EMR-3000 Modbus Register Maps

Transcription

1 EMR-3000 Modbus Register Maps

2 IM E EMR-3000 Table of Contents Modbus Parameters... 3 Notes for the SCADA-System... 4 Specific Modbus Function Codes... 5 Setting Date and Time... 9 Supported Modbus - Error Messages Appendix Register Maps Signals Measuring Values s Settings ad06dd90594cf7c67e2f745ed4579a87 dbd087cd01393c3254dac849b30a68b7 RMS Handoff: 0 File: C:\p4_data\deliverEMR-3000\generated\EMR-3000_modbus_registers_eaton_en.odt This manual applies to devices (Modbus RTU and Modbus TCP): Version 1.0.c Build:

3 EMR-3000 IM E Modbus Parameters For the Modbus Protocol, several parameters have to be set that are relevant for the communication between the control system (SCADA) and the device. The parameters and their setting possibilities or value ranges are shown in the tables that follow. ATTENTION! The parameters are described within the Appendix of the device manual (Modbus section). 3

4 IM E EMR-3000 Notes for the SCADA-System When using Modbus RTU the following times have to be considered by the control system and are fixed within the device : The dwell times (t D ) before start of a frame must at least be set to 3.5 characters. Examples: 3.5 characters 9600 Baud = 4 ms 3.5 characters Baud = 2 ms characters Baud = 1 ms Start of a new message is expected when the dwell time (t D ) is > 3.5 characters. The fact that the probability of disruptions during transmission of a message increases with its length has to be taken into consideration and thus a query to the Slave should possibly be such that the message is not much longer than 32 bytes. 4

5 EMR-3000 IM E Specific Modbus Function Codes For reading data from the device or to carry out commands, the services listed in the table, also called»function Codes«, are supported. Table 1.1. Function Codes Function-Code Designation 3 Read Holding There are single or several data words read from a specific data word address. Only status addresses and parameter addresses can be read. 4 Read Input There are single or several data words read from a specific data word address. Only measuring values can be read. 5 Write Single Output (Bit) All other values are illegal and will not affect the output. Via this function code. acknowledgments can be executed as well as counters reset or blockings set. 8 Loopback Test Test function for the communication system. 16 Load Multiple There are single or several data words written from a specific data word address. 5

6 IM E EMR-3000 On the following pages, the Modbus functions are described in detail: Function-Code 3/4: Query Slave address 3/4 Register address HI Register address LO Register number HI Register number LO Check-sum HI Check-sum LO Response Slave address 3/4 Byte number Register 0 HI Register 0 LO... Check-sum HI Check-sum LO Register address (HI*256 + LO) The data word address from where-reading should start. Register number (HI*256 + LO) Number of data words to be read. Valid range: Byte number Number of subsequent bytes containing data words. Register Data words read out of the device (Highbyte and Lowbyte). 6

7 EMR-3000 IM E Function Code 5: Query Slave address 5 Register address HI Register address LO Register data HI Register data LO Check-sum HI Check-sum LO Response Slave address 5 Register address HI Register address LO Register data HI Register data LO Check-sum HI Check-sum LO Register address (HI*256 + LO) Data word address to be written. Register data Value of the data word to be written (Highbyte and Lowbyte). Permitted value range: FF00 hex request for a single byte to be on: This often means to reset a counter, execute acknowledgments, or set blockings signals hex request for a single byte to be off: This often means to deactivate blocking signals or to reset single bytes. Function Code 8: Query Slave address 8 Data Diag Code HI 0x00 Data Diag Code LO 0x00 Test data Test data Check-sum HI Check-sum LO Response Slave address 8 Data Diag Code HI Data Diag Code LO Test data Test data Check-sum HI Check-sum LO Data Diag Code HI (high), Data Diag Code LO ( low) Diagnostic Code (sub-function code of function code 8) for testing the communication system. The Diagnostic Code Return Query Data (0x00, 0x00) is being supported. Test Data By using the Diagnostic Code 0x00 0x00, the transmitted data are sent back to the Master unchanged. 7

8 IM E EMR-3000 Function Code 16: Query Slave address 16 Register address HI Register address LO Register number HI Register number LO Byte number Register 0 HI Register 0 LO... Check-sum HI Check-sum LO Response Slave address 16 Register address HI Register address LO Register number HI Register number LO Check-sum HI Check-sum LO Register address (HI*256 + LO) Data word address from where writing should start. Register number (HI*256 + LO) Query: Number of data words to be written. Valid range: Response: Number of data words written. Byte number Number of subsequent bytes to contain data words. Register Data words read out of the device (Highbyte and Lowbyte). 8

9 EMR-3000 IM E Setting Date and Time Date and time can be set by means of function code 16 and read with function code 3. If the device address 0 (broadcast address) is selected, the times of all devices connected to this bus are simultaneously reset. The devices do not respond to a broadcast command. 9

