Order no.: MC

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1 Preface, Table of Contents SICAM RTUs SICAM MIC System Description Introduction 1 System Overview 2 Function Packages 3 Ambient Conditions 4 System Components and Technical Data 5 Order Information A Glossary MC

2 Note Please take notice of the notes and warnings for your safety in the preface. Disclaimer of Liability Although we have carefully checked the contents of this publication for conformity with the hardware and software described, we cannot guarantee complete conformity since errors cannot be excluded. The information provided in this manual is checked at regular intervals and any corrections that might become necessary are included in the next releases. Any suggestions for improvement are welcome. Copyright Copyright Siemens AG 2014 The reproduction, transmission or use of this document or its contents is not permitted without express written authority. Offenders will be liable for damages. All rights, including rights created by patent grant or registration of a utility model or design, are reserved. Subject to change without prior notice. Document Label: SIC1703-SYBSICAMMIC-ENG_V2.00 Release Date: Siemens AG Order no.: MC

3 Preface Purpose of this manual This manual describes the characteristics and functions of the system SICAM MIC. It contains Fields of application and advantages of the system Configuration possibilities Functional overviews Technical specifications Order information Target Group The document you are reading right now is addressed to users, who are in charge of the following engineering tasks: Evaluation of the suitability of the system Evaluation of the module specifications Evaluation of quotation criteria, such as technical specifications of the system or environmental conditions Conceptual activities, such as design and configuration Recommendations for Third-Party Products Siemens does neither receive liability nor warranty for recommendations which are given or implied by this manual. For the correct and intended use of the respective product the associated technical descriptions must be paid attention to in any case. References to Third-Party Web Sites Siemens is not responsible for the contents of third-party websites mentioned in this document, as well as the correctness of the publications and links. For all product information the respective manufacturer is responsible. SICAM RTUs, SICAM MIC System Description 3

4 Preface Placement into the Information Landscape Document name Folder SICAM MIC SICAM MIC User Manual SICAM TM I/O Modules SICAM RTUs IEC /104 Interoperability Ax 1703 IEC /104 Interoperability Data Sheet CM-0819 Data Sheet CM-0821 Data Sheet CM-0822 Data Sheet CM-0823 Data Sheet CM-0827 Data Sheet CM-0829 Item number MC DC DC DC DA MC MC MC MC MA MC Further Support For more information, please contact our Customer Support Center: Phone: +49 (0) Fax: +49 (0) (charges depending on provider) The Siemens Power Academy offers a comprehensive program of professional training events in the fields of power generation, distribution and transmission. Main training centers are: Nuremberg, Germany (Head Office) Phone: Fax: power-academy.ptd@siemens.com Vienna, Austria Phone: Fax: power-academy.at@siemens.com Schenectady, NY, USA Phone: Fax: pti-edpro.ptd@siemens.com Hebburn, United Kingdom Phone: Fax: pti-training.stdl.uk@siemens.com 4 SICAM RTUs, SICAM MIC System Description

5 Preface Notes on Safety This manual does not constitute a complete catalog of all safety measures required for operating the equipment (module, device) in question because special operating conditions might require additional measures. However, it does contain notes that must be adhered to for your own personal safety and to avoid damage to property. These notes are highlighted with a warning triangle and different keywords indicating different degrees of danger. Danger Means that death, serious bodily injury or considerable property damage will occur, if the appropriate precautionary measures are not carried out. Warning Means that death, serious bodily injury or considerable property damage can occur, if the appropriate precautionary measures are not carried out. Caution Means that minor bodily injury or property damage can occur, if the appropriate precautionary measures are not carried out. Note Is important information about the product, the handling of the product or the respective part of the documentation, to which special attention is to be given. Qualified Personnel Commissioning and operation of the equipment (module, device) described in this manual must be performed by qualified personnel only. As used in the safety notes contained in this manual, qualified personnel are those persons who are authorized to commission, release, ground, and tag devices, systems, and electrical circuits in accordance with safety standards. SICAM RTUs, SICAM MIC System Description 5

6 Preface Use as Prescribed The equipment (device, module) must not be used for any other purposes than those described in the Catalog and the Technical Description. If it is used together with third-party devices and components, these must be recommended or approved by Siemens. Correct and safe operation of the product requires adequate transportation, storage, installation, and mounting as well as appropriate use and maintenance. During operation of electrical equipment, it is unavoidable that certain parts of this equipment will carry dangerous voltages. Severe injury or damage to property can occur if the appropriate measures are not taken: Hazardous voltages can be present on all switching components connected to the power supply. Even after the supply voltage has been disconnected, hazardous voltages can still be present in the equipment (capacitor storage). The limit values indicated in the manual or the operating instructions must not be exceeded; that also applies to testing and commissioning. Danger Consider obligatory the safety rules for the accomplishment of works at electrical plants: 1. Switch off electricity all-pole and on all sides! 2. Ensure that electricity cannot be switched on again! 3. Double check that no electrical current is flowing! 4. Discharge, ground, short circuit! 5. Cover or otherwise isolate components that are still electrically active! 6 SICAM RTUs, SICAM MIC System Description

7 Table of Contents 1 Introduction Compact Telecontrol System SICAM MIC SICAM MIC The Advantages Features Various Fields of Application System Overview Performance Mechanical Structure Architecture Power Supply Module Master Control Element Peripheral Element I/O Modules Configuration Notes TM Peripheral Bus Communication Process Communication and Engineering Transmission Modes Configurations Multi-Point Traffic Dial-Up Traffic LAN/WAN Internet/GPRS Engineering Integrated Webserver for Simple Applications TOOLBOX II Function Packages System Services Telecontrol Automation Ambient Conditions Protection Type Mechanical Ambient Conditions Climatic Ambient Conditions Electromagnetic Compatibility System Properties Power Supply DC SICAM RTUs, SICAM MIC System Description 7

8 Table of Contents Digital and Analog I/Os Serial Communication V.24/V Communication LAN System Components and Technical Data Mechanical Design Power Supply Modules PS PS Master Control Modules CP CP Peripheral Element and I/O Modules Acquisition and Preprocessing DI-6100,DI-6101, DI DI-6102, DI AI-6300, AI-6307, AI AI TE Postprocessing and Output DO Further Functions DO Further Functions DO-6220, DO-6221, DO Further Functions AO Return Information to Pulse Command Assignment A Order Information A.1 Power Supply Modules A.2 Master Control Modules A.3 I/O Modules A.4 Interface Modules A.5 Accessories A.5.1 Proprietary Modems A.5.2 Recommended Modems (Third-Party Devices) A.5.3 Cables and Plugs A.1.1. Recommanded Upstream Power Supply Units A.5.4 SIM Card A.5.5 Miscellaneous A.6 Engineering Tools A.6.1 SICAM TOOLBOX II A Toolsets SICAM RTUs, SICAM MIC System Description

9 Table of Contents A Packages A.6.2 Web Engineering SICAM RTUs, SICAM MIC System Description 9

10 Table of Contents 10 SICAM RTUs, SICAM MIC System Description

11 1 Introduction Contents 1.1 Compact Telecontrol System SICAM MIC SICAM MIC The Advantages SICAM RTUs, SICAM MIC System Description 11

12 Introduction 1.1 Compact Telecontrol System SICAM MIC Compact performance SICAM MIC (Terminal Module for microcontrol) is a low-cost, modular, telecontrol substation and belongs to the proven SICAM RTU automation family. The devices consist of a master control element and various I/O modules. The master control element serves for interfacing and supplying the I/O modules and provides a telecommunications interface in accordance with IEC for dial-up or multipoint traffic. Alternatively, LAN/WAN communication can be used according to IEC over Ethernet TCP/IP. All modules are designed for DIN rail mounting. Practical engineering Great importance was placed on keeping the engineering process as simple as possible. That s why the master control element has an integrated Web server for configuration, diagnostics and testing, so no special tools or additional licenses are needed. The tool is already integrated in SICAM MIC and is operated with a standard Web browser. Alternatively, it is also possible to use SICAM TOOLBOX II, the integrated engineering tool for the entire SICAM RTU family. Universal assembly The modules are simply snapped onto a 35-mm DIN rail. Up to eight I/O modules can be mounted in addition to the power supply module and the master control. The extension cable CM-6810 enables the I/O modules to be distributed between two DIN rails. The advantage of this is that even with limited space there is still adequate room for the modules. 12 SICAM RTUs, SICAM MIC System Description

13 Introduction Total application, fully flexible Thanks to its node functionality, the SICAM MIC has many different potential applications, for example as an ordinary telecontrol substation with any kind of communication to a control center. If SICAM MIC does not offer adequate signal scope, additional SICAM MIC systems can be readily connected. Freely programmable application programs for local control functions complete the allround versatility of the SICAM MIC. The SICAM MIC can be used optionally in multipoint or dial-up traffic, but also over LAN/WAN networks. Transmission conforms to IEC or IEC Good connections to the control center Multipoint traffic External data transmission equipment can be connected via the V.28 interface. Dial-up traffic A wide range of connection-oriented transmission media (analog, ISDN, GSM, TETRA) is supported as standard. LAN/WAN IEC compliant transmission based on Ethernet TCP/IP is used for communication. SICAM RTUs, SICAM MIC System Description 13

