus coupler _> _>, > _> _> >,7, <,7 > < > < < 0, 08, 7 COM _> > > > < > < > 9 _> < 7 >, I/O module _> _>, > _> _> >,7, <_ 8, <_ < > < < 0, 08, 7 0 V U LS U A 767-xxxx _> > > > < > <,7 > 7,7 _> < 0 >, Power divider _> _>, > >, > >, <_ 8, <_ 6 < > < < 0, 08, 7 V U LS U A _> > > > < > <,7 > 7,7 _> < 0 >,

44 WAGO SPEEDWAY 767 General specifications Materials: Enclosures Polyamide (PA) light gray (RAL70) Makrolon (address switch cover) transparent Flammability acc. to UL9-V0 halogen-, silicon-free Sealing Polyurethane (PUR) halogen-, silicon-free M8+M connectors M8x Ms nickel-plated tapped bush Mx Ms nickel-plated tapped bush CUSn6 contacts (Ni/Au surface) 0 mating cycles Viton seal Transportation and storage requirements: Free fall m IEC/EN Temperature -0 C C Relative humidity... 9 % without condensation Air pressure hpa m Operating conditions: Operating temperature C any fitting position Temperature change K/ s Air pressure hpa m Pollutant concentration SO: <0. ppm HS: <0. ppm Degree of pollution IEC6066 (IEC6) Protection class I IEC606 (VDE006, Part) Degree of protection IP 67 (NEMA 6&6P) DIN000 (EN609) Mechanical capacities: Vibration resistance acc. to IEC Shock resistance (temporary) acc. to IEC Continuous shock resistance acc. to IEC Impact resistance acc. to IEC Electromagnetic compatibility: Immy to interference acc. to EN Emission of interference acc. to EN

45 767-0 PROFINET Fieldbus Coupler incl. 8 digital inputs (8 x M8) PROFINET PROFINET Input () PROFINET Input () LED indicators Operation panel BF CS DIA ACT/LNK I RES I B/E 9ISI 8I⁷ 7I ⁸ 6I ⁶ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital inputs () Channel marking USB connection () COM 0 V U LS U A output () input () PROFINET is the innovative and open Industrial Ethernet standard for automation. PROFINET covers all requirements of automation technology. PROFINET offers solutions for manufacturing/process automation and safety applications in addition to covering an entire range of needs from drive technology to synchronous motion control applications. The fieldbus coupler links the WAGO SPEEDWAY 767 System to PROFINET. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. The application protocol PROFINET IO is available for process data and the protocol services SNMP, DCP and LLDP for the system administration and diagnostics. - 8 digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - FDT/DTM (incl. diagnostics and simulation) parameterization - Enclosed operation panel (operating mode and address switch ) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description FC PROFINET 8DI V DC Fieldbus: Type Wire connection () Baud rate Transmission medium Device name PROFINET IO Device M connectors, D coded, poles 00 Mbits/s Copper cable Adjustable by hardware (or via DCP) Accessories PROFINET cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages DTM (Device Type Manager) Download: Protocols PROFINET Additional data see PROFINET specification Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

46 PROFINET Input Input M D coded Operation panel ON < Reset Boot / Execute Set Network ⁷ Address ⁶ ⁵ ⁴ ³ ² ¹ ⁰ : TD+ : RD+ : TD : RD Housing: Shield Digital Input... 8 M8 M B coded System bus connection : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 70 pf Block diagram of an input 70 pf Input M Logic Error F USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: PROFINET IEC68 r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image bytes Output process image bytes LED indicators: BF: PROFINET bus error LED (red) ACT/LNK : PROFINET network LED (green) connection CS: Coupler status LED (green/red) DIA: PROFINET diagnostics LED (red) ACT/LNK : PROFINET data LED (green) exchange : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

47 PROFIBUS DP/ V Fieldbus Coupler incl. 8 digital inputs (8 x M8) PROFIBUS PROFIBUS Input () PROFIBUS Output () LED indicators Operation panel RUN DIA CS BF BUS I RES I B/E 8I SSA 7I ⁶ 6I ⁶ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital inputs () Channel marking USB connection () COM 0 V U LS U A output () input () PROFIBUS is a manufacturer-independent, open fieldbus standard for a wide range of automation applications. Its operation is based on the Master-Slave principle; communication with active participants is performed via Token Passing method. As a slave, the fieldbus coupler links the WAGO SPEEDWAY 767 System to PROFIBUS. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. Device, module and channel diagnostics are supported according to the PROFIBUS standard. - 8 digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB interface for servicing purposes - GSD or FDT/ DTM (incl. diagnostics and simulation) parameterization - Enclosed operation panel (operating mode and address switch) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description FC PROFIBUS DP 8DI V DC Accessories PROFIBUS cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages GSD files Download: DTM (Device Type Manager) Download: Fieldbus: Type PROFIBUS DP/ V slave Wire connection () M connectors, B coded, poles ) Baud rate MBits/s (automatic recognition) Transmission medium Copper cable Address area 0-6 (adjustable by hardware) Additional data see PROFIBUS specification Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. 0 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

48 7 PROFIBUS Input Output M B coded Operation panel ON < Reset Boot / Execute SSA ⁶ Address ⁵ ⁴ ³ ² ¹ ⁰ : + V * : Line A : GND * : Line B : Shield Housing: Shield *Internal signal Digital inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 70 pf Block diagram of an input 70 pf Input M Logic Error F USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: PROFIBUS IEC68 r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image bytes Output process image bytes LED indicators: RUN: Coupler initialization LED (green/red) DIA: PROFIBUS diagnostics LED (red) CS: Coupler status LED (green/red) BF: PROFIBUS bus error LED (red) BUS: PROFIBUS projecting error LED (red) : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

49 PROFIBUS DP/ V Programmable Fieldbus Coupler incl. 8 digital inputs (8 x M8) PROFIBUS PROFIBUS Input () PROFIBUS Output () LED indicators Operation panel RUN DIA CS BF BUS PS I RES I B/E 0I R/S 8I SSA 7I ⁶ 6I ⁵ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital Inputs () Channel marking USB connection () COM 0 V U LS U A output () input () PROFIBUS is a manufacturer-independent, open fieldbus standard for a wide range of automation applications. Its operation is based on the Master-Slave principle; communication with active participants is performed via Token Passing method. As a slave, the fieldbus coupler links the WAGO SPEEDWAY 767 System to PRO- FIBUS. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. Device, module and channel diagnostics are supported according to the PROFIBUS standard. In addition, this fieldbus coupler is programmable to IEC6- and can thus relieve the central control system and fieldbus, reduce response times, define the operating mode in the event of failure (fieldbus failure) as well as divide complex applications into independent, functional s. - 8 digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - GSD or FDT/ DTM (incl. diagnostics and simulation) parameterization - Programming acc. to IEC6- - Enclosed operation panel (operating mode and address switch) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description PFC PROFIBUS DP 8DI V DC Accessories PROFIBUS cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages GSD files Download: DTM (Device Type Manager) Download: Fieldbus: Type PROFIBUS DP/ V slave Wire connection () M connectors, B coded, poles Baud rate Mbits/s (automatic recognition) Transmission medium Copper cable Address area 0-6 (adjustable by hardware) Additional data see PROFIBUS specification Programming: WAGO-I/O-PRO Software CoDeSys.x IEC 6- IL, LD, FBD, ST, FC Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. 0 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

50 9 PROFIBUS Input Output M B coded Operation panel ON < Reset Boot / Execute Run / Stop SSA ⁶ Address ⁵ ⁴ ³ ² ¹ ⁰ : + V * : Line A : GND * : Line B : Shield Housing: Shield *Internal signal Digital Inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 70 pf Block diagram of an input 70 pf Input M Logic Error F USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: PROFIBUS IEC68 r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image bytes Output process image bytes Input variables bytes Output variables bytes Program memory 0 Kbytes Data memory 6 Kbytes Remanent memory Kbytes (0 Kbytes retain, Kbytes flag) LED indicators: RUN: Coupler initialization LED (green/red) DIA: PROFIBUS diagnostics LED (red) CS: Controller status LED (green/ red) BF: PROFIBUS bus error LED (red) BUS: PROFIBUS projecting error LED (red) PS: Program status LED (green/red) : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