10 IM E EMR-3000 Supported Modbus - Error Messages Exception messages are described within the general Modbus Application Protocol Specification". An exception response table with examples is shown in that specification. For the EMR-3000, Eaton wants to supply more information. The table below contains just the actually used codes. In case the EMR-3000 has recognized an error, it can react in the following manner. Exception Designation Code 1 Illegal Function The message received includes a function code that is not supported by the Slave. 2 Illegal Data Access was sought on a data word address not included in the data module. 3 Illegal Data Value The received message contains an invalid data structure (e.g.: wrong number of data bytes). 4 Slave Device Failure An unrecoverable error occurred while the Server (or Slave) was attempting to perform the requested action. The response given by the EMR-3000 in a failure case has the following format. Slave 0x80 + Function Code Exception Code Checksum HI Checksum LO In the second byte of the response, the Function Code is sent with the highest byte set to 1. This is equivalent to an addition by 0x80. The third byte holds the Exception Code of the error message. 10

11 EMR-3000 IM E Appendix Register Maps Signals Prot Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 Active Bit 0x4 ExBlo Bit 0x8 Pickup Phase A Bit 0x10 Pickup Phase B Bit 0x20 Pickup Phase C Bit 0x40 Pickup IX or IR Bit 0x80 Pickup Bit 0x100 Trip Phase A (*) Bit 0x200 (4) (6) (7) (8) (9) (10) Signal: Active - Signal: General Pickup Phase A - Signal: General Pickup Phase B - Signal: General Pickup Phase C - Signal: General Pickup - Ground Fault - Signal: General Pickup - Signal: General Trip Phase A 11

12 IM E EMR-3000 Trip Phase B (*) Bit 0x400 Trip Phase C (*) Bit 0x800 Trip IX or IR (*) Bit 0x1000 Trip (*) Bit 0x2000 TripCmd (*) Bit 0x P[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 (11) (12) (13) (14) (15) (4) (6) - Signal: General Trip Phase B - Signal: General Trip Phase C - Signal: General Trip Ground Fault - Signal: General Trip 1 2 of the Trip State: Reverse - Signal: Active 12

13 EMR-3000 IM E Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 50P[1] Struct Pickup IA Bit 0x1 Pickup IB Bit 0x2 Pickup IC Bit 0x4 Pickup Bit 0x8 Trip Phase A (*) Bit 0x10 Trip Phase B (*) Bit 0x20 Trip Phase C (*) Bit 0x40 Trip (*) Bit 0x80 TripCmd (*) Bit 0x100 (7) (8) (9) (4) (6) (7) (8) (9) - Signal: Reverse blocked of the Trip - Signal: Pickup IA - Signal: Pickup IB - Signal: Pickup IC - Signal: Pickup - Signal: General Trip Phase A - Signal: General Trip Phase B - Signal: General Trip Phase C 13

14 IM E EMR P[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 50P[2] Struct Pickup IA Bit 0x1 Pickup IB Bit 0x2 (4) (6) (7) (8) (9) 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IA - Signal: Pickup IB 14

15 EMR-3000 IM E Pickup IC Bit 0x4 Pickup Bit 0x8 Trip Phase A (*) Bit 0x10 Trip Phase B (*) Bit 0x20 Trip Phase C (*) Bit 0x40 Trip (*) Bit 0x80 TripCmd (*) Bit 0x100 50P[3] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 (4) (6) (7) (8) (9) (4) - Signal: Pickup IC - Signal: Pickup - Signal: General Trip Phase A - Signal: General Trip Phase B - Signal: General Trip Phase C 1 2 of the Trip State: Reverse 15

16 IM E EMR-3000 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 50P[3] Struct Pickup IA Bit 0x1 Pickup IB Bit 0x2 Pickup IC Bit 0x4 Pickup Bit 0x8 Trip Phase A (*) Bit 0x10 Trip Phase B (*) Bit 0x20 Trip Phase C (*) Bit 0x40 (6) (7) (8) (9) (4) (6) (7) - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IA - Signal: Pickup IB - Signal: Pickup IC - Signal: Pickup - Signal: General Trip Phase A - Signal: General Trip Phase B - Signal: General Trip Phase C 16

17 EMR-3000 IM E Trip (*) Bit 0x80 TripCmd (*) Bit 0x100 51P[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 51P[1] Struct (8) (9) (4) (6) (7) (8) (9) 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip 17

18 IM E EMR-3000 Pickup IA Bit 0x1 Pickup IB Bit 0x2 Pickup IC Bit 0x4 Pickup Bit 0x8 Trip Phase A (*) Bit 0x10 Trip Phase B (*) Bit 0x20 Trip Phase C (*) Bit 0x40 Trip (*) Bit 0x80 TripCmd (*) Bit 0x100 51P[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 (4) (6) (7) (8) (9) - Signal: Pickup IA - Signal: Pickup IB - Signal: Pickup IC - Signal: Pickup - Signal: General Trip Phase A - Signal: General Trip Phase B - Signal: General Trip Phase C