14 Introduction 1.2 SICAM MIC The Advantages Features Your advantages at a glance: Integrated node functionality for interfacing additional equipment via various protocols Communication via IEC /104 Simple configuration via Web browser, without special tools or licenses Configuration, diagnostics and testing via integrated Web server Alternatively, the engineering process can also be carried out with SICAM TOOLBOX II Integrated remote maintenance, remote diagnostics and remote parameterization Application programs for local controls and interlocks Plug & Play for start-up and servicing through use of flash card or SIM card for data storage Exchange of modules without need for a tool Direct connection of the process cables Mounting on 35 mm DIN rail Temperature range 25 C to +70 C Various Fields of Application The universal system SICAM MIC is ideally suitable for applications in: Hydropower plants Wind farms and solar plants Railway power supplies and tunnels Electrical distribution substations/secondary substations Gas distribution stations Pipelines Building protection and alarm sensors 14 SICAM RTUs, SICAM MIC System Description

15 2 System Overview Contents 2.1 Performance Mechanical Structure Architecture Communication Engineering SICAM RTUs, SICAM MIC System Description 15

16 System Overview 2.1 Performance Modular structured system Single processor solution Combined automation and telecontrol function Loadable firmware Offline and online parameter-settable Saving of firmware and application data on replaceable SIM card Communication with other automation units according to IEC (multipoint traffic, dial-up traffic, point-to-point traffic) Communication with control center according to IEC (Ethernet TCP/IP) or according to IEC (dial-up traffic) Standard protocols according to IEC /104 Spontaneous (acknowledged) transmission LED signaling on the front panel of the modules 16 SICAM RTUs, SICAM MIC System Description

17 System Overview 2.2 Mechanical Structure Installation takes place on a 35 mm DIN rail that is mounted horizontally or vertically on a vertical standing rack. The sequence of modules from left to right or top to bottom is prescribed as follows: 1 power supply module (optionally 2 for redundancy) 1 master control module Optionally up to 8 I/O modules The electrical connection of the modules with the power supply takes place during the process of latching together, whereby each module can be individually replaced. Standard Structure 8 I/O-Modules max. Power Supply Module Master Control Module SICAM RTUs, SICAM MIC System Description 17

18 System Overview Redundant Power Supply (not suitable for power enhancement) 8 I/O-Modules max. Master Control Module Power Supply Module Power Supply Module 2-Line Arrangement Master control module Power supply module in total max. 8 I/O modules 18 SICAM RTUs, SICAM MIC System Description

19 System Overview 2.3 Architecture Power Supply Module The supply of SICAM MIC is carried out by a power supply module. The power supply module provides the operating voltage for the master control module and for the optional I/O modules. It provides also the operating voltage for the transmission equipment for multi-point traffic and dial-up traffic. Features and Functions Installation on DIN rail Input voltages alternatively VDC VDC System voltage output U1 5.1 VDC, max. 8 W System voltage output U2 switchable 5.2 VDC, max. 2.5 W or 10 VDC, max. 2.5 W Environmental conditions according to EMC+ Removable screw terminals Supervision of the output voltage Can be connected in parallel for redundancy Function indication via LED Product Overview Type Designation Power PS-6630 Power supply module VDC (EMC+) 8 W PS-6632 Power supply module VDC (EMC+) 8 W SICAM RTUs, SICAM MIC System Description 19

20 System Overview Master Control Element The master control element is the heart of the system SICAM MIC. The hardware of the master control element is the master control module, and its functionality is provided by means of a loadable and parameter-settable firmware. On the master control module CP-6020 reside an interface for the communication (serial), digital inputs and outputs, as well as a lighted display. On the master control module CP-6040 resides additionally an interface for the communication via Ethernet. The master control element contains all the central functions for processing and communication, and it provides the parameter-settable telecontrol function and the open-/closed-loop function. Furthermore, the master control element is able to store events in an archive (DEAR) in case of a communication fault. After elimination of the fault the superior control system can demand the archive of the master control element. By means of this function, a possible data loss will be prevented. 20 SICAM RTUs, SICAM MIC System Description

21 System Overview Features and Functions Installation on DIN rail 6 digital inputs One common return Signal voltage VDC The states of the inputs are indicated by LEDs 2 relay outputs 1 command output 1 selectable output (command output, watchdog indication or error indication) With command output, the state of the output is indicated by LED In addition up to 8 I/O modules Communication alternatively via the following interfaces: Ethernet (TCP/IP) for LAN/WAN connections acc. to IEC (only CP-6040) RS-232 for multi-point or dial-up traffic acc. to IEC with an external data transmission facility Parameter settable telecontrol functions with or without time tagging Central processing functions Application program for open-/closed-loop control functions Decentral archive (DEAR) Engineering, diagnostic, and test using webbrowser Storage of parameters and application program on SIM card Loadable firmware Function and failure indication via LED Power supply 24 VDC up to 220 VDC (depending on power supply module) Product Overview Type Designation Power CP-6020 Master control module V.28, 8 Modules 800 mw CP-6040 Master control module ET10TX/V.28, 8 modules 800 mw CPC60 SIM card Firmware Central Processing and Communication Memory card for application data and firmware SICAM RTUs, SICAM MIC System Description 21

22 System Overview Peripheral Element The virtual peripheral element serves for the acquisition or output of process signals. It performs the process-compliant adaptation, monitoring and processing of the process signals at each point of entrance or exit of the system. The hardware for the peripheral element is integrated on the master control module, and its functionality is provided by means of a loadable and parameter-settable firmware. Features Support of up to 8 I/O modules Acquisition and preprocessing of process data according to IEC /104 with and without time tag Single-point and double-point information items Count pulses Actual values Postprocessing and output of process data according to IEC /104 Single-point information items Single-point and double-point commands Setpoint commands Secured data exchange between the I/O modules and the master control element via the TM bus Supervision of the I/O modules and failure processing Fault display via LED on the master control element Product Overview Type USIO60 *) USIO61 *) Designation Firmware Universal Signal Input and Output (process-technical parameters) Firmware Universal Signal Input and Output (process-technical parameters incl. checked command output) *) only available for TOOLBOX II; otherwise part of firmware CPC60 22 SICAM RTUs, SICAM MIC System Description

23 System Overview I/O Modules The optional I/O modules support the peripheral element with the process data input and output. The connection of the process signals (I/Os) happens by means of removable screw terminals. The screw terminals are enclosed with each I/O module. When modules are exchanged no connections need to be detached, since the screw terminals carry the wiring. Thereby the assembly effort required for the connection is reduced to a minimum. Further, a status display resides on the I/O modules. Features Installation on DIN rail Acquisition of process signals and preprocessing by means of hardware binary inputs analog inputs (currents, voltages, temperatures) Output of process signals and postprocessing by means of hardware binary outputs analog outputs (currents and voltages) Status display for binary signals Function display via LED Product Overview Type Designation Power DI-6100 Binary input 2x8, VDC 170 mw DI-6101 Binary input 2x8, 110/220 VDC 170 mw DI-6102 Binary input 2x8, VDC 1 ms 170 mw DI-6103 Binary input 2x8, 110/220 VDC 1 ms 170 mw DI-6104 Binary input 2x8, 220 VDC 170 mw DO-6200 Binary output transistor 2x8, VDC 600 mw DO-6212 Binary output relays 8x VDC/230 VAC 800 mw DO-6220 Checked command output base module 560 mw DO-6221 Checked command output base module measurement 1.38 W DO-6230 Checked command output relay module 130 mw AI-6300 Analog Input 2x2 ±20 ma/±10 V 480 mw AI-6307 Analog Input 2x2 ±2.5 ma/±5 ma 480 mw AI-6308 Analog Input 2x2 ±1 ma/±2 ma/±10 V 480 m'w AI-6310 Analog Input 2x2 Pt100/Ni mw AO-6380 Analog Output 4x ±20 ma/±10 ma/±10 V 1.9 W TE-6420 Speed Measurement 2x2 5 VDC/24 VDC/NAMUR 790 mw SICAM RTUs, SICAM MIC System Description 23

24 System Overview Configuration Notes Common Rules With use of the I/O modules please pay attention to the following notes: Up to 8 I/O-modules can be equipped additionally to the master control module, as long as the total power of the I/O-modules does not exceed 7,0 W the total power of all modules - including supplied modem and bus interface modules - does not exceed the available power of the power supply module Optional use of the CM-6810 (TM I/O-Modules Extension Cable) AO modules must be equipped at the first slots (up to 3 pieces possible; with 2-line arrangement with CM-6810 only in the first line permitted) The mixture of current and voltage on the same AI module is not possible The mixture of binary information and pulse commands on the same DO module is not possible Rules for the Checked Command Output With use of the option "checked command output" (only with firmware USIO61) the following rules are to be considered: Only 1 command output basic module may be connected, alternatively DO-6220, command output according to IC1 DO-6221, command output according to RC1 The command output via DO-6220 or DO-6221 without a DO-6230 is not possible Up to 7 command output relay modules DO-6230 may be connected The command output via DO-6230 without a DO-6220 or DO-6221 is not possible On a DO-6230 either 1-, or 1.5- or 2-pole impulse commands can be assigned (mixture on the same module is not permitted) Additionally, further DO module types can be used with paramerization with the SICAM TOOLBOX II, the I/O modules DO-6220, DO-6221 and DO-6230 must be configured underneath the virtual system element USIO61 Rules for the Return Information to Pulse Command Assignment With use of the option "return information to pulse command assignment " (only with firmware USIO61) the following rules are to be considered: With the parameter-settable assignment the sequence of DI modules and DO modules is arbitrary With the fixed assignment respectively after a module DI-610x a module DO-62xx (refer to 5.4.3, Return Information to Pulse Command Assignment) must be equipped 24 SICAM RTUs, SICAM MIC System Description

