eta ControlPlex CPC12EC User Manual
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eta ControlPlex CPC12EC User Manual

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User Manual
ControlPlex
Controller CPC12EC
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Summary of Contents for eta ControlPlex CPC12EC

  • Page 1 User Manual ControlPlex Controller CPC12EC ®...

  • Page 2: Table Of Contents

    1 Table of contents 1 Table of contents 2 General information Safety instructions Qualified personnel Delivery state 3 General description Design of the entire system Dimensions CPC12xx-Tx Status indication and terminals 3.3.1 Terminals for voltage supply 3.3.2 EtherCAT interfaces with integral switch, connection sleeve XF1 (IN), XF2 (OUT) ETHERNET interface, connection sleeve X1 3.3.3...
  • Page 3 7 Communication via EtherCAT ControlPlex ® device model ESI file 8 Cyclical I/O data Cyclical data CPC12 controller 8.1.1 I/O data CPC12 controller 8.1.2 Total current CPC12 controller Cyclical data of circuit protectors 8.2.2 Cyclical input data of circuit protectors 8.2.3 Cyclical output data of circuit protectors 9 Non-cyclical data...

  • Page 4: General Information

    2 General information 2.1 Safety instructions 2.2 Qualified personnel This manual points out possible danger This user manual must exclusively be for your personal safety and gives used by qualified personnel, who are able instruction how to avoid property damage. –...

  • Page 5: General Description

    3 General description The customers' demands for a constant system-relevant data of the superordinate quality of the produced goods, while at control systems. This can be via the the the same time increasing the quantities, EtherCAT interface as well as via an pose great challenges to the mechanical additional Ethernet interface.

  • Page 6: Design Of The Entire System

    3.1 Design of the entire system ® The CPC12 bus controller is the centre piece of the ControlPlex the control system, e.g. to a superordinate cloud application. system. It allows consistent communication between the Revised measuring values of all electronic circuit protectors electronic circuit protectors and the superordinate control level, are also forwarded to the automation system.

  • Page 7: Dimensions Cpc12Xx-Tx

    3.2 Dimensions CPC12xx-Tx 98.5 Label e.g. from Phoenix Contact ZBF-21 connector CPC12xx- Tx-xxx snap-on socket for rail EN 60715-35x7,5 (not included) Ensure space for plugs and cables! fig. 2: Dimensions CPC12 3.3 Status indication and terminals IP-Reset LED – LINK/ACT LED –...

  • Page 8: Terminals For Voltage Supply

    3.3.1 Terminals for voltage supply Supply XD1 Rated voltage: DC 24 V(± 5 % → 18 ... 30 V) Rated current: typically 75 mA Terminal design: 3 x push-in terminals (+/0V/ FE) max. cable cross section rigid 0.2 – 1.5 mm flexible with wire end ferrule (without plastic sleeve) 0.2 –...

  • Page 9: Led Status Indication

    3.3.4 LED status indication Visual status indication by means of multicoloured LED Indication of operating mode Operating mode LED US1 LED US2 LED ERR LED RUN EtherCAT Init-State n.a. n.a. n.a. green blinking EtherCAT Pre-Operational-State n.a. n.a. n.a. (0.2 s on / 0.2 s off) green blinking EtherCAT Safe-Operational-State n.a.

  • Page 10: Operating Modes Of The Cpc12 Bus Controller

    5 Operating modes of the CPC12 bus controller 5.1 Operating mode: Start-up mode 5.4 Operating mode: Stand-alone mode The CPC12 bus controller is initialised by applying the supply In this operating mode there is no connection between the bus voltage. The device will carry out internal programme memory controller and the superordinate control unit.

  • Page 11: Basic Functions Of The Entire System

    6 Basic functions of the entire system 6.1 Internal cycle times 6.3 About the additional Ethernet interface The cycle time of the system depends on the number of electronic circuit protectors connected and on the internal baud The additional Ethernet interface extends the functional scope rate.

  • Page 12: Communication Via Ethercat

    7 Communication via EtherCAT ® 7.1 ControlPlex device model The power distribution system with CPC12 controller consists of a passive supply module EM12-T00-000-DC24V-40A and up to 16 intelligent circuit protectors of the REX series. ® The power distribution system ControlPlex uses the following EtherCAT object list: Index Subindex...
  • Page 13 Index Subindex Name Access Data length Data type – Channel Load Current PDO – – – Number of Entries 1 byte integer Input Mapping Area 1 4 byte integer 0x1A02 Input Mapping Area 2 4 byte integer Input Mapping Area 3 4 byte integer Input Mapping Area 4...
  • Page 14 Index Subindex Name Access Data length Data type – Acyclic Data Ch1 – – – Number of Entries 1 byte integer Parameter Channel 2 byte integer Device Information 19 byte integer 0x2101 Device Type Config 2 byte integer Events 1 byte integer Action Commands Channel 1 byte...
  • Page 15 Index Subindex Name Access Data length Data type – Channel Load Voltage – – – Number of Entries 1 byte integer 1.1 Load Voltage 2 byte integer 0x6010 1.2 Load Voltage 2 byte integer 2.1 Load Voltage 2 byte integer 16.2 Load Voltage 2 byte integer...