19 EMR-3000 IM E ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 51P[2] Struct Pickup IA Bit 0x1 Pickup IB Bit 0x2 Pickup IC Bit 0x4 Pickup Bit 0x8 (4) (6) (7) (8) (9) (4) of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IA - Signal: Pickup IB - Signal: Pickup IC - Signal: Pickup 19

20 IM E EMR-3000 Trip Phase A (*) Bit 0x10 Trip Phase B (*) Bit 0x20 Trip Phase C (*) Bit 0x40 Trip (*) Bit 0x80 TripCmd (*) Bit 0x100 51P[3] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 (6) (7) (8) (9) (4) (6) - Signal: General Trip Phase A - Signal: General Trip Phase B - Signal: General Trip Phase C 1 2 of the Trip State: Reverse - Signal: Active 20

21 EMR-3000 IM E Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 51P[3] Struct Pickup IA Bit 0x1 Pickup IB Bit 0x2 Pickup IC Bit 0x4 Pickup Bit 0x8 Trip Phase A (*) Bit 0x10 Trip Phase B (*) Bit 0x20 Trip Phase C (*) Bit 0x40 Trip (*) Bit 0x80 TripCmd (*) Bit 0x100 (7) (8) (9) (4) (6) (7) (8) (9) - Signal: Reverse blocked of the Trip - Signal: Pickup IA - Signal: Pickup IB - Signal: Pickup IC - Signal: Pickup - Signal: General Trip Phase A - Signal: General Trip Phase B - Signal: General Trip Phase C 21

22 IM E EMR X[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 Trip (*) Bit 0x800 (4) (6) (7) (8) (9) (11) (12) 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IX or IR 22

23 EMR-3000 IM E TripCmd (*) Bit 0x X[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 (13) (4) (6) (7) (8) (9) (11) 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IX or IR 23

24 IM E EMR-3000 Trip (*) Bit 0x800 TripCmd (*) Bit 0x X[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 (12) (13) (4) (6) (7) (8) (9) 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip 24

25 EMR-3000 IM E Pickup Bit 0x400 Trip (*) Bit 0x800 TripCmd (*) Bit 0x X[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 (11) (12) (13) (4) (6) (7) (8) - Signal: Pickup IX or IR 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked 25

26 IM E EMR-3000 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 Trip (*) Bit 0x800 TripCmd (*) Bit 0x1000 ExP[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Alarm-I Bit 0x8 Trip-I Bit 0x10 Active Bit 0x20 ExBlo Bit 0x40 (9) (11) (12) (13) (4) (6) (7) of the Trip - Signal: Pickup IX or IR 1 2 of the Trip State: Alarm State: Trip - Signal: Active 26

27 EMR-3000 IM E Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Alarm Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 ExP[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Alarm-I Bit 0x8 Trip-I Bit 0x10 Active Bit 0x20 (8) (9) (10) (11) (12) (4) (6) blocked of the Trip - Signal: Alarm 1 2 of the Trip State: Alarm State: Trip - Signal: Active 27

28 IM E EMR-3000 ExBlo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Alarm Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 ExP[3] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Alarm-I Bit 0x8 Trip-I Bit 0x10 (7) (8) (9) (10) (11) (12) (4) blocked of the Trip - Signal: Alarm 1 2 of the Trip State: Alarm State: Trip 28

29 EMR-3000 IM E Active Bit 0x20 ExBlo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Alarm Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 ExP[4] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Alarm-I Bit 0x8 (6) (7) (8) (9) (10) (11) (12) (4) - Signal: Active blocked of the Trip - Signal: Alarm 1 2 of the Trip State: Alarm 29

30 IM E EMR-3000 Trip-I Bit 0x10 Active Bit 0x20 ExBlo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Alarm Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 BF Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 Active Bit 0x4 ExBlo Bit 0x8 (6) (7) (8) (9) (10) (11) (12) (4) State: Trip - Signal: Active blocked of the Trip - Signal: Alarm Signal: Active 30

31 EMR-3000 IM E Trigger Bit 0x10 Trigger Bit 0x20 Trigger Bit 0x40 Pickup Bit 0x80 Trip (*) Bit 0x100 Prot Struct FaultNo Bit 0xffff Prot Struct No of grid faults Bit 0xffff (6) (7) (8) (9) : Trigger that will start the BF : Trigger that will start the BF : Trigger that will start the BF - Signal: BF- Started (Pickup) - Signal: Breaker Failure Trip - Disturbance No. - Number of grid faults: A grid fault, e.g. a short circuit, might cause several faults with trip and autoreclosing, each fault being identified by an increased fault number. In this case, the grid fault number remains the same. 31