51 EtherNet Fieldbus Coupler incl. 8 digital inputs (8 x M8) EtherNet EtherNet Input () EtherNet Input () LED indicators Operation panel MS CS NS ACT/LNK I RES I B/E 9ISN 8I⁷ 7I ⁸ 6I ⁵ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital inputs () Channel marking USB connection () COM 0 V U LS U A output () input () In addition to ModBus-TCP, the EtherNet/IP protocol has proven itself as an industrial communication standard over Ethernet. The fieldbus coupler links the WAGO SPEEDWAY 767 System to EtherNet. When initializing, the buscoupler determines the module structure of the station, to create a process image of all inputs and outputs. The application protocols ModBus-TCP and EtherNet/IP are available for process data and the protocol services Http, BootP, DHCP, DNS, SNTP, FTP and SNMP (on request) for the system administration and diagnostics. - 8 digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - FDT/DTM (incl. diagnostics and simulation) parameterization - Enclosed operation panel (operating mode and address switch) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description FC EtherNet 8DI V DC Accessories ETHERNET cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages DTM (Device Type Manager) Download: Fieldbus: Type EtherNet Wire connection () M connectors, D coded, poles Baud rate 0/00 Mbits/s Transmission medium Copper cable Address area - adjustable by hardware (last byte of IP address) Protocols ModBus/ TCP (UDP), EtherNet/ IP Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

52 EtherNet Input Input M D coded Operation panel ON < Reset Boot / Execute Set Network ⁷ Address ⁶ ⁵ ⁴ ³ ² ¹ ⁰ : T+ : R+ : T : R Housing: Shield Digital Inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 70 pf Block diagram of an input 70 pf Input M Logic Error F USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image 08 bytes Output process image 08 bytes LED indicators: MS: EtherNet module status LED (green/red) ACT/LNK : EtherNet data LED (green) exchange/network connection CS: Coupler status LED (green/red) NS: EtherNet network status LED (green/red) ACT/LNK : EtherNet data LED (green) exchange/network connection : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

53 767-0 EtherNet Programmable Fieldbus Coupler incl. 8 digital inputs (8 x M8) EtherNet EtherNet Input () EtherNet Input () LED indicators Operation panel MS CS NS PS ACT/LNK I RES I B/E 0I R/S 9ISN 8I⁷ 7I ⁶ 6I ⁵ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital inputs () Channel marking USB connection () COM 0 V U LS U A output () input () In addition to ModBus-TCP, the EtherNet/IP protocol has proven itself as an industrial communication standard over Ethernet. The fieldbus coupler links the WAGO SPEEDWAY 767 System to EtherNet. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. The application protocols ModBus-TCP and EtherNet/IP are available for process data and the protocol services Http, BootP, DHCP, DNS, SNTP, FTP and SNMP (on request) for the system administration and diagnostics. In addition, this fieldbus coupler is programmable to IEC6- and can thus relieve the central control system and fieldbus, reduce response times, define the operating mode in the event of failure (fieldbus failure) as well as divide complex applications into independent, functional s. Description PFC EtherNet 8DI V DC Accessories ETHERNET cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages DTM (Device Type Manager) Download: digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - FDT/DTM (incl. diagnostics and simulation) parameterization - Programming acc. to IEC6- - Enclosed operation panel (operating mode and address switch) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Fieldbus: Type EtherNet Wire connection () M connectors, D coded, poles Baud rate 0/ 00 Mbits/s Transmission medium Copper cable Address area - adjustable by hardware (last byte of IP address) Protocols ModBus/ TCP (UDP), EtherNet/ IP Programming: WAGO-I/O-PRO Software CoDeSys.x IEC 6- IL, LD, FBD, ST, FC Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

54 EtherNet Input Input M D coded Operation panel ON < Reset Boot / Execute Run / Stop Set Network ⁷ Address ⁶ ⁵ ⁴ ³ ² ¹ ⁰ : T+ : R+ : T : R Housing: Shield Digital Inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 70 pf Block diagram of an input 70 pf Input M Logic Error F USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image 08 bytes Output process image 08 bytes Input variables bytes Output variables bytes Program memory 0 Kbytes Data memory 6 Kbytes Remanent memory Kbytes (0 Kbytes retain, Kbytes flag) LED indicators: MS: EtherNet module status LED (green/red) ACT/LNK : EtherNet data LED (green) exchange/network connection CS: Controller status LED (green/ red) NS: EtherNet network status LED (green/red) ACT/LNK : EtherNet data LED (green) exchange/network connection PS: Program status LED (green/red) : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

55 767-0 DeviceNet Fieldbus Coupler incl. 8 digital inputs (8 x M8) DeviceNet DeviceNet Input () DeviceNet Output () LED indicators Operation panel MS NS IO MBO CS I RES I B/E 9IBR 8I 7I⁶ 6I ⁵ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital inputs () Channel marking USB connection () COM 0 V U LS U A output () input () DeviceNet is a manufacturer-independent, open CAN-based fieldbus protocol typically used for networking sensors and actuators with higher-level automation devices. It operates in both master-slave and multi-master modes, while active participants communicate via a point-to-point or a multipoint connection. As a slave, the fieldbus coupler links the WAGO SPEEDWAY 767 System to DeviceNet. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. - 8 digital inputs DC V included - Extendable in a modular way up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - FDT/DTM (incl. diagnostics and simulation) parameterization - Sealable operation panel (operating mode and address switch ) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description FC DeviceNet 8DI V DC Accessories DeviceNet cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages DTM (Device Type Manager) Download: Fieldbus: Type DevieNet Slave Wire connection () M connectors, A coded, poles Baud rate / 0/ 00 Kbits/s Transmission medium Copper cable Address area -6 (adjustable by hardware) Additional data see DeviceNet specification Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. 80 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

56 DeviceNet Input Output M A coded Operation panel ON < Reset Boot / Execute DS Baudrate ⁵ ⁴ ³ Address ² ¹ ⁰ : Drain : V+ : V : CAN_H : CAN_L Housing: Shield Digital Inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 Block diagram of an input Input M Logic Error F 8 Off Off On On 7 Off On Off On 0 00 Auto KB KB KB 70 pf 70 pf USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: DeviceNet IEC606-, EN0- r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image 08 bytes Output process image 08 bytes LED indicators: MS: DeviceNet module status LED (green/ red) NS: DeviceNet network status LED (green/ red) CS: Coupler status LED (green/red) IO: IO status LED (green/red) MBO: MAC-ID/Baud rate LED (orange) overwritten : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

57 CANopen Fieldbus Coupler incl. 8 digital inputs (8 x M8) CANopen CANopen Input () CANopen Output () LED indicators Operation panel RUN ERR CS R T I RES I B/E 9IBR 8I 7I⁶ 6I ⁵ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital Inputs () Channel marking USB connection () COM 0 V U LS U A output () input () CANopen is an industrial fieldbus protocol based on the Controller Area Network (CAN) system. The fieldbus links the WAGO SPEEDWAY 767 system as a slave to CANopen. As a slave, the fieldbus coupler links the WAGO SPEEDWAY 767 system to CANopen. Data is transmitted using PDOs and SDOs. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. The local process image is divided into two data zones containing the data received and the data to be sent. The process data is made available to the CANopen fieldbus. - 8 digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - FDT/DTM (incl. diagnostics and simulation) parameterization - Enclosed operation panel (operating mode and address switch) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description FC CANopen 8DI V DC Accessories CANopen cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages DTM (Device Type Manager) Download: Fieldbus Type CANopen slave Wire connection () M connectors, A coded, poles Baud rate / 00/ 000 Kbits Transmission medium Copper cable Address area -7 (adjustable by hardware) Additional data see CANopen specification Module supply Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. 8 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

58 7 CANopen Input Output M A coded Operation panel ON < Reset Boot / Execute Baudrate ⁶ ⁵ ⁴ ³ Address ² ¹ ⁰ : CAN_SHILD : CAN_V+ : CAN_GND : CAN_H : CAN_L Housing: Shield Digital Inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 Block diagram of an input Input M Logic Error F 9 8 Off Off On On Off On Off On 00 Auto KB KB MB 70 pf 70 pf USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service Type USB Wire connection () M8 connectors, poles Standards and approvals r UL 08 Conformity marking Configurable functions Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image Input process image bytes Output process image bytes Indicators RUN: CANopen status LED (green/ red) ERR: CANopen bus error LED (green/ red) CS: Coupler status LED (green/red) R: CANopen receiver buffer LED (red) T: CANopen transmit buffer LED (red) : Input status LED (yellow) F: Error status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