25 System Overview Examples for the 2-Line Arrangement TM Peripheral Bus The TM bus serves for the power supply of the individual modules and for the communication of the I/O modules with the master control module. The communication takes place in the master/slave process, wherein the I/O modules are the slaves. The I/O modules are automatically addressed on the TM bus based on the sequence of physical fitting. The I/O module connected directly to the peripheral control module has the least significant address. The I/O modules are checked cyclically for functioning via the TM bus. A failure is detected after max. 200 ms. The "RY" LED goes out on the corresponding I/O module. SICAM RTUs, SICAM MIC System Description 25

26 System Overview 2.4 Communication Process Communication and Engineering Via the communication interface(s), the master control element can communicate with any superior or subordinate automation unit using an external data transmission facility, or directly via LAN/WAN. Master Control Interface Remarks CP-6020/CPC60 RS-232 *) Process communication and engineering use the serial interface exclusively, and therefore are not available simultaneously CP-6040/CPC60 RS-232 Ethernet LAN *) with supply for external modem Process communication is not available simultaneously using both interfaces The following transmission facilities can be supplied directly from the power supply module using a special cable. Type Designation Power (typ.) Supply 1) CE-0700 V.23 leased line modem 400 mw 5 V CE ) VFT channel modem 2 W 5 V MODEM ANALOG Analog modem for dial-up traffic 35 mw 10 V MODEM GSM Dual band GSM modem 300 mw 10 V 1) switchable by means of TM bus message to the power supply module 2) withdrawn 26 SICAM RTUs, SICAM MIC System Description

27 System Overview Transmission Modes Depending on master control module there are different communication methods available: Multi-point traffic Dial-up traffic Communication via LAN/WAN Communication via Intranet/GPRS Features and transmission facilities with pre-defined settings: Type Features Transmission Facilities Multi-Point Traffic Dial-Up Traffic LAN/WAN GPRS Unbalanced interchange circuit (V.24/V.28) up to 19.2 kbps (depends on the used data transmission device) Time synchronization via serial interface Efficient message transmission according to IEC ("sequence of information objects") Proprietary function "relay operation with routing" Unbalanced interchange circuit (V.24/V.28) up to 19.2 kbps (depends on the used data transmission device) Time synchronization via serial interface Efficient message transmission according to IEC ("sequence of information objects") SMS (messages) when using a GSM data transmission device 10 Mbit/s Ethernet according to IEEE 802.3, 10Base-TX Time synchronisation with an NTP server via LAN/WAN Message transmission according to IEC ) supply 5 V via modem cable SICAM MIC for CE-070x 2) supply 10 V via modem cable SICAM MIC for MC52iT-Modem 3) transmission of SMS (notifications) possible 4) without IP sec. VPN tunnel Modems with 4-wire and 2-wire technology (CE-0700 and CE- 0701) 1) DLC Modem (CM-0740, CM-0741) SAT DMS Direct connection RS-232 Digital radio Analog radio CM-0827 optical Coherent Technologies Eurocom 24 (analog) 1) Cinterion MC52iT (GSM 900/1800 MHz) 2) Siemens M20 Databox, TC35 (GSM 900/1800 MHz) 2) Westermo TD-36 (analog) Westermo IDW-90 (ISDN) Sepura Terminal (TETRA) Insys GSM 4.1 (GSM) Siemens MD741-1 Dr. Neuhaus Tainy EMOD-V2-IO (GPRS) 3) Dr. Neuhaus Tainy EMOD-L1-IO 3) 4) (GPRS) SICAM RTUs, SICAM MIC System Description 27

28 System Overview Configurations Depending on master control module and protocol variant there are different communication methods available: Multi-point traffic Dial-up traffic Single-Master Multi-Master Communication via LAN/WAN Communication via Intranet/GPRS Control System TCP/IP Radio, Fibre Optics Cable, etc... IEC PSTN/ISDN/GSM IEC LAN/WAN Ethernet TCP/IP Multi-Point Traffic Dial-up Traffic 28 SICAM RTUs, SICAM MIC System Description

29 System Overview Multi-Point Traffic Control center Ethernet TCP/IP - IEC IEC unbalanced master of the Ax 1703 family, ACP 1703 family, or third-party manufacturer Radio, fiber optic, copper cable, etc. IEC CP-6040 CP-6040 SICAM RTUs, SICAM MIC System Description 29

30 System Overview Dial-Up Traffic Single-Master Dial-Up Traffic Control center Ethernet TCP/IP - IEC IEC unbalanced master of the Ax 1703 or ACP 1703 family PSTN/ISDN/GSM IEC CP-6040 CP SICAM RTUs, SICAM MIC System Description

31 System Overview Multi-Master Dial-Up Traffic Control center Ethernet TCP/IP - IEC IEC unbalanced master of the Ax 1703 family PSTN/ISDN/GSM IEC CP-6040 CP-6040 SICAM RTUs, SICAM MIC System Description 31

32 System Overview LAN/WAN Control center Ethernet TCP/IP - IEC CP-6040 CP SICAM RTUs, SICAM MIC System Description

33 X2 R ELEASE X3 TB X6 NC X7 SI0 SIM0 X8 X9 X10 SI3 X4 FB X11 X12 LOC SI0 SI1 /LK /P K SI2 WD SI3 /LK /P K X5 RY X15 ER RES PWR X1 PUSH TO RELEAS E X13 System Overview Internet/GPRS Telecontrol center PU SH TO SICAM TM 1703 ACP CP-6014 ERx RX TX X14 X16 M-PRE/0 M-PRE/1 SI1 (ETO) M-PRE/2 SI2 (FB) M-PRE/3 PUSH TOUNLOC K 24-60VDC ER COMCPY Data packages Router Firewall Corporate Network Base station controller Internet Phone calls PSTN Router Firewall Master station controller CP-6040 Telecontrol sub station SICAM RTUs, SICAM MIC System Description 33

34 System Overview 2.5 Engineering Integrated Webserver for Simple Applications Keeping the engineering process as simple as possible was a top priority. SICAM MIC provides a web server for configuration, diagnosis and testing, so that no special tools or additional licenses are needed. The tool is already integrated in SICAM MIC and is operated with a standard web browser (Microsoft Internet Explorer of a standard PC). The complete engineering data is stored non-volatilely on the SIM card equipped in the master control element. With the tool webmic the engineering can be accomplished also independently of the target system (offline). As grafical user interface serves also the Microsoft Internet Explorer, that stores the user data in a parameter file on the PC. After completion, the parameters can be written on a SIM card. When commissioning, the master control element must be merely equipped with the already parameterized SIM card. For occasional changes or tests on site only the PC with web browser is required. Simple application programs can be created with each text editor as instruction list (IL), based on the standard IEC Via the web browser, the instruction list can be uploaded into the automation unit for execution TOOLBOX II Of course SICAM MIC supports also the TOOLBOX II, the integrated engineering system for the entire SICAM RTUs family. This comprises all stages of plant configuration and maintenance, this means data collection, configuring, parameter setting, expanding, changing, testing, system diagnosis, and documentation. The introduction of object orientation allows project engineers to describe real units and pieces of equipment in the configuration process (circuit breakers, feeders, etc.). They can take advantage of these structural advantages especially in cases where systems are constituted of a plurality of primary units and pieces of equipment of equal type (for example a transformer substation). This yields enormous streamlining effects for the engineering process. When configuring via the TOOLBOX II, application programs (open-/closed-loop control function) can be created as function diagram (FUD) with the tool CAEx plus. Optionally, also an existing instruction list can be imported into the TOOLBOX II. In view of its conformity with IEC , CAEx plus grants the user access to a wellestablished and generally acknowledged standard. This helps shorten staff training times considerably. By means of the available standard-conformal module libraries and standard-conformal data types, the engineering becomes more transparent and is possible with high application quality. 34 SICAM RTUs, SICAM MIC System Description

35 3 Function Packages Contents 3.1 System Services Telecontrol Automation SICAM RTUs, SICAM MIC System Description 35

36 Function Packages 3.1 System Services Communication with the SICAM TOOLBOX II Integrated webserver Data flow control Addressing Time management Central clock of the automation unit Setting and keeping the own clock's time with a resolution of 10 ms Synchronization via serial communication (with another automation unit), via LAN (NTP server), or local (minute pulse) General interrogation Monitoring functions Failure management Diagnosis and signaling Storing firmware and parameters on a SIM card 36 SICAM RTUs, SICAM MIC System Description