32 IM E EMR-3000 PSet-Switch Struct PS Bit 0x1 PS Bit 0x2 PS Bit 0x4 PS Bit 0x8 PSS manual Bit 0x10 PSS via Comm Bit 0x20 PSS via Inp fct Bit 0x40 PS1-I Bit 0x80 (4) (6) (7) (8) - Signal: Parameter Set 1 - Signal: Parameter Set 2 - Signal: Parameter Set 3 - Signal: Parameter Set 4 - Signal: Manual switch over of a Parameter Set - Signal: Parameter Set Switch via Communication - Signal: Parameter Set Switch via Input Function - State of the module input, respectively of the signal, that should activate this Parameter Setting Group. 32

33 EMR-3000 IM E PS2-I Bit 0x100 PS3-I Bit 0x200 PS4-I Bit 0x400 Min. 1 param changed (*) (9) (10) (11) Bit 0x800 50R[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 (12) - State of the module input, respectively of the signal, that should activate this Parameter Setting Group. - State of the module input, respectively of the signal, that should activate this Parameter Setting Group. - State of the module input, respectively of the signal, that should activate this Parameter Setting Group. - Signal: At least one parameter has been changed 1 2 of the Trip 33

34 IM E EMR-3000 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 Trip (*) Bit 0x800 TripCmd (*) Bit 0x R[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 (4) (6) (7) (8) (9) (11) (12) (13) State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IX or IR

35 EMR-3000 IM E ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 Trip (*) Bit 0x800 TripCmd (*) Bit 0x R[1] Struct ExBlo1-I Bit 0x1 (4) (6) (7) (8) (9) (11) (12) (13) of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IX or IR

36 IM E EMR-3000 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 Trip (*) Bit 0x800 TripCmd (*) Bit 0x R[2] Struct (4) (6) (7) (8) (9) (11) (12) (13) 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IX or IR 36

37 EMR-3000 IM E ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Rvs Blo-I Bit 0x8 Active Bit 0x10 ExBlo Bit 0x20 Rvs Blo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Pickup Bit 0x400 Trip (*) Bit 0x800 TripCmd (*) Bit 0x1000 (4) (6) (7) (8) (9) (11) (12) (13) 1 2 of the Trip State: Reverse - Signal: Active - Signal: Reverse blocked of the Trip - Signal: Pickup IX or IR 37

38 IM E EMR [1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x8 ExBlo Bit 0x10 Blo TripCmd Bit 0x20 ExBlo TripCmd Bit 0x40 Pickup Bit 0x80 Trip (*) Bit 0x100 TripCmd (*) Bit 0x200 46[2] Struct (4) (6) (7) (8) (9) (10) 1 2 of the Trip - Signal: Active blocked of the Trip - Signal: Pickup Negative Sequence 38

39 EMR-3000 IM E ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x8 ExBlo Bit 0x10 Blo TripCmd Bit 0x20 ExBlo TripCmd Bit 0x40 Pickup Bit 0x80 Trip (*) Bit 0x100 TripCmd (*) Bit 0x200 BWear Struct ExBlo1-I Bit 0x1 (4) (6) (7) (8) (9) (10) 1 2 of the Trip - Signal: Active blocked of the Trip - Signal: Pickup Negative Sequence

40 IM E EMR-3000 ExBlo2-I Bit 0x2 Active Bit 0x4 ExBlo Bit 0x8 Isum Intr trip Bit 0x10 Isum Intr trip: IA Isum Intr trip: IB Bit 0x Bit 0x40 (4) (6) (7) 2 - Signal: Active - Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. - Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded: IA - Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded: IB 40

41 EMR-3000 IM E Isum Intr trip: IC Operations Alarm Bit 0x Bit 0x100 CTS Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 Active Bit 0x4 ExBlo Bit 0x8 Pickup Bit 0x10 RO-ZI X Struct Bkr Blo-I Bit 0x1 (8) (9) (4) - Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded: IC - Signal: Service Alarm, too many Operations Signal: Active - Signal: Pickup Current Transformer Measuring Circuit Supervision - Signal: Blocked by Breaker Failure 41

42 IM E EMR-3000 ExBlo1-I Bit 0x2 ExBlo2-I Bit 0x4 ExBlo TripCmd- I Bit 0x8 Bkr Blo Bit 0x10 Active Bit 0x20 ExBlo Bit 0x40 Blo TripCmd Bit 0x80 ExBlo TripCmd Bit 0x100 Ground OUT Bit 0x200 Ground Pickup Bit 0x400 Ground Trip (*) Bit 0x800 (4) (6) (7) (8) (9) (10) (11) (12) 1 2 of the Trip - Signal: Blocked by Breaker Failure - Signal: Active blocked of the Trip - Signal: Zone Interlocking Ground OUT - Signal: Zone Interlocking Ground Pickup - Signal: Zone Interlocking Ground Trip 42