59 CANopen Programmable Fieldbus Coupler incl. 8 digital inputs (8 x M8) CANopen CANopen Input () CANopen Output () LED indicators Operation panel RUN ERR CS R T PS I RES I B/E 0IR/S 9IBR 8I 7I⁶ 6I ⁵ I ⁴ I ³ I ² I ¹ I ⁰ FB System bus connection () Module marking Digital inputs () Channel marking USB connection () COM 0 V U LS U A output () input () CANopen is an industrial fieldbus protocol based on the Controller Area Network (CAN) system. The fieldbus links the WAGO SPEEDWAY 767 System as a slave to CANopen. Data is transmitted using PDOs and SDOs. When initializing, the buscoupler determines the station's module structure and creates a process image of all inputs and outputs. The local process image is divided into two data zones containing: data received and data to be sent. The process data is available to the CANopen fieldbus. In addition, this fieldbus coupler is programmable to IEC6- and can thus relieve the central control system and fieldbus, reduce response times, define the operating mode in the event of failure (fieldbus failure) as well as divide complex applications into independent, functional s. - 8 digital inputs DC V included - Modular and extendable up to 6 I/O modules (via system bus connection) - USB Interface for servicing purposes - FDT/DTM (incl. diagnostics and simulation) parameterization - Programming acc. to IEC6- - Enclosed operation panel (operating mode and address switch) Included: WMB module marker card, yellow ( pcs) Channel marker strips ( pcs) M8 protective caps ( pcs) Description PFC CANopen 8DI V DC Accessories CANopen cable + accessories see page 8 System bus / power supply cable + accessories see page 80 General accessories see pages DTM (Device Type Manager) Download: Fieldbus: Type CANopen slave Wire connection () M connectors, A coded, poles Baud rate / 00/ 000 Kbits/s Transmission medium Copper cable Address area -7 (adjustable by hardware) Additional data see CANopen specification Programming: WAGO-I/O-PRO Software CoDeSys.x IEC 6- IL, LD, FBD, ST, FC Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. 8 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply ) Derating must be observed ) Also required for power supply transmission

60 9 CANopen Input Output M A coded Operation panel ON < Reset Boot / Execute Run / Stop Baudrate ⁶ ⁵ ⁴ ³ Address ² ¹ ⁰ : CAN_SHILD : CAN_V+ : CAN_GND : CAN_H : CAN_L Housing: Shield Digital Inputs... 8 M8 System bus connection M B coded : V : 0 V U LS : Input : TD+ : TD-- : RD-- : RD+ : GND Housing: Shield + Digital Input... 8 M8 Block diagram of an input Input M Logic Error F 9 8 Off Off On On Off On Off On 00 Auto KB KB MB 70 pf 70 pf USB COM M8 : + V : Data : +Data : GND Housing: Shield Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Module mount Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ..8 ma Cable length, unshielded 0 m Wrong connection of inputs No effect System bus: Number of expendable modules 6 Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus, fieldbus 00 V AC each Service: Type USB Wire connection () M8 connectors, poles Standards and approvals: r UL 08 Conformity marking Configurable functions: Fieldbus coupler see manual Digital inputs Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Input process image bytes Output process image bytes Input variables bytes Output variables bytes Program memory 0 Kbytes Data memory 6 Kbytes Remanent memory Kbytes (0 Kbytes retain, Kbytes flag) LED indicators: RUN: CANopen status LED (green/ red) ERR: CANopen bus error LED (green / red) CS: Controller status LED (green/ red) R: CANopen receiver buffer LED (red) T: CANopen transmit buffer LED (red) PS: Program status LED (green/red) : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 7 x 7 x Weight approx. 0 g

61 Digital Input Module V DC 8 inputs (8 x M8) Module marking LED indicators System bus output () System bus input () Digital inputs () Channel marking 0 V U LS U A output () input () Digital input module records binary signals from switches, sensors and proximity switches (BEROs). - 8 digital inputs DC V - Diagnostic capable - Parametrizable (filter, online simulation and diagnostics) Included: WMB module marker card, yellow ( pcs) Marker strips ( pcs) M8 protective caps ( pcs) Description 8DI V DC (8xM8) Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V ) A DC V (- % %) current Logic and sensor current I LS typ. 0 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply Digital inputs: No. of inputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ. 7. ma Connection of -wire BEROs max.. ma admissible closed current Cable length, unshielded 0 m Wrong connection of inputs No effect ) Derating must be observed ) Also required for power supply transmission

62 6 System bus Input Output M B coded Digital Inputs... 8 M8 : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V : 0 V V LS : Input + Digital Input... 8 M8 Block diagram of an input Input M Logic Error F 70 pf 70 pf Input Output : V V LS : V V A : 0 V V LS : 0 V V A Module mount M A coded Input characteristic: Input voltage Typical input current -0 V DC < V IN < 0 V DC 0. ma 6. ma 7. ma 0 7. ma System bus: Wire connection () Standards and approvals: r UL 08 Conformity marking M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Process data width -byte data + status LED indicators: : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

63 Digital Input Module V DC 8 inputs ( x M - two inputs per connector) Module marking System bus output () System bus input () LED indicators 6 7 Digital inputs () 0 Channel marking V U LS U A output () input () Digital input module records binary signals from switches, sensors and proximity switches (BEROs). - 8 digital inputs DC V - Diagnostic capable - Parametrizable (filter, online simulation and diagnostics) Included: WMB module marker card, yellow ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description 8DI V DC (xm) Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V ) A DC V (- % %) current Logic and sensor current I LS typ. 0 ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply Digital inputs: No. of inputs 8 Wire connection () M connectors, A coded, poles Wire connection - to -wire Input filter parametrizable Input characteristic Type, acc. to IEC 6- Signal voltage (0) DC -0 V... + V Signal voltage () DC + V V Input circuit high-side switching Input voltage V DC (-0 V DC < V IN < +0 V DC) Input current typ. 7. ma Connection of -wire BEROs max.. ma admissible closed current Cable length, unshielded 0 m Wrong connection of inputs No effect ) Derating must be observed ) Also required for power supply transmission

64 6 System bus Input Output M B coded Digital Inputs... (two intputs/connector) M A coded : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V : 0 V V LS : n.c. : Input A : Input B + + Digital Input... M / 70 pf Block diagram of an input 70 pf Input M Logic Error F Input Output : V V LS : V V A : 0 V V LS : 0 V V A Module mount M A coded Input characteristic: Input voltage Typical input current -0 V DC < V IN < 0 V DC 0. ma 6. ma 7. ma 0 7. ma System bus: Wire connection () Standards and approvals: r UL 08 Conformity marking M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Input filter (per channel) 0./ 0./ / /0 ms/ filter off Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) Overload and short circuit (sensor supply) Undervoltage (V LS + V A ) Process image: Process data width -byte data + status LED indicators: : Input status LED (yellow) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

65 Digital Output Module V DC / 0. A 8 outputs (8 x M8) Module marking LED indicators System bus output () System bus input () Digital outputs () Channel marking 0 V U LS U A output () input () Digital output module for actuator control (e.g., magnetic valves, DC contactors, indicators). - 8 digital outputs DC V / 0. A - Diagnostic capable - Parametrizable (substitute values, online simulation and diagnostics) Included: WMB module marker card, red ( pcs) Marker strips ( pcs) M8 protective caps ( pcs) Description 8DO V DC 0.A (8xM8) Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma (only logic part) Actuator current I A typ. ma + actuators Protection Reverse voltage protection for V LS + V A Digital outputs: No. of outputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Output voltage V A Output current (per channel) 0. A (max. 0.6 A), short-circuit/overload proof (thermal disconnection) Voltage drop against V A at 00 ma approx. 0. V DC Output current (module) max. A Leakage current when switched off typ. 0 µa Switching on of overload circuit parametrizable Output circuit high-side switching ) Derating must be observed