37 Function Packages 3.2 Telecontrol Communications: Parameter-settable telecontrol functions with or without time tagging Communication via selectable protocols to arbitrary superior automation units Monitoring of the communication upon failure Automatic or selective data flow routing Priority based data transmission (priority control) Own circular buffer and process image for each connected station (data keeping) Communication within the automation unit Special application specific functions for dial-up traffic Test if stations are reachable An application program may evaluate telephone charges Parameter setup allows the telephone line to be used efficiently with respect to connection charges (e.g. command output possible only if a connection exists) Process Periphery: Acquisition and preprocessing of local peripheraly (monitor direction) Single-point and double-point information items Counting pulses Currents and voltages Frequencies Postprocessing and output to local periphery (control direction) Single-point information items Single and double commands Setpoint values via currents and voltages Transmission of spontaneous information objects from and to peripheral elements, via the serial TM bus Monitoring of the I/O modules, failure management Archiving of events SICAM RTUs, SICAM MIC System Description 37

38 Function Packages 3.3 Automation Telecontrol interface Reception of messages with process information Handling of commands according to IEC /104 Change management and generation of messages with time tag Open-/closed-loop control function via freely definable application programs Creation as function diagram according to IEC with CAEx plus Alternatively creation of an instruction list using an ASCII editor Online diagnostics Transmission of periodic process information between the open-/closed-loop control function and the I/O modules via the serial TM bus 38 SICAM RTUs, SICAM MIC System Description

39 4 Ambient Conditions Contents 4.1 Protection Type Mechanical Ambient Conditions Climatic Ambient Conditions Electromagnetic Compatibility SICAM RTUs, SICAM MIC System Description 39

40 Ambient Conditions 4.1 Protection Type Operational Equipment CP-60xx I/O modules Protection type acc. to IEC IP40 Terminals: IP 20 IP40 Terminals: IP 20 Protection class acc. to IEC SICAM RTUs, SICAM MIC System Description

41 Ambient Conditions 4.2 Mechanical Ambient Conditions Parameter Value Test standard Cl. Product stand. Cl. Harmonic Amplitude of the excursion 1 9 Hz Acceleration Hz Acceleration Hz Shock ±3.5 mm 10 m/s² 15 m/s² IEC IEC >Bm Bm Bm Acceleration; 11 ms duration (function) 100 m/s² IEC IEC Bm The listed values cover or exceed the required seismic loading according to IEC Cl.S3 and IEC Cl.1. The values apply in operation and for storage. The permitted mechanical stresses during transport depend on the transport packaging. The device packaging is not a transport packaging. SICAM RTUs, SICAM MIC System Description 41

42 Ambient Conditions 4.3 Climatic Ambient Conditions Parameter Value Test standard Cl. Product stand. Cl. Minimum air temperature (cold) Maximum temperature (dry heat) -25 C 72 hs. +70 C 72 hs. Damp heat 40 C 93% RH 48 hs. IEC Ad IEC Bd IEC IEC IEC IEC IEC Temperature gradient 30 C/h IEC C2 IEC Relative air humidity 5 97% IEC C2 IEC Absolute air humidity 29 g/m 3 IEC C2 Air pressure kpa (up to 3000 m) IEC IEC IEC C2 C2 C2 C3 C2 C2 C2 C2 C2 The listed values apply for the use in open-air cabinets for bay devices. The products can be exposed to sun and heat. They can be exposed as well to air flow caused by draught in buildings, e.g. by open windows or influences of technical processes. Bedewing is possible for a short time, e.g. during the course of maintenance tasks (not in operation). Condensation, precipitations, water and icing are not permitted. Heating and cooling is used to maintain the necessary conditions, especially in case of great differences between indoor and outdoor climate. The conditions of this class normally occur in living and working areas, e.g. in production rooms for electronic and electrotechnical products, telecontrol rooms, storage rooms for valuable and sensible devices. 42 SICAM RTUs, SICAM MIC System Description

43 Ambient Conditions 4.4 Electromagnetic Compatibility System Properties Parameter Value Test standard Cl. Product stand. Cl. Discharge of static electricity (ESD) 8 kv-l 6 kv-k IEC IEC IEC Electromagnetic fields 10 V/m IEC IEC IEC Hz magnetic fields 30 A/m IEC IEC Pulse-shaped magnetic fields Radio interference field strength (10 m) 300 A/m IEC IEC /47 dbµv CISPR22 IEC A CISPR22 A SICAM RTUs, SICAM MIC System Description 43

44 Ambient Conditions Power Supply DC Parameter Value Test standard Cl. Product stand. Cl. Dielectrical test U N 60 V (SELV circuit) Dielectrical test 60 V < U N 125 V against SELV-circuits Dielectrical test 125 V < U N 230 V against SELV-circuits 1.5 kveff IEC IEC VW3 2.5 kveff 1) IEC kveff IEC IEC VW3 2.5 kveff 1) IEC kveff IEC IEC > VW3 IEC Voltage tolerance DC +30/-20% IEC IEC DC3 IEC Voltage ripple DC 5% IEC IEC VR3 IEC Starting current S1 IEC IEC S1 >DC3 Impulse voltage 100/1300µs 1) normal 1.3 U N IEC IEC Fast transient burst common Surge 1.2/50 ms common 4.0 kvs IEC ) IEC IEC kvs IEC IEC Surge 1.2/50 ms normal 4.0 kvs IEC IEC >4 Induced HF voltage 10 V IEC Interruption time 50 ms IEC IEC >1 IEC Ring waves 100 khz common Ring waves 100 khz normal 2.5 kvs IEC IEC IEC kvs IEC IEC >3 IEC ) applies for modules PS-663x 2) directly connected 44 SICAM RTUs, SICAM MIC System Description

45 Ambient Conditions Digital and Analog I/Os Parameter Value Test standard Cl. Product stand. Cl. Fast transient burst common 2.0 kv IEC IEC IEC Surge 1.2/50 ms Surge 1.2/50 ms common normal 2.0 kv IEC *) IEC kv IEC *) IEC >4 Induced HF voltage 10 V IEC Ring waves 100 khz common Ring waves 100 khz normal 2.5 kvs IEC IEC IEC kv IEC IEC >3 IEC *) restriction with usage of TE-6420 Usage of TE-6420 If sensor and TE-6420 reside within a cabinet, the signal lines to the sensor must be carried out shielded and massed both ways (cabinet feeding, potential equalization of sensor). With usage of third-party supplied sensors, the signal lines as well as the power supply of the sensor must be directed in shielded cables. The power supply may be directed max. 1 m unshielded between power supply module and terminal. The corresponding power supply module may be used exclusively for the sensor feeding, a usage for other plant parts is not allowed Serial Communication V.24/V.28 Parameter Value Test standard Cl. Product stand. Cl. Fast transient burst common 2.0 kv IEC IEC IEC Induced HF voltage 10 V IEC The listed values apply for a distance 30 m for screened lines. SICAM RTUs, SICAM MIC System Description 45

46 Ambient Conditions Communication LAN Parameter Value Test standard Cl. Product stand. Cl. Fast transient burst common 2.0 kv IEC IEC Induced HF voltage 10 V IEC IEC The listed values apply for a distance 100 m cat.5 cable. 46 SICAM RTUs, SICAM MIC System Description

47 5 System Components and Technical Data Contents 5.1 Mechanical Design Power Supply Modules Master Control Modules Peripheral Element and I/O Modules SICAM RTUs, SICAM MIC System Description 47

48 System Components and Technical Data 5.1 Mechanical Design Mechanics Structure Assembly system for mounting on 35 mm DIN rail 1 power supply module 1 master control module Up to 8 I/O modules Dimensions (HxWxD) Per module 131 x 63 x 73 mm Fully equipped 131 x 630 x 73 mm + 2 x 3.7 mm Weight Power supply module approx g (type-specific) Master control module approx. 280 g I/O modules approx g (type-specific) Connectors Connection system for peripheral signals and power supply Ethernet/LAN communication RS-232 communication Supply for external data communications equipment Removeable screw terminals, wire cross section up to 2.5 mm² RJ45 socket connector 8-pole, for connecting Cat.5 cable D-SUB 9-pole, male, with additional supply input for external transmission facility Removable screw terminal 2-pole for connecting an auxiliary voltage 48 SICAM RTUs, SICAM MIC System Description