43 EMR-3000 IM E Phase OUT Bit 0x1000 Phase Pickup Bit 0x2000 Phase Trip (*) Bit 0x4000 IN Bit 0x8000 RO-ZI X Struct OUT Bit 0x1 Pickup Bit 0x2 Trip (*) Bit 0x4 TripCmd (*) Bit 0x8 RTD Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 (13) (14) (15) (16) (4) - Signal: Zone Interlocking Phase OUT - Signal: Zone Interlocking Phase Pickup - Signal: Zone Interlocking Phase Trip - Signal: Zone Interlocking IN - Signal: Zone Interlocking OUT - Signal: Pickup Zone Interlocking - Signal: Zone Interlocking Trip - Signal: Zone Interlocking Trip

44 IM E EMR-3000 ExBlo TripCmd- I Bit 0x4 Active Bit 0x8 ExBlo Bit 0x10 Blo TripCmd Bit 0x20 ExBlo TripCmd Bit 0x40 Alarm Bit 0x80 Trip (*) Bit 0x100 TripCmd (*) Bit 0x200 RTD Struct WD 1 Alarm Bit 0x1 WD 1 Timeout Alarm Bit 0x2 WD 1 Trip (*) Bit 0x4 (4) (6) (7) (8) (9) (10) of the Trip - Signal: Active blocked of the Trip - Alarm RTD Temperature Protection - Winding 1 Alarm RTD Temperature Protection - Winding 1 Timeout Alarm - Winding 1 Signal: Trip 44

45 EMR-3000 IM E WD 1 Invalid Bit 0x8 WD 2 Alarm Bit 0x10 WD 2 Timeout Alarm Bit 0x20 WD 2 Trip (*) Bit 0x40 WD 2 Invalid Bit 0x80 WD 3 Alarm Bit 0x100 WD 3 Timeout Alarm Bit 0x200 WD 3 Trip (*) Bit 0x400 (4) (6) (7) (8) (9) (10) (11) - Winding 1 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Winding 2 Alarm RTD Temperature Protection - Winding 2 Timeout Alarm - Winding 2 Signal: Trip - Winding 2 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Winding 3 Alarm RTD Temperature Protection - Winding 3 Timeout Alarm - Winding 3 Signal: Trip 45

46 IM E EMR-3000 WD 3 Invalid Bit 0x800 WD 4 Alarm Bit 0x1000 WD 4 Timeout Alarm (12) (13) Bit 0x2000 WD 4 Trip (*) Bit 0x4000 WD 4 Invalid Bit 0x8000 RTD Struct WD 5 Alarm Bit 0x1 WD 5 Timeout Alarm Bit 0x2 (14) (15) (16) - Winding 3 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Winding 4 Alarm RTD Temperature Protection - Winding 4 Timeout Alarm - Winding 4 Signal: Trip - Winding 4 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Winding 5 Alarm RTD Temperature Protection - Winding 5 Timeout Alarm 46

47 EMR-3000 IM E WD 5 Trip (*) Bit 0x4 WD 5 Invalid Bit 0x8 WD 6 Alarm Bit 0x10 WD 6 Timeout Alarm Bit 0x20 WD 6 Trip (*) Bit 0x40 WD 6 Invalid Bit 0x80 MB 1 Alarm Bit 0x100 MB 1 Timeout Alarm Bit 0x200 (4) (6) (7) (8) (9) (10) - Winding 5 Signal: Trip - Winding 5 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Winding 6 Alarm RTD Temperature Protection - Winding 6 Timeout Alarm - Winding 6 Signal: Trip - Winding 6 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Motor Bearing 1 Alarm RTD Temperature Protection - Motor Bearing 1 Timeout Alarm 47

48 IM E EMR-3000 MB 1 Trip (*) Bit 0x400 MB 1 Invalid Bit 0x800 MB 2 Alarm Bit 0x1000 MB 2 Timeout Alarm (11) (12) (13) Bit 0x2000 MB 2 Trip (*) Bit 0x4000 MB 2 Invalid Bit 0x8000 RTD Struct LB 1 Alarm Bit 0x1 (14) (15) (16) - Motor Bearing 1 Signal: Trip - Motor Bearing 1 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - MB 2 Alarm RTD Temperature Protection - Motor Bearing 2 Timeout Alarm - Motor Bearing 2 Signal: Trip - Motor Bearing 2 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - LB 1 Alarm RTD Temperature Protection 48

49 EMR-3000 IM E LB 1 Timeout Alarm Bit 0x2 LB 1 Trip (*) Bit 0x4 LB 1 Invalid Bit 0x8 LB 2 Alarm Bit 0x10 LB 2 Timeout Alarm Bit 0x20 LB 2 Trip (*) Bit 0x40 LB 2 Invalid Bit 0x80 Aux Alarm Bit 0x100 (4) (6) (7) (8) (9) - Load Bearing 1 Timeout Alarm - Load Bearing 1 Signal: Trip - Load Bearing 1 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - LB 2 Alarm RTD Temperature Protection - Load Bearing 2 Timeout Alarm - Load Bearing 2 Signal: Trip - Load Bearing 2 Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Auxiliary Alarm RTD Temperature Protection 49