66 6 System bus Input Output M B coded Digital Outputs... 8 : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V V A : 0 V V A Digital Output... 8 M8 Block diagram of an output M + Logic 0 nf 0 nf M8 : Output 70 pf Input Output : V V LS : V V A : 0 V V LS : 0 V V A Output Error F Module mount M A coded Information on selecting the actuor: Rise time from "0" to "" from "" to "0" typ. 0 µs (resistive load) typ. 0 µs (resistive load) Line length 0 m Resistance to reverse voltages on request Type of load Inductive, resistive loads and lamps Switching frequency Inductive load approx. 0 Hz Resistive load approx. 00 Hz Lamp load approx. 00 Hz Type of protective circuit External protection (e.g., recovery diodes) required Output resistance < 0. Ω Influence of operating states on output: CPU stop of PLC Acc. to substitute value strategy voltage under rated voltage tolerance 0 V status Interruption of supply voltage 0 V status Procedure of output Behavior in case of overload System bus: Wire connection () non-latching Auto restart M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Substitute value strategy (per channel) Switch substitute value / hold last value Substitute value (per channel) 0 / (Default: 0) Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) (per module) Overload and short circuit (actuators) Undervoltage (V LS + V A ) Process image: Process data width -byte data + status LED indicators: : Output status LED (yellow / red) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching Standards and approvals: r UL 08 Conformity marking General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

67 Digital Output Module V DC / 0. A 8 outputs ( x M - two outputs per connector) Module marking System bus output () System bus input () LED indicators 6 7 Digital outputs () 0 Channel marking V U LS U A output () input () Digital output module for actuator control (e.g., magnetic valves, DC contactors, indicators). - 8 digital outputs DC V / 0. A - Diagnostic capable - Parametrizable (substitute values, online simulation and diagnostics) Included: WMB module marker card, red ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description 8DO V DC 0.A (xm) Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of supply connections max. 8 A (V LS : A, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma (only logic part) Actuator current I A typ. ma + actuators Protection Reverse voltage protection for V LS + V A Digital outputs: No. of outputs 8 Wire connection () M connectors, A coded, poles Wire connection - to -wire Output voltage V A Output current (per channel) 0. A (max. 0.6 A), short-circuit/overload proof (thermal disconnection) Voltage drop against V A at 00 ma approx. 0. V DC Output current (module) max. A Leakage current when switched off typ. 0 µa Switching on of overload circuit parametrizable Output circuit high-side switching ) Derating must be observed

68 67 System bus Input Output M B coded Digital Outputs... (two outputs/connector) : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V V A : 0 V V A Digital Output... M Block diagram of an output M : n.c. + + / Logic 0 nf 0 nf M A coded : Output A : Output B 70 pf Input Output : V V LS : V V A : 0 V V LS : 0 V V A Output Error F Module mount M A coded Information on selecting the actuor: Rise time from "0" to "" from "" to "0" typ. 0 µs (resistive load) typ. 0 µs (resistive load) Line length 0 m Resistance to reverse voltages on request Type of load Inductive, resistive loads and lamps Switching frequency Inductive load approx. 0 Hz Resistive load approx. 00 Hz Lamp load approx. 00 Hz Type of protective circuit External protection (e.g., recovery diodes) required Output resistance < 0. Ω Influence of operating states on output: CPU stop of PLC Acc. to substitute value strategy voltage under rated voltage tolerance 0 V status Interruption of supply voltage 0 V status Procedure of output Behavior in case of overload System bus: Wire connection () non-latching Auto restart M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Substitute value strategy (per channel) Switch substitute value / hold last value Substitute value (per channel) 0 / (Default: 0) Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) (per module) Overload and short circuit (actuators) Undervoltage (V LS + V A ) Process image: Process data width -byte data + status LED indicators: : Output status LED (yellow / red) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching Standards and approvals: r UL 08 Conformity marking General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

69 Digital Output Module V DC /.0 A 8 outputs (8 x M8) Module marking LED indicators System bus output () System bus input () Digital outputs () Channel marking 0 V U LS U A input () input () Digital output module for actuator control (e.g., magnetic valves, DC contactors, indicators). - 8 digital outputs DC V /.0 A - Diagnostic capable - Parametrizable (substitute values, online simulation and diagnostics) Included: WMB module marker card, red ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description 8DO V DC.0A (8xM8) Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of both supply inputs each. A max. (V LS : ma, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma (only logic part) Actuator current I A typ. ma + actuators Protection Reverse voltage protection for V LS + V A Digital outputs: No. of outputs 8 Wire connection () M8 connectors, poles Wire connection - to -wire Output voltage V A Output current (per channel).0 A (max.. A), short-circuit/overload proof (thermal disconnection) Voltage drop against V A at.0 A approx. 0. V DC Output current (module) max. 8 A Leakage current when switched off typ. 780 µa Switching on of overload circuit parametrizable Output circuit high-side switching ) Derating must be observed

70 69 System bus Input Output M B coded Digital Outputs... 8 : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V V A : 0 V V A Digital Output... 8 M8 Block diagram of an output M + Logic 0 nf 0 nf M8 : Output 70 pf Input Output : V V LS : V V A : 0 V V LS : 0 V V A Output Error F Module mount M A coded Information on selecting the actuor: Rise time from "0" to "" from "" to "0" typ. 0 µs (resistive load) typ. 0 µs (resistive load) Line length 0 m Resistance to reverse voltages A Type of load Inductive, resistive loads and lamps Switching frequency Inductive load approx. 0 Hz Resistive load approx. 00 Hz Lamp load approx. 00 Hz Type of protective circuit External protection (e.g., recovery diodes) required Output resistance approx. 0. Ω Influence of operating states on output: CPU stop of PLC Acc. to substitute value strategy voltage under rated voltage tolerance 0 V status Interruption of supply voltage 0 V status Procedure of output Behavior in case of overload System bus: Wire connection () non-latching Auto restart M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Substitute value strategy (per channel) Switch substitute value / hold last value Substitute value (per channel) 0 / (Default: 0) Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) (per module) Overload and short circuit (actuators) Undervoltage (V LS + V A ) Process image: Process data width -byte data + status LED indicators: : Output status LED (yellow / red) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching Standards and approvals: r UL 08 Conformity marking General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

71 Digital Output Module V DC /.0 A 8 outputs ( x M - two outputs per connector) Module marking System bus output () System bus input () LED indicators 6 7 Digital outputs () 0 Channel marking V U LS U A input () input () Digital output module for actuator control (e.g., magnetic valves, DC contactors, indicators). - 8 digital outputs DC V /.0 A - Diagnostic capable - Parametrizable (substitute values, online simulation and diagnostics) Included: WMB module marker card, red ( pcs) Marker strips ( pcs) M8 protective caps ( pcs) Description 8DO V DC.0A (xm) Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) Current carrying capacity of both supply inputs each. A max. (V LS : ma, V A : A) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma (only logic part) Actuator current I A typ. ma + actuators Protection Reverse voltage protection for V LS + V A Digital outputs: No. of outputs 8 Wire connection () M connectors, A coded, poles Wire connection - to -wire Output voltage V A Output current (per channel).0 A (max.. A), short-circuit/overload proof (thermal disconnection) Voltage drop against V A at.0 A approx. 0. V DC Output current (module) max. 8 A Leakage current when switched off typ. 780 µa Switching on of overload circuit parametrizable Output circuit high-side switching ) Derating must be observed

72 7 System bus Input Output M B coded Digital Outputs... (two outputs/connector) : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V V A : 0 V V A Digital Output... M Block diagram of an output M : n.c. + + / Logic 0 nf 0 nf M A coded : Output A : Output B 70 pf Input Output : V V LS : V V A : 0 V V LS : 0 V V A Output Error F Module mount M A coded Information on selecting the actuor: Rise time from "0" to "" from "" to "0" typ. 0 µs (resistive load) typ. 0 µs (resistive load) Line length 0 m Resistance to reverse voltages A Type of load Inductive, resistive loads and lamps Switching frequency Inductive load approx. 0 Hz Resistive load approx. 00 Hz Lamp load approx. 00 Hz Type of protective circuit External protection (e.g., recovery diodes) required Output resistance approx. 0. Ω Influence of operating states on output: CPU stop of PLC Acc. to substitute value strategy voltage under rated voltage tolerance 0 V status Interruption of supply voltage 0 V status Procedure of output Behavior in case of overload System bus: Wire connection () non-latching Auto restart M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Substitute value strategy (per channel) Switch substitute value / hold last value Substitute value (per channel) 0 / (Default: 0) Online simulation (per channel) Lock/unlock; simulation value: 0/ Diagnostics (per channel) (per module) Overload and short circuit (actuators) Undervoltage (V LS + V A ) Process image: Process data width -byte data + status LED indicators: : Output status LED (yellow / red) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching Standards and approvals: r UL 08 Conformity marking General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