  • Page 16: Esi File

    7.2 ESI file The ESI file is in the download area of the E-T-A website and can be downloaded there. 8 Cyclical I/O data Depending on the selected module, a varying number of data bytes are exchanged in the cyclical data traffic. The ESI file made available for the projecting tool allows the related configuration, the system recognises all permitted configurations and processes the cyclical data defined in the projection.

  • Page 17: Cyclical Data Of Circuit Protectors

    8.2 Cyclical data of circuit protectors The circuit protectors cyclically supply status, load voltage and load current information. The circuit protectors can additionally be controlled via cyclical output data. Each circuit protector has up to two channels. The input and output data are always transmitted for both possible channels of a circuit protector.

  • Page 18: Cyclical Output Data Of Circuit Protectors

    8.2.3 Cyclical output data of circuit protectors Each channel can be switched on or off or reset via the cyclical output data. A subindex (1 to 32) is reserved per channel in register 0x7000. The subindex again represents the channel number. Design of the output bytes per circuit protector is as follows: byte type...

  • Page 19: Non-Cyclical Data

    9 Non-cyclical data Non-cyclical services allow exchange of more data with the CPC12 controller and the circuit protectors. Access also allows direct addressing of a circuit protector. The index and subindex are used to read or write the CPC12 data. The access to the circuit protectors is divided into channels.

  • Page 20: Cpc12 Controller

    9.1 CPC12 controller The non-cyclical parameters of the controller are described in the following chapters. 9.1.1 Device information CPC12 controller The device information of the controller consists of 19 bytes. Access: Index 0x2100, subindex 3 All device information with possible conditions is described in the following table. byte type range...

  • Page 21: Configuration Data Cpc12 Controller

    9.1.2 Configuration data CPC12 controller The device configuration data for the controller consists of 5 bytes. Access: Index 0x2100, subindex 2 All configuration data with possible conditions are described in the following table. byte type range description Configuration byte 0 ... 255 bit 0 = writing via web server permitted.

  • Page 22: Action Commands Cpc12 Controller

    9.1.3 Action commands CPC12 Controller The action commands of the controller consist of 1 byte. All action commands being sent to the CPC12 carry out the action for all channels. Access: Index 0x2100, subindex 1 Action commands with possible conditions are described in the following table. byte type range...

  • Page 23: Dynamic Information Cpc12 Controller

    9.1.4 Dynamic information CPC12 controller Access: Index 0x2100, subindex 4 byte type range description ® Cycle time 0 HighByte UInt16 0 ... 65535 Holds the internal cycle time of the ELBus in milliseconds ® ELBus 1 LowByte [ms]. Reserve 2 HighByte UInt16 0 ...

  • Page 24: Device Information For One Channel

    9.2.2 Device information for one channel » The device information for one channel consists of 19 bytes. Access: Index 0x2100 + number of channel, subindex 2 All device information with possible conditions is described in the following table. byte type range description Circuit breaker...

  • Page 25: Configuration Data For One Channel

    9.2.3 Configuration data for one channel The configuration data for one channel consist of 2 bytes. Access: Index 0x2100 + number of channel, subindex 3 All configuration data with possible conditions are described in the following table. byte type range description Circuit breaker 0 HighByte...

  • Page 26: Action Commands For One Channel

    9.2.5 Action commands for one channel The action commands for one channel consist of 1 byte. Access: Index 0x2100 + number of channel, subindex 5 All action commands with possible conditions are described in the following table. byte type range description Action commands 0 byte...

  • Page 27: Diagnostic Data For One Channel

    9.2.6 Diagnostic data for one channel The dynamic information for one channel consists of 22 bytes. Access: Index 0x2100 + number of channel, subindex 6 All dynamic information with possible conditions is described in the following table. byte type range description Error memory 0 HighByte...
  • Page 28 byte type range description Max. load current 13 HighByte UInt16 0 ... 65535 Contains the highest measured current of the channel since 14 LowByte the last reset. A standardised 16-bit-value with a resolution of 10 mA is made available. Example for calculation of the measuring value: value (150)/100 = ^ 1.50 Amps Medium value 15 HighByte...

  • Page 29: Appendix

    10 Appendix 10.1 List of pictures fig. 1: System overview fig. 2: Dimensions CPC12 fig. 3: Status indication and terminals CPC12EC fig. 4: Display status LEDs fig. 5: Display LEDs RJ45 connectors fig. 6: installation drawing fig. 7: EtherCAT object list fig.
  • Page 30 Notes...
  • Page 31 Notes...
  • Page 32 http://www.e-t-a.de/qr1043/ E-T-A Elektrotechnische Apparate GmbH Industriestraße 2-8 . 90518 Altdorf Bedienungsanleitung/Instruction manual B_CPC12EC-Tx-xxx_E_12082020 GERMANY Bestell-Nr./Ref. number Y31350801 - Index: -a Phone +49 9187 10-0 . Fax +49 9187 10-397 Ausgabe/Issue: 08/2020 E-mail: info@e-t-a.de . www.e-t-a.de Alle Rechte vorbehalten/All rights reserved...

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