50 IM E EMR-3000 Aux Timeout Alarm Bit 0x200 Aux Trip (*) Bit 0x400 Aux Invalid Bit 0x800 WD Invalid Bit 0x1000 MB Invalid Bit 0x2000 Timeout Alarm (*) (10) (11) (12) (13) (14) Bit 0x4000 RTD Struct (15) - Auxiliary Timeout Alarm - Auxiliary Signal: Trip - Auxiliary Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Winding Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Motor Bearing Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Alarm timeout expired 50

51 EMR-3000 IM E LB Invalid Bit 0x1 Alarm all LB Bit 0x2 Timeout Alarm all LB Bit 0x4 Trip all LB (*) Bit 0x8 Alarm all MB Bit 0x10 Timeout Alarm all MB Bit 0x20 Trip all MB (*) Bit 0x40 Alarm all WD Bit 0x80 Timeout Alarm all WD Bit 0x100 Trip all WD (*) Bit 0x200 (4) (6) (7) (8) (9) (10) - Load Bearing Signal: Invalid Temperature Measurement Value (e.g caused by an defective or interrupted RTD Measurement) - Alarm all Load Bearings - Timeout Alarm all Load Bearings - Trip all Load Bearings - Alarm all Motor Bearings - Timeout Alarm all Motor Bearings - Trip all Motor Bearings - Alarm all Windings - Timeout Alarm all WD - Trip all Windings 51

52 IM E EMR-3000 Alarm Any Group TimeoutAlmAny Grp Trip Any Group (*) Voting Trip Grp 1 (*) Voting Trip Grp 2 (*) Bit 0x400 (11) Bit 0x800 (12) Bit 0x1000 (13) Bit 0x2000 (14) Bit 0x4000 IRIG-B Struct Active Bit 0x1 Inverted Bit 0x2 Control Signal Bit 0x4 Control Signal Bit 0x8 Control Signal Bit 0x10 Control Signal Bit 0x20 Control Signal Bit 0x40 (15) (4) (6) (7) - Alarm Any Group - Timeout Alarm Any Group - Trip Any Group - Voting Trip Grp 1 - Voting Trip Grp 2 - Signal: Active - Signal: IRIG-B inverted - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal 52

53 EMR-3000 IM E Control Signal Bit 0x80 Control Signal Bit 0x100 Control Signal Bit 0x200 Control Signal10 Control Signal11 Control Signal12 Control Signal13 Control Signal14 Control Signal15 (8) (9) (10) Bit 0x400 (11) Bit 0x800 (12) Bit 0x1000 (13) Bit 0x2000 (14) Bit 0x4000 (15) Bit 0x8000 IRIG-B Struct Control Signal16 Control Signal17 Control Signal Bit 0x Bit 0x Bit 0x4 TCM Struct (16) - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal - Signal: IRIG-B Control Signal 53

54 IM E EMR-3000 ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 Active Bit 0x4 ExBlo Bit 0x8 Pickup Bit 0x10 Not Possible Bit 0x20 Bkr Pos Detect-I Bit 0xc0 CinBkr-52a Bit 0x100 CinBkr-52b Bit 0x200 Sys Struct (4) (6) (7) (9) (10) Signal: Active - Signal: Pickup Trip Circuit Supervision - Not possible because no state indicator assigned to the breaker. State: Criterion by which the Breaker Switch Position is to be detected. - Feed-back signal of the Bkr (52a) State: Feedback signal of the Bkr. (52b) 54

55 EMR-3000 IM E Maint Mode Active Maint Mode Manually Bit 0x Bit 0x2 Maint Mode DI Bit 0x4 Maint Mode Comm Maint Mode Inactive Bit 0x Bit 0x10 Maint Mode-I Bit 0x20 RO-ZI X Struct (4) (6) - Signal: Arc Flash Reduction Maintenance Active - Signal: Arc Flash Reduction Maintenance Manual Mode - Signal: Arc Flash Reduction Maintenance Digital Input Mode - Signal: Arc Flash Reduction Maintenance Comm Mode - Signal: Arc Flash Reduction Maintenance Inactive State: Arc Flash Reduction Maintenance Switch 55

56 IM E EMR-3000 DISARMED! Bit 0x1 Outs forced Bit 0x2 - Signal: CAUTION! RELAYS DISARMED in order to safely perform maintenance while eliminating the risk of taking an entire process off-line. (Note: Zone Interlocking and Supervision Contact cannot be disarmed). YOU MUST ENSURE that the relays are ARMED AGAIN after maintenance - Signal: The State of at least one Relay Output has been set by force. That means that the state of at least one Relay is forced and hence does not show the state of the assigned signals. 56

57 EMR-3000 IM E ZI OUT Bit 0x4 RO Bit 0x8 RO Bit 0x10 RO Bit 0x20 MStart Struct Blo TripCmd Bit 0x10 Blo Bit 0x40 ThermalBlock Bit 0x80 (4) (6) (7) (8) - Signal: Zone Interlocking OUT - Signal: Relay Output - Signal: Relay Output - Signal: Relay Output blocked - Signal: Motor is blocked for starting or transition to Run mode - Signal: Thermal block 57