73 Analog Input Module Voltage/Current inputs Module marking System bus output () System bus input () LED indicators Ch Er Ch Er Ch Analog inputs () Ch Er Er Channel marking V U LS U A output () input () Analog input module records voltage and current signals. - analog inputs 0-0 ma, -0 ma, ±0 ma, 0-0 V or ±0 V - Diagnostic capable - Parametrizable (measuring range, operating mode, filter, limiting values, online simulation and diagnostics) Included: WMB module marker card, green ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description AI V/I Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS ma + sensors (max. 00 ma) Actuator current I A ma Protection Reverse voltage protection for V LS + V A ; short circuit protection for sensor supply Analog inputs: No. of inputs Wire connection () M connectors, A coded, poles Type of signal Currents and voltages (differencial inputs) Wire connection - to -wire (external shield (screen) via knurled nut) Measuring range 0-0 ma, -0 ma, ±0 ma, 0-0 V, ±0 V Input impedance AI(V) 00 kω AI(I) 00 Ω Type of cable, cable length shielded, 0 m ) Derating must be observed ) Also required for power supply transmission

74 7 System bus Input Output M B coded Analog Inputs... : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V V LS : Input + Analog Input... M Block diagram of an input A/D Logic M M A coded : Schield : Input - : 0 V V LS Housing: Shield + _ + _ Shield 0 nf 70 pf Ch... Er... Input Output : V V LS : V V A : 0 V V LS : 0 V V A Module mount M A coded Analog value creation: Resolution Method of conversion Monotonicity without error codes Conversion time Sampling delay Sampling time of repetition Failures and errors: Voltage proof Max. measuring error at C Temperature error Maximum error over the full temperature range Maximum temporary deviation Common mode rejection System bus: Wire connection () Standards and approvals: r UL 08 Conformity marking 6 bits SAR yes ms ms (module) < 00 µs (channel/channel) ms up to V (internal current limitation) approx. ± 0. % of the measuring range approx. ± 0.0 % of the measuring range on request on request yes M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Measuring range (per channel) 0-0 ma, -0 ma, ±0 ma, 0-0 V, ±0 V Limiting values (per channel) (per channel) Lock/unlock Min/ Min/ Max/ Max Input filter (per channel) Low pass Sampling duration (per channel),,, 8 ms Interference frequency suppression (per channel) 0/60 Hz Online simulation (per channel) Lock/unlock; simulation value: (according to measuring range) Diagnostics (per module) (per module) (per channel) (per channel) (per channel) Short circuit (sensor power supply) Undervoltage (V LS + V A ) Wire break (-0 ma) Limit value violation Overrange/measuring range underflow Process image: Process data width 8-byte data + status LED indicators: Ch... Ch: Input status indicator LED (yellow) Er... Er: Input error indication LED (red) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

75 Analog Input Module RTD inputs Module marking System bus output () System bus input () LED indicators Ch Er Ch Er Ch Analog inputs () Ch Er Er Channel marking V U LS U A output () input () Analog input module records the values from resistance thermometers, resistors and potentiometer adjustment. - RTD analog inputs - Diagnostic capable - Parametrizable (measuring range, operating mode, filter, limiting values, online simulation and diagnostics) Included: WMB module marker card, green ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description AI RTD Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) voltage Logic and sensor voltage V LS DC V (- % %) ) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. 0 ma Actuator current I A ma Protection Reverse voltage protection for V LS + V A Analog inputs: No. of inputs Wire connection () M connectors, A coded, poles Type of signal Resistance thermometers, resistors, potentiometers Wire connection -/-/-wire (external shield (screen) via knurled nut) Signal measuring range RTD Pt00, Pt00, Pt00, Pt000 Ni00, Ni0, Ni000 Resistances kω and kω Potentiometer % setting angle (for. kω and kω) Free characteristics Pt000, NTC, etc. Temperature range Pt: -00 C C Ni: -60 C C Resolution (over whole range) 0. C / 0. Ω / 0.0 % Measuring current < 0. ma Type of cable, cable length shielded, 0 m ) Derating must be observed ) Also required for power supply transmission

76 7 System bus Input Output M B coded Analog Inputs... : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : R+ : RL+ Analog Input... M Block diagram of an input k M M A coded Input M A coded Output : Shield : RL - : R - Housing: Shield : V V LS : V V A : 0 V V LS : 0 V V A ϑ ϑ ϑ Shield 70 pf MU A/D Logic Ch... Er... Module mount Analog value creation: Resolution Input filter Method of conversion Monotonicity without error codes Conversion time Sampling time of repetition Linearizations Failures and errors: Max. measuring error at C Temperature error Maximum error over the full temperature range Maximum temporary deviation Repeat accuracy System bus: Wire connection () Isolation: Channel - Channel V LS, V A, system bus Standards and approvals: r UL 08 Conformity marking 6 bits 6,7 Hz, Hz, 0 Hz, 60 Hz, 0 Hz, 0 Hz, 00 Hz SigmaDelta yes / Input sampling frequency (s) Number of active channels x Conversion time x See free characteristic ± 0. % of the measuring range ± 0.00 % of the measuring range/ K on request on request on request M connectors, B coded, poles, shielded no 00 V AC each Configurable functions: Measuring range (per channel) (per channel) (per channel) Pt00/ Pt00/ Pt00/ Pt000, Ni00/ Ni0/ Ni000. kω / kω % setting angle (for. kω and kω) Pt000, NTC, separate characteristic (per channel) Wire connection (per channel) -wire/-wire/-wire Limiting values (per channel) Lock/unlock (per channel) Min/ Min/ Max/ Max Input filter (per channel) 6,7 Hz, Hz, 0 Hz, 60 Hz, 0 Hz, 0 Hz, 00 Hz Linearization (per channel) See free characteristic Online simulation (per channel) Lock/unlock; simulation value: (according to measuring range) Diagnostics (per module) (per channel) (per channel) (per channel) Undervoltage (V LS + V A ) Wire break Overrange/measuring range underflow Limit value violation Process image: Process data width 8-byte data + status LED indicators: Ch... Ch: Input status indicator LED (yellow) Er... Er: Input error indication LED (red) F: Fault status LED (red) V LS + V A : status LED (green) SB: System bus status LED (green/red) Indicators non-latching General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

77 Analog Output Module Voltage/Current outputs Module marking System bus output () System bus input () LED indicators Ch Er Ch Er Ch Analog outputs () Ch Er Er Channel marking V U LS U A output () input () Analog output module for the output of voltage and current signals. - analog outputs 0-0 ma, -0 ma, ±0 ma, 0-0 V or ±0 V - Diagnostic capable - Parametrizable (measuring range, substitute value strategy, substitute values, online simulation and diagnostics) Included: WMB module marker card, blue ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description AO V/I Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connectors, A coded, poles ) voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS 8 ma (only logic part) Actuator current I A ma + actuators Protection Reverse voltage protection for V LS + V A ; Overload and short circuit protection for V LS Analog outputs: No. of outputs Wire connection () M connectors, A coded, poles Type of signal Currents and voltages Wire connection - to -wire (external shield (screen) via knurled nut) Measuring range 0-0 ma, -0 ma, ±0 ma, 0-0 V, ±0 V Output load (load impedance) 00 Ω (current) kω (voltage) Maximum capacitive load (at voltage outputs) 0 nf Maximum inductive load (at current outputs) mh Type of cable, cable length shielded, 0 m ) Derating must be observed