49 System Components and Technical Data 5.2 Power Supply Modules PS-6630 Power supply 2 system voltage outputs Environmental conditions according to EMC+ Parallel connectable for redundancy (not to increase power) Potential-free fault output (with power supply failure relay contact is opened) Function indication via LED Operating voltage VDC (supplied via terminals) Output voltage system-internal U VDC ±2% for external modem 1) U VDC switchable 9 10 VDC 2) Output power P U1 P U1 min 8.0 W 1.25 P U2 max P U1 max 8.0 W (at P U2 = 0 W) Output power P U2 P U2 max 2.5 W Output total power P U1+U2 max 8.0 W P U1+U2 peak 9.0 W Efficiency h U1 = P U1/P in approx. 65% h U2 = P U2/P in approx. 60% Power consumption P in max 12.3 W P in = P U1/h U1 + P U2/h U W P in peak Inrush peak current 8 A at 18 VDC 600 µs 40 A at 78 VDC 600 µs Guaranteed interruption time Output Power P out [W] Uin=24VDC Uin=48VDC Uin=60VDC Interruption Time (typ.) T u [ms] Reverse voltage protection Yes Overload protection No 3) Short-circuit protection No 3) Fault output Mechanics Terminals Dimensions Weight max. switching voltage max. output current max. short-time current 350 VAC, VDC 120 ma permanent (on resistance 35 Ω) 350 ma for 10 ms Removable screw terminals for direct conductor assembly cross-section up to 2.5 mm² 131 x 63 x 73 mm (L x W x H, dimensions w/o DIN rail) Approx. 200 g 1) via DTR circuit of the serial interface of CP ) switching to the higher voltage is induced exclusively by CP-6020/CPC60 and depends on its parameter setting (without switching, only the lower voltage is available) 3) internal fuse is blown (change by authorized personnel only) SICAM RTUs, SICAM MIC System Description 49

50 System Components and Technical Data PS-6632 Power supply 2 system voltage outputs Environmental conditions according to EMC+ Parallel connectable for redundancy (not to increase power) Potential-free fault output (with power supply failure relay contact is opened) Function indication via LED Operating voltage VDC (supplied via terminals) Output voltages system-internal U VDC ±2% for external modem 1) U VDC switchable 9 10 VDC 2) Output power P U1 P U1 min 8.0 W 1.25 P U2 max P U1 max 8.0 W (at P U2 = 0 W) Output power P U2 P U2 max 2.5 W Output total power P U1+U2 max 8.0 W P U1+U2 peak 9.0 W Efficiency h U1 = P U1/P in approx. 65% h U2 = P U2/P in approx. 60% Power consumption P in max 12.3 W P in = P U1/h U1 + P U2/h U W P in peak Inrush peak current 25 A at 90 VDC 500 µs 80 A at 230 VDC 500 µs Guaranteed interruption time Output Power P out [W] Uin=110VDC Uin=220VDC at P=4W...T=1000ms (Uin=220VDC) at P=2W...T=1640ms (Uin=220VDC) Reverse voltage protection Yes Overload protection No 3) Short-circuit protection No 3) Fault output Mechanics Terminals Dimensions Weight max. switching voltage max. output current max. short-time current 350 VAC, VDC 120 ma permanent (on resistance 35 Ω) 350 ma for 10 ms Removable screw terminals for direct conductor assembly cross-section up to 2.5 mm² 131 x 63 x 73 mm (L x W x H, dimensions w/o DIN rail) Approx. 230 g 1) via DTR circuit of the serial interface of CP ) switching to the higher voltage is induced exclusively by CP-6020/CPC60 and depends on its parameter setting (without switching, only the lower voltage is available) 3) internal fuse is blown (change by authorized personnel only) Interruption Time (typ.) T u [ms] 50 SICAM RTUs, SICAM MIC System Description

51 System Components and Technical Data 5.3 Master Control Modules CP-6020 Processor and Memory Processor Clock pulse frequency Clock pulse accuracy Free run accuracy Program memory Main memory Parameter memory Changeable non-volatile memory Max. number of data points Memory for application program Number of variables for application program Program sampling Acquisition grid digital I/O Acquisition grid analog I/O SAF-C161PI-LF MHz 1.0 ppm 3.6 ms/1 hour FLASH PROM 512 kbyte SRAM 128 kbyte Serial EEPROM 32 kbyte (built like a SIM Card) SIM card 32 kb or 128 kb 256 (sum of process images) 16 kb, thereof 1 kb temporary memory for variables 256 variables possible, thereof 256 Bytes non-volatile (variables: BOOL = 1 Bit, DINT = 4 Byte, REAL = 4 Byte) cyclical ms (settable raster 1 ms) spontaneous (settable; run not based on interrupt) 10 ms or 1 ms (depending on I/O module) 500 ms 60 s (TE-6430: 0.2 ms) Decentralized archive Recording raster for measured values 1, 2, 3, 5, 10, 15, 30, 60 min, settable Binary Inputs max. message length of a segment Byte, settable Memory configuration, settable 3 files with 250 records each (=750 records) 5 files with 150 records each (=750 records) 8 files with 100 records each (=800 records) 19 files with 50 records each (=950 records) 39 files with 25 records each (=975 records) 34 files with 250 records each (=8500 records) *) 6 binary inputs Galvanical insulation Common return of selectable polarity Filter time Nominal voltages 3 ms 24/48/60 VDC Operating points 12 V logical "0" ³ 16 V logical "1" Rated current ma (at V) Input circuits VDC (operated by means of external voltage) SICAM RTUs, SICAM MIC System Description 51

52 System Components and Technical Data Binary Outputs (Relay) Command (D00) Command or error or watchdog (D01) Maximum continuous current Switching voltage 2 outputs, potential-free Galvanical insulation Voltage between the two outputs max. 60 VDC +30% Normally open contacts When watchdog has timed out or with reset: relay contact is open 2A 24 VDC 1A 60 VDC 0.77A 78 VDC Switching cycles 10 5 with resistive load and nominal switching capacity 10 4 with inductive load (L/R=7 ms) Switching capacity (resistive load) Nominal switching capacity Nominal switching current Output circuits Communication min. 1 mw max. 60 W 48 W 24 VDC 2.00 A 60 W 48 VDC 1.25 A 60 W 60 VDC 1.00 A VDC (operated by means of external voltage) Serial interface Levels according to V.28 ESD protection Transmission rate up to 19.2 kbps (depends on the modem) Supply for external modem via interface line DTR Power Supply Operating voltage Mechanics and Connectors VDC, max. 800 mw Terminals Removable screw terminals (grid size 5.08) Connector(s) for the serial interface Dimensions Weight *) SIM card with 128 kb required D-SUB 9-pole, male (DIN 41652) 131 x 63 x 73 mm (L x W x H, dimensions w/o DIN rail) Approx. 190 g 52 SICAM RTUs, SICAM MIC System Description

53 System Components and Technical Data CP-6040 Processor and Memory Processor Clock pulse frequency Clock pulse accuracy Free run accuracy Program memory Main memory Parameter memory Changeable non-volatile memory Max. number of data points Memory for application program Number of variables for application program Program sampling Acquisition grid digital I/O Acquisition grid analog I/O SAF-C161PI-LF MHz 1.0 ppm 3.6 ms/1 hour FLASH PROM 512 kbyte SRAM 128 kbyte Serial EEPROM 32 kbyte (built like a SIM Card) SIM card 32 kb or 128 kb 256 (sum of process images) 16 kb, thereof 1 kb temporary memory for variables 256 variables possible, thereof 256 Bytes non-volatile (variables: BOOL = 1 Bit, DINT = 4 Byte, REAL = 4 Byte) cyclically ms (settable raster 1 ms) spontaneous (settable; run not based on interrupt) 10 ms or 1 ms (depending on I/O module) 500 ms 60 s (TE-6430: 0.2 ms) Decentralized archive Recording raster for measured values 1, 2, 3, 5, 10, 15, 30, 60 min, settable Binary Inputs max. message length of a segment Byte, settable Memory configuration, settable 3 files with 250 records each (=750 records) 5 files with 150 records each (=750 records) 8 files with 100 records each (=800 records) 19 files with 50 records each (=950 records) 39 files with 25 records each (=975 records) 34 files with 250 records each (=8500 records) *) 6 binary inputs Galvanical insulation Common return of selectable polarity Filter time Nominal voltages 3 ms 24/48/60 VDC Operating points 12 V logical "0" ³ 16 V logical "1" Rated current ma (at V) Input circuits VDC (operated by means of external voltage) SICAM RTUs, SICAM MIC System Description 53

54 System Components and Technical Data Binary Outputs (Relay) Command (D00) Command or error or watchdog (D01) Maximum continuous current Switching voltage 2 outputs, potential-free Galvanical insulation Voltage between the two outputs max. 60 VDC +30% Normally open contacts When watchdog has timed out or with reset: relay contact is open 2A 24 VDC 1A 60 VDC 0.77A 78 VDC Switching cycles 10 5 with resistive load and nominal switching capacity 10 4 with inductive load (L/R=7 ms) Switching capacity (resistive load) Nominal switching capacity Nominal switching current Output circuits Communication min. 1 mw max. 60 W 48 W 24 VDC 2.00 A 60 W 48 VDC 1.25 A 60 W 60 VDC 1.00 A VDC (operated by means of external voltage) Serial interface Levels according to V.28 ESD protection Transmission rate up to 19.2 kbps (depends on the modem) LAN interface Ethernet Power Supply Operating voltage Mechanics and Connectors Ethernet according IEEE 802.3, 10Base-T Transmission rate 10 MBps Line length m VDC, max. 800 mw Terminals Removable screw terminals (grid size 5.08) Connector(s) for the serial interface D-SUB 9-pole, male (DIN 41652) LAN interface RJ45 8-pole (IEC 603.7) Dimensions Weight *) SIM card with 128 kb required 131 x 63 x 73 mm (L x W x H, dimensions w/o DIN rail) Approx. 190 g 54 SICAM RTUs, SICAM MIC System Description