58 IM E EMR-3000 EmgOvr-I Bit 0x100 INSQ-I Bit 0x200 Remote Close-I Bit 0x400 (9) (10) (11) - State of the module input: Emergency Override. Signal has to be active in order to release the thermal capacity of the motor. Please notice that by doing this you run the risk of damaging the motor. EMGOVR has to be set to DI or DI or UI for this input to take effect - State of the module input: INcomplete SeQuence - State of the module input: Remote Close. User can tie a digital input to this input. You will see this signal in the recorder 58

59 EMR-3000 IM E Remote Open-I Bit 0x800 RemoteReset-I Bit 0x1000 Motor Start Signal-I (12) (13) Bit 0x4000 MStart Struct StartBlock-I Bit 0x2 Stop-I Bit 0x4 ThermSwitch-I Bit 0x8 (15) (4) - State of the module input: Remote Open. User can tie a digital input to this input. You will see this signals in the recorder - State of the module input: Remote Reset - State of the module input: Motor Start Signal. User can tie a digital input to this Input. If "Start-I" becomes true, "StartMotorCom mand" becomes true for at least 500ms. - State of the module input: Start Motor Signal - State of the module input: Stop Motor Signal - State of the module input: Therm Switch 59

60 IM E EMR-3000 ZSS-I Bit 0x10 Active Bit 0x80 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 INSQSt2RunFai l INSQSP2STFail l (8) (11) (12) Bit 0x1000 (13) Bit 0x2000 LATBlock Bit 0x4000 TripPhaseRever se (*) (14) (15) Bit 0x8000 MStart Struct (16) - State of the module input: Zero Speed Switch - Signal: Active - Signal: Fail to transit from start to run based on reported back time - Signal: Fail to transit from stop to start based on reported back time - Signal: Long acceleration timer enforced - Signal: Relay tripped because of phase reverse detection 60

61 EMR-3000 IM E NOCSBlocked Bit 0x1 RemBlockStart Bit 0x2 Run Bit 0x4 Start Bit 0x8 SPHBlockAlarm Bit 0x10 SPHBlocked Bit 0x20 Stop Bit 0x40 (4) (6) (7) - Signal: Motor is prohibited to start due to number of cold start limits - Signal: Motor is prohibited to start due to external blocking through digital input DI - Signal: Motor is in run mode - Signal: Motor is in start mode - Signal: Motor is prohibited to start due to starts per hour limits, would come active in the next stop - Signal: Motor is prohibited to start due to starts per hour limits - Signal: Motor is in stop mode 61

62 IM E EMR-3000 TBSBlocked Bit 0x80 TransitionTrip (*) Bit 0x100 ZSSTrip (*) Bit 0x200 ABKActive Bit 0x400 EmergOverride DI (8) (9) (10) (11) Bit 0x800 (12) - Signal: Motor is prohibited to start due to time between starts limits - Signal: Start transition fail trip - Signal: Zero speed trip (possible locked rotor) - Signal: Antibackspin is active. For certain applications, such as pumping a fluid up a pipe, the motor may be driven backward for a period of time after it stops. The antibackspin timer prevents starting the motor while it is spinning in the reverse direction. - Signal: Emergency override start blocking through digital input DI 62

63 EMR-3000 IM E EmergOverride UI Bit 0x1000 ForcedStart Bit 0x2000 GOCStartBlock Bit 0x4000 IOCStartBlock Bit 0x8000 MStart Struct (13) (14) (15) (16) - Signal: Emergency override start blocking through front panel - Signal: Motor being forced to start - Signal: Ground Instantaneous Overcurrent Start Delay. GOC (Instantaneous Overcurrent) elements are blocked for the time programmed under this parameter - Signal: Phase Instantaneous Overcurrent Start Delay. IOC (Instantaneous Overcurrent) elements are blocked for the time programmed under this parameter 63

64 IM E EMR-3000 JamStartBlock Bit 0x1 ULoadStartBloc k Bit 0x2 UnbalStartBlock Bit 0x4 ColdStartSeq Bit 0x8 StartMotorCmd Bit 0x10 (4) - Signal: JAM Start Delay. JAM(Instantane ous Overcurrent) elements are blocked for the time programmed under this parameter - Signal: Underload Start Delay. Underload(Insta ntaneous Overcurrent) elements are blocked for the time programmed under this parameter - Signal: Motor start block current unbalance signal - Signal: Motor cold start sequence flag - Signal: Start motor command 64