78 77 System bus Input Output M B coded Analoge Outputs... : RD+/TD+ : RD--/TD-- : TD--/RD-- : TD+/RD+ : GND Housing: Shield : V : Output +/- Analog Output... M Block diagram of an output M M A coded : Schield : Output - : 0 V V A Housing: Shield + Ch.. Er.. Logic Input Output M A coded : V V LS : V V A : 0 V V LS : 0 V V A Error F Module mount Analog value creation: Resolution -bit unipolar, 6-bit bipolar Monotonicity yes Cycle time approx. ms Recovery time for resistive, inductive and capacitive loads approx. ms Failures and errors: Maximum continuous overload (without failure) 0 Ω Max. measuring error at C approx. ± 0. % of the measuring range Temperature error on request Maximum error over the full temperature range on request Overshooting approx. ± 0.0 % of the measuring range Output ripple approx. ± 0.0 % of the measuring range Crosstalk between the channels at DC voltage and AC voltage 0 Hz and 60 Hz - 90 db Maximum temporary deviation on request Short circuit protection electronic Nominal output current max. A System bus: Wire connection () M connectors, B coded, poles, shielded Isolation: Channel - Channel no V LS, V A, system bus 00 V AC each Configurable functions: Measuring range (per channel) 0-0 ma, -0 ma, ±0 ma, 0-0 V, ±0 V Substitute value strategy (per channel) Switch substitute value / hold last value Substitute value (per channel) 0 ma or 0 V / substitute value according to measuring range (Default: 0 ma or 0 V) Online simulation (per channel) Lock/unlock; simulation value: (according to measuring range) Diagnostics (per channel) (per module) Short circuit (voltage) or wire break (current) (actuator supply) Undervoltage (V LS + V A ) Process image: Process data width 8-byte data + status LED indicators: Ch... Ch: output status LED (yellow) Er... Er: output error LED (red) F: Fault status LED (red) V LS + V A : supply status LED (green) SB: system bus status LED (green/red) Indicators non-latching Standards and approvals: r UL 08 Conformity marking General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

79 Power Divider V DC 6 outputs (6xM) 6 outputs () 7 V U LS U A intputs () Power divider for supplying SPEEDWAY modules distributed over a large network. Included: WMB module marker card, gray ( pcs) Marker strips ( pcs) M protective caps ( pcs) Description Power Divider Accessories Marker strips, marking pen, spacer see pages module and protective caps IP67 cables and connectors see pages Module supply: Wire connection () M connector, 6 poles* voltage Logic and sensor voltage V LS DC V (- % %) Actuator voltage V A DC V (- % %) current Logic and sensor current I LS typ. ma Actuator current I A typ. ma outputs No. of outputs 6 Wire connection () M connectors, A coded, poles * Current carrying capacity / connector max. 8 A (V LS : A, V A : A) * Current carrying capacity / module max. A (V LS max. 8 A) (V A max. 6 A) * Short circuit protection no Isolation: U LS - U A 00 V AC Standards and approvals: r UL 08 Conformity marking * ) Derating must be observed

80 79 outputs... 6 M A coded : V V LS : V V A : 0 V V LS : 0 V V A : n.c. input 7 M Block diagram of power divider output... 6 M ULS Input 6 M : V V LS : 0 V V LS : n.c. : V V A : 0 V V A 6: n.c. UA General Specifications Dimensions (mm) W x H x L 0 x 7 x Weight approx. 0 g

81 80 WAGO SPEEDWAY 767 System bus / power supply cable + accessories System bus cable, with both ends of cable fitted, B coded M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight, 0.0m M socket, straight, M plug, straight, 0.0m M socket, straight, M plug straight, 0.0m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle, 0.0m M socket, right angle, M plug, right angle, 0.0m M socket, right angle, M plug, right angle, 0.0m 76-0/ / / / / / / / / / / / / / / / / / SPEEDWAY accessories M system bus terminating plug, B coded, straight USB communication cable / / cable, with both ends of cable fitted, A coded M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight, 0.0m M socket, straight, M plug, straight, 0.0m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle, 0.0m M socket, right angle, M plug, right angle, 0.0m 76-0/ / / / / / / / / / / / / / / /

82 WAGO SPEEDWAY 767 PROFIBUS cable + accessories 8 PROFIBUS cable, with one end of cable fitted, B coded M socket, straight, one free cable end,.0m M socket, straight, one free cable end,.0m M socket, straight, one free cable end, 0.0m M socket, straight, one free cable end, 0.0m M socket, right angle, one free cable end,.0m M socket, right angle, one free cable end,.0m M socket, right angle, one free cable end, 0.0m M socket, right angle, one free cable end, 0.0m M plug, straight, one free cable end,.0m M plug, straight, one free cable end,.0m M plug, straight, one free cable end, 0.0m M plug, straight, one free cable end, 0.0m M plug, right angle, one free cable end,.0m M plug, right angle, one free cable end,.0m M plug, right angle, one free cable end, 0.0m M plug, right angle, one free cable end, 0.0m 76-0/ / / / / / / / / / / / / / / / PROFIBUS cable, with both ends of cable fitted, B coded M socket, straight, M plug, straight, 0.m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight, 0.0m M socket, straight, M plug, straight, 0.0m M socket, right angle, M plug, right angle, 0.m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle, 0.0m M socket, right angle, M plug, right angle, 0.0m 76-0/ / / / / / / / PROFIBUS accessories M plug, B coded, straight, Spring clamp technology, can be pre-assembled M plug, B coded, right angle, Spring clamp technology, can be pre-assembled M socket, B coded, straight, Spring clamp technology, can be pre-assembled M socket, B coded, right angle, Spring clamp technology, can be pre-assembled M terminating plug, B coded, straight, can be pre-assembled 76-90/ / / / / For additional technical data see:

83 8 WAGO SPEEDWAY 767 EtherNet, PROFINET cable + accessories EtherNet, PROFINET cable, with one end of cable fitted, D coded M plug, straight, one free cable end,.0m M plug, straight, one free cable end,.0m M plug, straight, one free cable end, 0.0m M plug, straight, one free cable end, 0.0m M plug, right angle, one free cable end,.0m M plug, right angle, one free cable end,.0m M plug, right angle, one free cable end, 0.0m M plug, right angle, one free cable end, 0.0m 76-0/ / / / / / / / EtherNet, PROFINET cable, with both ends of cable fitted, D coded M plug, straight, plug, straight, 0.m M plug, straight, plug, straight,.0m M plug, straight, plug, straight, 0.0m M plug, straight, plug, straight, 0.0m M plug, right angle, plug, right angle,.0m M plug, right angle, plug, right angle,.0m M plug, right angle, plug, right angle, 0.0m M plug, right angle, plug, right angle, 0.0m 76-0/ / / / / / / / EtherNet, PROFINET accessories M plug, D coded, straight, Spring clamp technology, can be pre-assembled M plug, D coded, right angle, Spring clamp technology, can be pre-assembled Adapter M socket, D coded/ RJ- socket Ethernet RJ- Connector IP / / /

84 WAGO SPEEDWAY 767 CANopen, DeviceNet cable + accessories 8 CANopen, DeviceNet with one end of cable fitted, A coded M socket, straight, one free cable end,.0m M socket, straight, one free cable end,.0m M socket, straight, one free cable end, 0.0m M socket, straight, one free cable end, 0.0m M socket, right angle, one free cable end,.0m M socket, right angle, one free cable end,.0m M socket, right angle, one free cable end, 0.0m M socket, right angle, one free cable end, 0.0m M plug, straight, one free cable end,.0m M plug, straight, one free cable end,.0m M plug, straight, one free cable end, 0.0m M plug, straight, one free cable end, 0.0m M plug, right angle, one free cable end,.0m M plug, right angle, one free cable end,.0m M plug, right angle, one free cable end, 0.0m M plug, right angle, one free cable end, 0.0m 76-0/ / / / / / / / / / / / / / / / CANopen, DeviceNet with both ends of cable fitted, A coded M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight,.0m M socket, straight, M plug, straight, 0.0m M socket, straight, M plug, straight, 0.0m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle,.0m M socket, right angle, M plug, right angle, 0.0m M socket, right angle, M plug, right angle, 0.0m 76-0/ / / / / / / / CANopen, DeviceNet accessories M plug, A coded, straight, Spring clamp technology, can be pre-assembled M plug, A coded, right angle, Spring clamp technology, can be pre-assembled M socket, A coded, straight, Spring clamp technology, can be pre-assembled M socket, A coded, right angle, Spring clamp technology, can be pre-assembled M terminating plug, straight / / / / / For additional technical data see:

85 8 WAGO SPEEDWAY 767 General accessories Marking pen with fiber tip and marker strips Description Marker strips for couplers and I/O modules with 8xM8 connectors Marker strips for I/O modules with xm connectors Marker strips for power distribution modules Marking pen with fiber tip, for permanent marking Spacer module 0 Cable tie mounts 7 mm Description Spacer module 767-0

86 WAGO SPEEDWAY 767 General accessories 8 CR-Adapter CR-Adapter Carrier rail adapters and profile adapters Carrier rail adapter for coupler/progr. coupler Carrier rail adapter for I/O module and power distribution module Profile adapter for coupler/progr. coupler Profile adapter for I/O module and power distribution module on request on request on request on request M8 M M M Description M8 protective cap for unused sockets M protective cap for unused sockets M protective cap for unused plugs M protective cap for unused plugs Connectable cable Ø mm / max.. mm² M plug, can be pre-assembled 6 poles, M plug, straight, soldering technology M plug, right angle, soldering technology / / Connectable cable Ø mm / max.. mm² M socket, can be pre-assembled 6 poles, M socket, straight, soldering technology M socket, right angle, soldering technology / /

87 CoDeSys Development system for programming and visualization according to IEC6- CoDeSys is a programming and visualization tool for PLC programs. With CoDeSys Version, users can develop PLC applications for the Programmable Fieldbus Controller found in the WAGO SPEEDWAY 767 Series. CoDeSys works in accordance with IEC 6- and supports IL, LD, FBD, ST and FC, all of which are programming languages for this standard. Programming of different control systems in one application Cross communication between control systems Object-oriented extension of the IEC6- Integrated process visualization Additional high-performance CFC editor With extensive programming functions, the software readily meets the increasing requirements of control program development; e.g., reusability or modularization. Description CoDeSys 79-9 System requirements: PC Pentium GHz or higher Operating system Microsoft Windows 000; Microsoft Windows P Professional Memory Mbytes or higher Hard disk storage 00 Mbytes or higher CD-ROM Required Graphics card GA or higher Mouse Required Other Free USB interface in PC for communication with the controller Included: CD-ROM with software and documentation Additional requirements: USB communication cable (item no. 76-0/00-000) for communication between PC and device. Approvals Windows is a registered trademark of Microsoft Corporation

88 87 E

89 88 Relay Modules with Pluggable Miniature Switching Relay, 6 mm / 0.6 in Wide Interface Modules Relay with changeover contact for normal switching power Nominal input voltage V N DC V, V, 8 V, 60 V, 0 V, 0 V < 8 mm/.8 in > Relay with changeover contact for normal switching power Nominal input voltage V N AC/DC V, V, 0 V < 8 mm/.8 in > < 9 mm/.68 in > < 9 mm/.68 in > A A Description V N I N Relay Module with pluggable miniature switching relay, for TS V N I N DC V 7 ma 87-0 UC V 8. ma 87- DC V 0 ma 87-0 UC V ma 87-7 DC 8 V 6. ma 87-0 UC 0 V. ma 87-8 DC 60 V. ma DC 0 V. ma DC 0 V. ma Accessories see pages Accessories see pages Contact material AgSnO AgSnO Input voltage range V N - % % V N - % % (87- / 87-7) V N - % % (87-8) Max. switching voltage AC 0 V AC 0 V Max. continuous current (terminal blocks in a row) 6 A 6 A Max. switching power (resistive) AC 0 VA; DC see load limit curve AC 0 VA; DC see load limit curve Recommended minimum load 00 ma / AC/DC V 00 ma / AC/DC V Max. switching frequency with load / without load 6 min - / 0 s - 6 min - / 0 s - Operating power < 00 mw / < 700 mw < 00 mva / < 800 mva Pull-in/drop-out/bounce time typ. ms / 6 ms / ms ms / 6 ms / ms Nominal operating mode continuous duty continuous duty Dielectric strength contact-coil kv eff kv eff Surge capacity open contact kv eff kv eff Nominal voltage acc. to VDE 00 Part /.97, IEC V / kv / 0 V / kv / Mechanical life x 0 6 switching operations x 0 6 switching operations Mechanical life at max. load (resistance) x 0 switching operations x 0 switching operations Ambient operating temperature (V N ) - C C - C C Storage temperature -0 C C -0 C C Dimensions (mm) W x H x L 6 x 8 x 9 6 x 8 x 9 Height from upper-edge of DIN rail Height from upper-edge of DIN rail Wire connection Terminal blocks with CAGE CLAMP S connection Terminal blocks with CAGE CLAMP S connection Cross sections solid: 0.08 mm².... mm² / AWG 8... fine-stranded: 0. mm.... mm / AWG... solid: 0.08 mm².... mm² / AWG 8... fine-stranded: 0. mm.... mm / AWG... Stripped lengths mm / 0.7 in mm / 0.7 in Approvals VDE 00 / EN 6066; VDE 0 / EN 680- VDE 00 / EN 6066; VDE 0 / EN 680-

90 S 89 Relay with changeover contact (gold contacts) for normal switching power Nominal input voltage V N DC V, 0 V, 0 V < 8 mm/.8 in > Relay with changeover contact (gold contacts) for normal switching power Nominal input voltage V N AC/DC V, V, 0 V < 8 mm/.8 in > Interface Modules < 9 mm/.68 in > < 9 mm/.68 in > * In order to prevent the gold layer from being damaged these values should not be exceeded. Higher switching power leads to evaporation of the gold layer. The resulting deposits in the enclosure may cause sparkovers between the coil and the contact. The values in brackets are valid if the gold layer is damaged. A A Description V N I N Relay Module with pluggable miniature switching relay, for TS V N I N DC V 0 ma 87- UC V 8. ma 87-6 DC 0 V. ma 87-7 UC V ma DC 0 V. ma 87-8 UC 0 V. ma Accessories see pages Accessories see pages Contact material AgSnO + µ Au AgSnO + µ Au Input voltage range V N - % % V N - % % (87-6 / 87-67) V N - % % (87-68) Max. switching voltage DC 6 V* / (AC/DC 0 V) (AC/DC 0 V)* Max. continuous current (terminal blocks in a row) 0 ma* / (6 A ) 0 ma* / (6 A ) Max. switching power (resistive) (AC 0 VA; DC see load limit curve) (AC 0 VA; DC see load limit curve) Recommended minimum load V / ma / 0 mw V / ma / 0 mw Max. switching frequency with load / without load 6 min - / 0 s - 6 min - / 0 s - Operating power < 00 mw / < 700 mw < 00 mva / < 800 mva Pull-in/drop-out/bounce time typ. ms / 6 ms / ms ms / 6 ms / ms Nominal operating mode continuous duty continuous duty Dielectric strength contact-coil kv eff kv eff Surge capacity open contact kv eff kv eff Nominal voltage acc. to VDE 00 Part /.97, IEC V / kv / 0 V / kv / Mechanical life x 0 6 switching operations x 0 6 switching operations Mechanical life at max. load (resistance) x 0 switching operations x 0 switching operations Ambient operating temperature (V N ) - C C - C C Storage temperature -0 C C -0 C C Dimensions (mm) W x H x L 6 x 8 x 9 6 x 8 x 9 Height from upper-edge of DIN rail Height from upper-edge of DIN rail Wire connection Terminal blocks with CAGE CLAMP S connection Terminal blocks with CAGE CLAMP S connection Cross sections solid: 0.08 mm².... mm² / AWG 8... fine-stranded: 0. mm.... mm / AWG... solid: 0.08 mm².... mm² / AWG 8... fine-stranded: 0. mm.... mm / AWG... Stripped lengths mm / 0.7 in mm / 0.7 in Approvals VDE 00 / EN 6066; VDE 0 / EN 680- VDE 00 / EN 6066; VDE 0 / EN 680-8