55 System Components and Technical Data 5.4 Peripheral Element and I/O Modules The peripheral functions are responsible for the process data input and output via I/O modules and take place partially by hardware (example: filter, ADC, 1-out-of-n check, DAC) firmware (example: measured value smoothing, time tagging) The peripheral functions are specific for each I/O module. Note The functions and the belonging mode of action are described in detail in the manual SICAM RTUs Common Functions Peripheral Elements according to IEC /104. Note You find the technical data of the I/O modules in the manual SICAM TM I/O Modules. In the following listing, footnotes are used to specify the effect of the functions in detail. f Telecontrol the function affects process information which is spontaneously transmitted f1 Telecontrol the function delivers (acquisition) spontaneously transmitted process information or is controlled by such information (output); partly, periodically transmitted information is also created/required a Automation the function affects process information which is periodically transmitted SICAM RTUs, SICAM MIC System Description 55

56 System Components and Technical Data Acquisition and Preprocessing DI-6100,DI-6101, DI-6104 Single-point information Acquisition with a resolution of 10 ms t Update every 10 ms a (in the cycle of the open-/closed-loop control function, if larger) Revision ta Power monitoring ta Inversion ta Firmware filter t Bounce suppression t Determination of the cause of transmission t Spontaneous transmission of changes t Periodical transmission a Double-point information Acquisition with a resolution of 10 ms t Update every 10 ms a (in the cycle of the open-/closed-loop control function, if larger) Revision ta Power monitoring ta Inversion ta Firmware filter t Bounce suppression t Monitoring intermediate and faulty positions t Determination of the cause of transmission t Reporting switching operations in progress t Breaker tripping detection t Breaker tripping suppression during auto-reclose t Spontaneous transmission of changes t Periodical transmission a Integrated totals via count pulses t1 Acquisition by firmware with a maximum count frequency of 20 Hz Pulse length/pause >20 ms/>20 ms Revision Power monitoring Inversion Pulse counting Counter value formation Count pulse evaluation Set counter Formation of integrated totals Counter request Interval control Frozen absolute value Frozen relative value Not power-fail safe Integrated total transmission according to iec Spontaneous transmission 56 SICAM RTUs, SICAM MIC System Description

57 System Components and Technical Data DI-6102, DI-6103 Single-point information Acquisition with a resolution of 1 ms t Update every 10 ms a (in the cycle of the open-/closed-loop control function, if larger) Revision ta Power monitoring ta Inversion ta Firmware filter t Bounce suppression t Determination of the cause of transmission t Spontaneous transmission of changes t Periodical transmission a Double-point information Acquisition with a resolution of 1 ms t Update every 10 ms a (in the cycle of the open-/closed-loop control function, if larger) Revision ta Power monitoring ta Inversion ta Firmware filter t Bounce suppression t Monitoring intermediate and faulty positions t Determination of the cause of transmission t Reporting switching operations in progress t Breaker tripping detection t Breaker tripping suppression during auto-reclose t Spontaneous transmission of changes t Periodical transmission a Integrated totals via count pulses t1 Acquisition by firmware with a maximum count frequency of 20 Hz Pulse length/pause >2 ms/>2 ms Revision Power monitoring Inversion Pulse counting Counter value formation Count pulse evaluation Set counter Formation of integrated totals Counter request Interval control Frozen absolute value Frozen relative value Not power-fail safe Integrated total transmission according to IEC Spontaneous transmission SICAM RTUs, SICAM MIC System Description 57

58 System Components and Technical Data AI-6300, AI-6307, AI-6308 Currents and voltages Settable acquisition grid n*100 ms t Measurement range settable with a resolution of12 Bit + sign t Shrinking the range results in decreasing resolution Revision t Noise rejection t *) Automatic calibration t Smoothing t Adaptation t Linear (normalized, technologically scaled or short floating point) Suppression of zero range Plausibility check Change monitoring t Spontaneous transmission of changes t *) not supported by USIO60, USIO61 58 SICAM RTUs, SICAM MIC System Description

59 System Components and Technical Data AI-6310 Temperatures t1 Acquisition of resistance thermometers via analog inputs of a SM-0571 Connection of the resistance thermometers: 2-, 3-, or 4-wire technique Update every 400 ms Settable measuring range Temperaturwerte - Input range Pt100: C / F / (»80,31 229,67 Ω) Pt100: C / F / (»60,25 345,13 Ω) Ni100: C / F / (»69,5 289,2 Ω) - Resolution Pt100: C 0.15 C / 0.28 F / (56 mω) Pt100: C 0.15 C / 0.28 F / (56 mω) Ni100: C 0.15 C / 0.28 F / (56 mω) - Update grid 16⅔ Hz <6,8 s 50 Hz < 5,6 s 60 Hz < 5,2 s Resistance values - Input range Ω - Resolution 56 mω - Update grid HW rev. ="--" HW rev. "-A" 16⅔ Hz < 6,8 s 16⅔ Hz < 1,68 s 50 Hz < 5,6 s 50 Hz < 1,44 s 60 Hz < 5,2 s 60 Hz < 1,36 s Revision Noise rejection *) Automatic calibration Calibration for 2-wire technique Smoothing Adaptation Temperature value ( C, F), conversion using implemented curves Resistance (Ω) Change monitoring Spontaneous transmission of changes *) not supported by USIO60, USIO TE-6430 Integrated totals via counting pulses 2 counting pulse inputs or 1 counting pulse input and 1 transfer input Inputs are galvanically insulated from logic circles and ground Inputs are not galvanically insulated from each other Input voltage range from 24 up to 60 V Inputs are secured by means of EMC filter and protector equipment Autonomous operable functions of the module are operated buffered, thus counting function and counts remain correct with a voltage failure up to 72 hours Spontaneous transmission f SICAM RTUs, SICAM MIC System Description 59

60 System Components and Technical Data Postprocessing and Output DO-6200 Pulse commands t1 Checked output of pulse commands 1-pole Single, double and regulating step commands Command output (OC) Application functions and procedures according to IEC /104 Formal check Direct command Select and execute command ("select/execute") Retry suppression 1-out-of-n check Control location check Command locking Synchronization Revision Command output time Settable Dependent on the process Return information monitoring Command prolongation Switching sequences Command output for the auto-reclose function If outputs of the module are used for pulse commands, no outputs of the same module can be used for binary information output Binary information output Selectable behavior on communication failure ta (deactivation or retention) Deactivation on module failure ta Spontaneous transmission t or Periodical transmission a If outputs of the module are used for binary information output, no outputs of the same module can be used for pulse commands Further Functions Return information to pulse command assignment Settable assignment Predefined assignment 60 SICAM RTUs, SICAM MIC System Description

61 System Components and Technical Data DO-6212 Pulse commands t1 Checked output of pulse commands 1-pole, 1½-pole, 2-pole Cannot be mixed Single, double and regulating step commands Command output (OC) Application functions and procedures according to IEC /104 Formal check Direct command Select and execute command ("select/execute") Retry suppression 1-out-of-n check Control location check Command locking Synchronization Revision Command output time Settable Dependent on the process Return information monitoring Command prolongation Switching sequences Command output for the auto-reclose function If outputs of the module are used for pulse commands, no outputs of the same module can be used for binary information output Binary information output Selectable behavior on communication failure ta (deactivation or retention) Deactivation on module failure ta Spontaneous transmission t or Periodical transmission a If outputs of the module are used for binary information output, no outputs of the same module can be used for pulse commands Further Functions Binary information and command output Settable output of the categories DO_EX and DO_DX Mixed output of binary information items and commands on one DO module possible Output of persisting commands Return information to pulse command assignment Settable assignment Predefined assignment SICAM RTUs, SICAM MIC System Description 61

62 System Components and Technical Data DO-6220, DO-6221, DO-6230 Pulse commands t1 Checked output of pulse commands 1-pole, 1½-pole, 2-pole Cannot be mixed on one module Single, double and regulating step commands Application functions and procedures according to IEC /104 Formal check Direct command Select and execute command ("select/execute") Control location check Retry suppression 1-out-of-n check Command locking Synchronization Revision DO command output according to IC1 Idle check Selective activation check DO command output according to RC1 Idle check Selective activation check Resistance check Current flow information Earth fault check Interference voltage check Command output time Settable Dependent on the process Return information monitoring Command prolongation Periodical control circuit check Switching sequences Monitoring of command output sequence to prevent incorrect outputs Command initionation for auto-reclose Activation of command contactors with or without series-break contacts (with DO-6221) Further Functions Return information to pulse command assignment (applies only for DO-6230) Settable assignment Predefined assignment 62 SICAM RTUs, SICAM MIC System Description

63 System Components and Technical Data AO-6380 Setpoint values by means of currents and voltages Output via analog outputs of a SM-0572 ta Output range settable with a resloution of ta 15 bits + sign at ±20 ma/±10 V Shrinking the range results in decreasing resolution Application functions and procedures according to IEC /104 ta Formal check Direct command Select and execute command ("select/execute") Adaptation t Linear (normalized, technologically scaled or short floating point) t Selectable behavior on communication failure and module failure ta (keep value, output substitute value) Spontaneous transmission t or Periodical transmission a SICAM RTUs, SICAM MIC System Description 63

64 System Components and Technical Data Return Information to Pulse Command Assignment Type Single information to single command (1-pole): DI-610x with DO-6200 Predefined Assignment EM IOM x IN D00... command IOM y OUT D00 EM IOM x IN D01... command IOM y OUT D01 : : EM IOM x IN D07... command IOM y OUT D07 EM IOM x IN D10... command IOM y OUT D10 EM IOM x IN D11... command IOM y OUT D11 : : EM IOM x IN D17... command IOM y OUT D17 Single information to single command (1-pole): DI-610x with DO-6212 (two DO-6212 with one DI-610x possible) SI IOM x IN D00... command IOM y OUT D00 SI IOM x IN D01... command IOM y OUT D01 : : SI IOM x IN D07... command IOM y OUT D07 SI IOM x IN D10... command IOM z OUT D00 SI IOM x IN D11... command IOM z OUT D01 : : SI IOM x IN D17... command IOM z OUT D07 Single information to single command (1-pole): DI-610x with DO-6230 SI IOM x IN D00... command IOM y CA00 SI IOM x IN D01... command IOM y CA01 : : SI IOM x IN D07... command IOM y CA07 SI IOM x IN D10... command IOM y CB00 SI IOM x IN D11... command IOM y CB01 : : SI IOM x IN D17... command IOM y CB07 Single information to single command (1.5-pole): DI-610x with DO-6212 (two DO-6212 with one DI-610x possible) SI IOM x IN D00... command IOM y OUT D00 SI IOM x IN D01... command IOM y OUT D01 : : SI IOM x IN D06... command IOM y OUT D06 SI IOM x IN D10... command IOM z OUT D00 SI IOM x IN D11... command IOM z OUT D01 : : SI IOM x IN D16... command IOM z OUT D06 Single information to single command (1.5-pole): DI-610x with DO-6230 SI IOM x IN D00... command IOM y CA00 SI IOM x IN D01... command IOM y CA01 : : SI IOM x IN D07... command IOM y CA07 SI IOM x IN D10... command IOM y CB00 SI IOM x IN D11... command IOM y CB01 : : SI IOM x IN D17... command IOM y CB07 Single information to single command (2-pole): DI-610x with DO-6212 (two DO-6212 with one DI-610x possible) SI IOM x IN D00... command IOM y OUT D00/D01 SI IOM x IN D02... command IOM y OUT D02/D03 SI IOM x IN D04... command IOM y OUT D04/D05 SI IOM x IN D06... command IOM y OUT D06/D07 SI IOM x IN D10... command IOM z OUT D00/D01 SI IOM x IN D12... command IOM z OUT D02/D03 SI IOM x IN D14... command IOM z OUT D04/D05 SI IOM x IN D16... command IOM z OUT D06/D07 Single information to single command (2-pole): DI-610x with DO-6230 SI IOM x IN D00... command IOM y CA00/CB00 SI IOM x IN D01... command IOM y CA01/CB01 : : SI IOM x IN D07... command IOM y CA07/CB07 64 SICAM RTUs, SICAM MIC System Description

65 System Components and Technical Data Type Double information to double command (1-pole): DI-610x with DO-6200 Predefined Assignment DI IOM x IN D00/D01... command IOM y OUT D00/D01 DI IOM x IN D02/D03... command IOM y OUT D02/D03 DI IOM x IN D04/D05... command IOM y OUT D04/D05 DI IOM x IN D06/D07... command IOM y OUT D06/D07 DI IOM x IN D10/D11... command IOM y OUT D10/D11 DI IOM x IN D12/D13... command IOM y OUT D12/D13 DI IOM x IN D14/D15... command IOM y OUT D14/D15 DI IOM x IN D16/D17... command IOM y OUT D16/D17 Double information to double command (1-pole): DI-610x with DO-6212 (two DO-6212 with one DI-610x possible) DI IOM x IN D00/D01... command IOM y OUT D00/D01 DI IOM x IN D02/D03... command IOM y OUT D02/D03 DI IOM x IN D04/D05... command IOM y OUT D04/D05 DI IOM x IN D06/D07... command IOM y OUT D06/D07 DI IOM x IN D10/D11... command IOM z OUT D00/D01 DI IOM x IN D12/D13... command IOM z OUT D02/D03 DI IOM x IN D14/D15... command IOM z OUT D04/D05 DI IOM x IN D16/D17... command IOM z OUT D06/D07 Double information to double command (1-pole): DI-610x with DO-6230 DI IOM x IN D00/D01 command IOM y CA00/CA01 DI IOM x IN D02/D03... command IOM y CA02/CA03 DI IOM x IN D04/D05... command IOM y CA04/CA05 DI IOM x IN D06/D07... command IOM y CA06/CA07 DI IOM x IN D10/D11... command IOM y CB00/CB01 DI IOM x IN D12/D13... command IOM y CB02/CB03 DI IOM x IN D14/D15... command IOM y CB04/CB05 DI IOM x IN D16/D17... command IOM y CB06/CB07 Double information to double command (1.5-pole): DI-610x with DO-6212 (two DO-6212 with one DI-610x possible) DI IOM x IN D00/D01... command IOM y OUT D00/D01 DI IOM x IN D02/D03... command IOM y OUT D02/D03 DI IOM x IN D04/D05... command IOM y OUT D04/D05 DI IOM x IN D10/D11... command IOM z OUT D00/D01 DI IOM x IN D12/D13... command IOM z OUT D02/D03 DI IOM x IN D14/D15... command IOM z OUT D04/D05 Double information to double command (1.5-pole): DI-610x with DO-6230 DI IOM x IN D00/D01 command IOM y CA00/CA01 DI IOM x IN D02/D03... command IOM y CA02/CA03 DI IOM x IN D04/D05... command IOM y CA04/CA05 DI IOM x IN D06/D07... command IOM y CA06/CA07 DI IOM x IN D10/D11... command IOM y CB00/CB01 DI IOM x IN D12/D13... command IOM y CB02/CB03 DI IOM x IN D14/D15... command IOM y CB04/CB05 DI IOM x IN D16/D17... command IOM y CB06/CB07 Double information to double command (2-pole): DI-610x with DO-6212 (two DO-6212 with one DI-610x possible) DI IOM x IN D00/D01... command IOM y OUT D00..D03 DI IOM x IN D04/D05... command IOM y OUT D04..D07 DI IOM x IN D10/D11... command IOM z OUT D00..D03 DI IOM x IN D14/D15... command IOM z OUT D04..D07 Double information to double command (2-pole): DI-610x with DO-6230 DI IOM x IN D00/D01... command IOM y CA00..CB01 DI IOM x IN D02/D03... command IOM y CA02..CB03 DI IOM x IN D04/D05... command IOM y CA04..CB05 DI IOM x IN D06/D07... command IOM y CA06..CB07 x = 0..7, y = x+1, z = x+2 In each case the module DO-62xx must be equipped directly after the module DI-610x. SICAM RTUs, SICAM MIC System Description 65

66 System Components and Technical Data 66 SICAM RTUs, SICAM MIC System Description

67 A Order Information Contents A.1 Power Supply Modules A.2 Master Control Modules A.3 I/O Modules A.4 Interface Modules A.5 Accessories A.6 Engineering Tools SICAM RTUs, SICAM MIC System Description 67

68 Order Information A.1 Power Supply Modules Designation PS-6630 Power supply module VDC (EMC+) Item Number/MLFB GC MF11130GG300AA0 PS-6632 Power supply module VDC (EMC+) GC MF11130GG320AA0 68 SICAM RTUs, SICAM MIC System Description

69 Order Information A.2 Master Control Modules Designation CP-6020 Master control module V.28, 8 modules Item Number/MLFB GC MF11130GA200AA0 CP-6040 Master control module ET10TX/V.28, 8 modules GC MF11130GA400AA0 SICAM RTUs, SICAM MIC System Description 69

70 Order Information A.3 I/O Modules Designation DI-6100 Binary input 2x8, VDC Item Number/MLFB GC MF11130GB000AA0 DI-6101 Binary input 2x8, 110/220 VDC GC MF11130GB010AA0 DI-6102 Binary input 2x8, VDC 1 ms GC MF11130GB020AA0 DI-6103 Binary input 2x8, 110/220 VDC 1 ms GC MF11130GB030AA0 DI-6104 Binary input 2x8, 220 VDC GC MF11130GB040AA0 70 SICAM RTUs, SICAM MIC System Description

71 Order Information Designation DO-6200 Binary output transistor 2x8, VDC Item Number/MLFB GC MF11130GC000AA0 DO-6212 Binary output relays 8x VDC/230 VAC GC MF11130GC120AA0 DO-6220 Command output Basic module GC MF11130GC200AA0 DO-6221 Command output Basic module measurement GC MF11130GC210AA0 DO-6230 Command output Relay module GC MF11130GC300AA0 AI-6300 Analog input 2x2 ±20 ma/±10 V GC MF11130GD000AA0 SICAM RTUs, SICAM MIC System Description 71