91 90 Accessories for Relay Modules with Pluggable Miniature Switching Relay, 6 mm / 0.6 in Wide, Series 87 Pluggable miniature switching relays changeover contact Pluggable miniature switching relays changeover contact (gold contacts) Interface Modules 8 mm mm mm,8 mm * In order to prevent the gold layer from being damaged these values should not be exceeded. Higher switching power leads to evaporation of the gold layer. The resulting deposits in the enclosure may cause sparkovers between the coil and the contact. The values in brackets are valid if the gold layer is damaged. A A A A Description V N Pluggable miniature switching relays DC V The DC 60 V replacement relays must be used with DC 60 V, DC 0 V, DC 0 V and AC/DC V, AC/DC 0 V relay modules. V N DC V 87-0 DC V 87-0 DC 60 V 87-0 DC 60 V Contact material AgSnO AgSnO + µ Au Max. switching voltage AC/DC 0 V DC 6 V* / (AC/DC 0 V) Max. continuous current (terminal blocks in a row) 6 A 0 ma* / (6 A ) Max. switching power (resistive) AC 0 VA (AC 0 VA)* Recommended minimum load 00 ma / AC/DC V V / ma / 0 mw Max. switching frequency with load / without load 6 min - / 0 s - 6 min - / 0 s - Rated power consumption < 0 mw < 0 mw Pull-in/drop-out/bounce time typ. ms / 6 ms / ms ms / 6 ms / ms Nominal operating mode continuous duty continious duty Dielectric strength contact-coil kv eff kv eff Surge capacity open contact kv eff kv eff Mechanical life x 0 6 switching operations x 0 6 switching operations Mechanical life at max. load (resistance) x 0 switching operations x 0 switching operations Ambient operating temperature (V N ) - C C - C C Storage temperature -0 C C -0 C C Dimensions (mm) W x H x L x x 8 x x 8 Weight g g

92 9 Push-in type jumper bar 89-0 Description Push-in type jumper bar, light grey, insulated, 8 A, -way x -way x -way x -way x 6-way x 7-way x 8-way x 9-way x 0-way x Additional item no. for colored push-in type jumper bars; yellow... / red... / blue... / Interface Modules WMB Multi marking system Description WMB Multi marking system, 0 strips with 0 markers, white with black printing; plain 79-0 cards Marking Software and Printer/Plotter see Section 8 Marking... 0 (0x) 79-0 cards... 0 (0x) 79-0 cards... 0 (0x) 79-0 cards... 0 (0x) 79-0 cards... 0 (0x) cards... 0 (x) cards For additional marking systems see Section 8. End stop for DIN rail see Section 8. Description Screwdriver with partially insulated shaft; type, blade. x 0. mm / 0.7 x 0.00 in 0-60

93 9 Relay Socket for Industrial Relays Relay socket for industrial relays, and changeover contacts Interface Modules A Note: Inductive loads have to be attenuated by an appropriate protective circuit in order to protect relay coils and contacts. Description Relay Socket for Industrial Relays ( and Changeover Contacts) A Accessories see pages Nominal input voltage (V N ) depending on relay; max. AC 0 V Max. switching voltage AC 0 V Max. continuous current x A ( changeover contacts); x 0 A ( changeover contacts) Max. switching power (resistive) AC 000 VA Nominal operating mode continious duty Voltage resistance kv (depending on relay) Nominal voltage acc. to VDE 00 Part /.97, IEC V / kv / Degree of protection IP 0 Ambient operating temperature - C C (depending on relay) Storage temperature -0 C C Dimensions (mm) W x H x L x 8 x 96 Height from upper-edge of DIN rail Wire connection Terminal strips with CAGE CLAMP Super Compact connection Stripped lengths mm / 0.7 in Cross sections 0. mm².... mm² / AWG... 6 Approvals IEC6066 / IEC6066A / DIN VDE00 Degree of pollution Overvoltage category

94 Accessories for Relay Sockets, Series max, max Pluggable industrial relays, changeover contacts with integrated LED and recovery diode and manual operation Pluggable industrial relays, changeover contacts with integrated LED and manual operation,8 Interface Modules max.... * In order to prevent the gold layerfrom being damaged, these values should not be exceeded. Higher switching power leads to evaporation of the gold layer. The resulting deposits in the enclosure may cause sparkover between the coil and the contact. Description Nominal input voltage (V N ) Nominal input voltage (V N ) Pluggable Industrial Relays DC V 88-0 AC 0 V 88- DC V * 88- AC 0 V * Coil Coil voltage DC V AC 0 V Rated power 0.9 W. VA Coil current 6.9 ma 8. ma Operating range x V x V Holding voltage 0 % of V N 80 % of V N Release voltage 0. x V 0. x V Contacts Contact material AgCe* AgCe + µm Au AgCe Continuous current A * A * Inrush current A / s A / s Switching voltage 0 V AC / 0 V DC 0 V AC / 0 V DC Max. switching power AC / AC 0 VA / 00 VA 0 VA / 00 VA -phase motor load AC 0. kw 0. kw Max. switching current DC A at DC 0 V A at DC 0 V Min. switching load V / 00 ma V / 00 ma Switching frequency under load 0 cycles/min. 0 cycles/min. General Specifications Mechanical life 0 x 0 6 switching operations 0 x 0 6 switching operations Electrical life x 0 switching operations x 0 switching operations Pull-in / drop-out / bounce time typ. ms / ms / ms ms / ms / ms Nominal voltage acc. to VDE 00 Part /.97, IEC V / kv / 0 V / kv / Surge capacity contact-coil (./0 µs) kv kv Dielectric strength contact-coil (AC, min). kv. kv Open circuit kv kv Dielectric strength contact-contact. kv. kv Ambient operating temperature - C C - C C Mounting distance in a row 6 mm 6 mm Weight approx. 7 g approx. 7 g

95 9 Accessories for Relay Sockets, Series 88 Holding bracket Interface Modules Description Holding bracket for industrial relays (height. mm.... mm) Operation status indicator Description Recovery diode DC 6-0 V Operation status indicator DC V Operation status indicator AC/DC 0/0 V (7 V varistor)

96 9 Interface Modules

97 96 Interface Modules Interface Modules Interface module with high density D-sub header for 9" racks S S 6 7 S 6 7 S Description No. of "L" mm Interface Module for 9" Racks Operating voltage AC / DC V Nominal current A Connector contact Copper alloy, gold-plated 0.8 µm Contact resistance 0 m Performance level to DIN 6 00 mating cycles, without corrosion Degree of pollution Nominal voltage acc. to VDE 00 Part /.97, IEC V / 0.8 kv / Touch-proof terminal strip IP0 Touch-proof HD D-sub header IP00 Dimensions (mm) L x W x H incl. mounting feet or mounting carrier 80 x x 7 Wire connection Terminal strips with CAGE CLAMP connection (WAGO Series 79) Cross sections 0.08 mm².... mm² / AWG 8... * * (AWG: THHN, THWN) Stripped lengths... 6 mm / 0. in Mounting direction vertical Pull relief stud bolt UNC -0 Ambient operating temperature -0 C... + C Storage temperature -0 C C Approvals EN 6066

98 97 ETHERNET interface module RJ- connection, mounting carrier for DIN rail ETHERNET interface module Y-ConJack- connection, mounting carrier for DIN rail Interface Modules S A B S S A B S Description Interface module Connecting cable min. CAT min. CAT Max. transmission length 00 m 00 m Connector RJ- shielded Module Y-ConJack- blindé Min. mating cycles Current load. A. A Voltage load AC 0 V / DC V AC V / DC 0 V Insulation resistance > 00 MΩ > 00 MΩ Dielectric strength contact-contact kv eff. kv eff. Contact resistance typ. < 0 mω < 0 mω Ambient operating temperature -0 C C -0 C C Dimensions (mm) L x W x H incl. mounting feet or 0. x 8 x 0 x 8 x mounting carrier Height from upper-edge of DIN rail Height from upper-edge of DIN rail Approvals ISO/IEC 80: 00-09; EN 0 ISO/IEC 80: 00-09; EN 0 Accessories WMB Multi marking system for mounting carrier see Full Line Catalog 08/09 Volume, Section 8 see Full Line Catalog 08/09 Volume, Section 8 Marker strips for mounting carrier white / transparent white / transparent

99 Item Number Index Page Page Page Page Series 0 Series 76 Series Series Series Series Series / Series Series / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / Series Series Series Series / /

100 Page Page Page Page Series Series Series / / /

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