72 Order Information Designation AI-6307 Analog input 2x2 ±2.5 ma/±5 ma/±10 V Item Number/MLFB GC MF11130GD070AA0 AI-6308 Analog input 2x2 ±1 ma/±2 ma/±10 V GC MF11130GD080AA0 AI-6310 Analog input 2x2 Pt100/Ni100 GC MF11130GD100AA0 AO-6380 Analog output 4x ±20 ma/±10 ma/±10 V GC MF11130GD800AA0 TE-6420 Speed measurement 2x2 5 VDC/24 VDC/NAMUR GC MF11130GE200AA0 72 SICAM RTUs, SICAM MIC System Description

73 Order Information A.4 Interface Modules Designation CM-0819 RS232/RS485 Converter galvanically insulated Item Number/MLFB GA MF11112AJ100AF0 CM-0821 Fieldbus interface ring (3x FO, 1x el.) GA MF11110AJ210AA0 CM-0822 Fieldbus interface star (4x FO) GA MF11110AJ220AA0 CM-0823 Fieldbus interface ring (3x FO, 1x RS485) GA MF11110AJ230AA0 CM-0827 Fibre optic interface (El.-FO) GA MF11110AJ270AA0 CM-0829 RS-232/RS-422; RS-485 Converter GA MF11112AJ200AA0 SICAM RTUs, SICAM MIC System Description 73

74 Order Information A.5 Accessories A.5.1 Proprietary Modems Designation CE-0700 V.23 leased line modem for DIN rail mounting Item Number/MLFB G MF11020BC000AA0 CE-0701 VFT channel modem for G DIN rail mounting *) 6MF11020CA810AA0 *) withdrawn A.5.2 Recommended Modems (Third-Party Devices) Designation Westermo TD-36AV ( VAC/ VDC) Westermo TD-36LV (10 30 VAC/10 60 VDC) Dial-up traffic analog Item Number/MLFB Westermo IDW-90 Dial-up traffic ISDN Coherent Eurocom 24 Dial-up traffic analog G MF11020BA140AA0 Cinterion MC52iT Dual band Dial-up traffic GSM inclusive mounting set for DIN rail and connection cable (1.5 m) G MF11020BA300AA0 74 SICAM RTUs, SICAM MIC System Description

75 Order Information Designation Siemens stationary antenna GSM Antenna for outdoor mounting Siemens MD741-1 GPRS router Item Number/MLFB G MF11020BA300AA0 Dr. Neuhaus Tainy EMOD-V2-IO or Dr. Neuhaus Tainy EMOD-L1-IO A.5.3 Cables and Plugs Designation Modem cable SICAM MIC and CE-070x 330 mm; 9-pole D-SUB Modem cable SICAM MIC and MC52iT modem 220 mm; 9-pole D-SUB DSUB 9-pole connector locking Item Number/MLFB TC MF13130GC100AA1 TC MF13130GC110AA1 TC MF13130GC120AA1 TPP_1M TP Patch cable 1m Cat5, grey TPP_2M TP Patch cable 2m Cat5, grey TPP_3M TP Patch cable 3m Cat5, grey TPP_5M TP Patch cable 5m Cat5, grey TPP_10M TP Patch cable 10m Cat5, grey (for cabinet internal wirings) CAT5-INSTALL-CABLE-1.5M CAT5-INSTALL-CABLE-3M CAT5-INSTALL-CABLE-5M CAT5 Installation cable 100 m 4x2x0.5 (AWG24) (for cabinet external wirings) T MF13040BC550AA0 T MF13040BC510AA0 T MF13040BC520AA0 T MF13040BC530AA T MF13040BC540AA0 TF MF13140FC000AA0 TF MF13140FC010AA0 TF MF13140FC020AA0 TF MF13140FA100AA0 SICAM RTUs, SICAM MIC System Description 75

76 Order Information Designation Direct cable connection 2xDB9F SICAM MIC 1.8 m Item Number/MLFB TF MF13140FC040AA0 Fibre optics length: max. 0.5 km Fibre optics length: max. 1.5 km FO-INDOORCABLE-50-DUP-LSOH FO-OUTDOORCABLE-50-2FIB-ARM FO-INDOORCABLE-62-DUP-LSOH FO-OUTDOORCABLE-62-2FIB-ARM FO-CONNECTOR-ST-50/62 Modular coupler RJ45 9-pole D-SUB female TF MF13140HA270AA1 TF MF13140HA280AA1 TF MF13140HA060AA1 TF MF13140HA070AA1 TF MF13140HA160AA1 TF MF13140FB010AA1 CM-6810 TM I/O modules extension cable GC MF11130GJ100AA0 A.1.1. Recommanded Upstream Power Supply Units Designation Power supply 115/230 VAC, VDC, 24 VDC 50 W Item number/mlfb Power supply 5 V/2 A SYKO EWS 01 U VAC or VDC 76 SICAM RTUs, SICAM MIC System Description

77 Order Information A.5.4 SIM Card Designation SIM card 32 kb Item Number/MLFB CC MF12131GA030AA0 SIM card 128 kb CC MF12131GA020AA0 A.5.5 Miscellaneous Designation Bus termination Item Number/MLFB TC MF13130GA500AA0 Coding section for TM terminal strip TC MF13130GA550AA0 Tool for disconnecting the plug in TC MF13130GC000AA0 PHOENIX CR-MSTB Coding section, is inserted on the multi-pin connector directly on the terminal module, red insulating material, 6 pcs. PHO WEIDMUELLER LPA QB2 Cross connection 2 pins WEI WEIDMUELLER Sheet with 48 sticky labels For individual labelling of the terminal points (the adhesive label is attached to the slanted surfaces near the module terminals) WEI SICAM RTUs, SICAM MIC System Description 77

78 Order Information Designation PHOENIX Zack band ZB 8/27 For labeling with BMKL (26.8 x 6.8 WH) laser printer labels, M-PEN or CMS system, lettering field: 8 x 27 mm, white, 10 pcs. WAGO End bracket Snap-on end bracket for TS35 rail Item Number/MLFB PHO WAG SICAM RTUs, SICAM MIC System Description

79 Order Information A.6 Engineering Tools A.6.1 SICAM TOOLBOX II A Toolsets Designation Item Number/MLFB Engineering Manager TBII_EMII_V5_Licence S MF14030CA000AA5 Engineering and Maintenance Computer Object-Oriented Process Data Manager Tool for open-/closed-loop control functions TBII_EMII-Light_V5_Licence TBII_EMII-Light-to-FULL_V5_Licence TBII_PSRII_V5_Licence TBII_PSRII-Light_V5_Licence TBII_PSRII-Light-to- FULL_V5_Licence TBII_OPMII_V5_Licence TBII_OPMII-Light_V5_Licence TBII_OPMII-Light-to- FULL_V5_Licence TBII_CAExplus_V5_Licence TBII_CAExplus-Light_V5_Licence S MF14030CA100AA5 S MF14030CA110AA5 S MF14030EA000AA5 S MF14030EA100AA5 S MF14030EA110AA5 S MF14030FA000AA5 S MF14030FA100AA5 S MF14030FA110AA5 S MF14030GB000AA5 S TBII_CAExplus-Light-to- FULL_V5_Licence S Expansion for Safety V&V, Safety Monitor TBII_CAEx_safety_V5_Licence TBII_CAEx_safety-Light_V5_Licence TBII_CAEx_safety-Light-to- Full_V5_Licence S S S CAEx plus hardlock TBII_CAExplus_Hardlock-USB G Z 6MF11100FF210AZ0 The Engineering Manager is the basic toolset, on that all the other toolsets are based. To each toolset is also a corresponding light version available. The light versions are restricted to the processing of maximal 100 system elements and maximal 2000 data points. SICAM RTUs, SICAM MIC System Description 79

80 Order Information A Packages Designation TBII_Standard_V5 TBII_Basic_V5 TBII_Administration_V5 TBII_Maintenance_V5 TBII_Standard-LIGHT_V5 TBII_Basic-LIGHT_V5 TBII_Administration-LIGHT_V5 TBII_Maintenance-LIGHT_V5 Contents alle Toolsets EM II, PSR II, OPM II EM II EM II, PSR II alle Toolsets EM II, PSR II, OPM II EM II EM II, PSR II The SICAM TOOLBOX II is supplied on DVD-ROM. For the usage of the single tools software licenses are required. An extensiv selection of software licenses, depending on need and configuration, is available: Local PC configuration Server-client configuration Web engineering Update Upgrade LIGHT to FULL The order of the software licenses takes place via the MLFB that starts for V5.0 always with 6MF7050 and for V5.1 always with 6MF7051. Through the selection of the options results the corresponding variant of the software license. You find the exact order information in the SICAM TOOLBOX II V5 License Catalog. A.6.2 Web Engineering Designation Offline parameterization CPC60 WEBmic SW CPC60 Flashloader and firmware FLASHmic Item Number/MLFB SC XX86 SC XX86 80 SICAM RTUs, SICAM MIC System Description