65 EMR-3000 IM E MotorStopBlo Bit 0x20 Blo-Generic Bit 0x40 Blo-Generic Bit 0x80 Blo-Generic Bit 0x100 Blo-Generic Bit 0x200 Blo-Generic Bit 0x400 I_Transit Bit 0x800 (6) (7) (8) (9) (10) (11) (12) - Signal: Motor stop block other protection functions - Generic Start Delay. This value can be used to block any protective element.1 - Generic Start Delay. This value can be used to block any protective element.2 - Generic Start Delay. This value can be used to block any protective element.3 - Generic Start Delay. This value can be used to block any protective element.4 - Generic Start Delay. This value can be used to block any protective element.5 - Signal: Current transition signal 65

66 IM E EMR-3000 T_Transit Bit 0x Struct ExBlo Bit 0x1 ExBlo Bit 0x2 ExBlo TripCmd Bit 0x4 Active Bit 0x8 ExBlo Bit 0x10 Blo TripCmd Bit 0x20 ExBlo TripCmd Bit 0x40 Pickup Bit 0x80 Trip (*) Bit 0x100 TripCmd (*) Bit 0x200 (13) (4) (6) (7) (8) (9) (10) - Signal: Time transition signal of the Trip - Signal: Active blocked of the Trip - Signal: Pickup 66

67 EMR-3000 IM E Alarm Pickup Bit 0x400 Alarm Timeout Bit 0x800 Load above SF Bit 0x1000 RTD effective Bit 0x J[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x10 ExBlo Bit 0x20 Blo TripCmd Bit 0x40 ExBlo TripCmd Bit 0x80 (11) (12) (13) (14) (6) (7) (8) - Signal: Alarm Pickup - Signal: Alarm Timeout - Load above Service Factor - RTD effective 1 2 of the Trip - Signal: Active blocked of the Trip 67

68 IM E EMR-3000 Pickup Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 50J[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x10 ExBlo Bit 0x20 Blo TripCmd Bit 0x40 ExBlo TripCmd Bit 0x80 Pickup Bit 0x200 (10) (11) (12) (6) (7) (8) (10) - Signal: Pickup 1 2 of the Trip - Signal: Active blocked of the Trip - Signal: Pickup 68

69 EMR-3000 IM E Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 37[1] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x10 ExBlo Bit 0x20 Blo TripCmd Bit 0x40 ExBlo TripCmd Bit 0x80 Pickup Bit 0x200 Trip (*) Bit 0x400 (11) (12) (6) (7) (8) (10) (11) 1 2 of the Trip - Signal: Active blocked of the Trip - Signal: Pickup 69

70 IM E EMR-3000 TripCmd (*) Bit 0x800 37[2] Struct ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x10 ExBlo Bit 0x20 Blo TripCmd Bit 0x40 ExBlo TripCmd Bit 0x80 Pickup Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 37[3] Struct (12) (6) (7) (8) (10) (11) (12) 1 2 of the Trip - Signal: Active blocked of the Trip - Signal: Pickup 70

71 EMR-3000 IM E ExBlo1-I Bit 0x1 ExBlo2-I Bit 0x2 ExBlo TripCmd- I Bit 0x4 Active Bit 0x10 ExBlo Bit 0x20 Blo TripCmd Bit 0x40 ExBlo TripCmd Bit 0x80 Pickup Bit 0x200 Trip (*) Bit 0x400 TripCmd (*) Bit 0x800 MLS Struct ExBlo1-I Bit 0x1 (6) (7) (8) (10) (11) (12) 1 2 of the Trip - Signal: Active blocked of the Trip - Signal: Pickup

72 IM E EMR-3000 ExBlo2-I Bit 0x2 Active Bit 0x4 ExBlo Bit 0x8 Pickup Bit 0x10 Trip Bit 0x20 DI Slot X Struct DI Bit 0x10 DI Bit 0x20 DI Bit 0x40 DI Bit 0x80 RO-3 X Struct RO Bit 0x4 RO Bit 0x8 RO Bit 0x10 (4) (6) (6) (7) (8) (4) 2 - Signal: Active - Signal: Pickup - Signal: Digital Input - Signal: Digital Input - Signal: Digital Input - Signal: Digital Input - Signal: Relay Output - Signal: Relay Output - Signal: Relay Output 72

73 EMR-3000 IM E DISARMED! Bit 0x40 Outs forced Bit 0x80 Modbus Struct (7) (8) - Signal: CAUTION! RELAYS DISARMED in order to safely perform maintenance while eliminating the risk of taking an entire process off-line. (Note: Zone Interlocking and Supervision Contact cannot be disarmed). YOU MUST ENSURE that the relays are ARMED AGAIN after maintenance - Signal: The State of at least one Relay Output has been set by force. That means that the state of at least one Relay is forced and hence does not show the state of the assigned signals. 73

74 IM E EMR-3000 Comm Cmd Bit 0x1 Comm Cmd Bit 0x2 Comm Cmd Bit 0x4 Comm Cmd Bit 0x8 Comm Cmd Bit 0x10 Comm Cmd Bit 0x20 Comm Cmd Bit 0x40 Comm Cmd Bit 0x80 Comm Cmd Bit 0x100 Comm Cmd Bit 0x200 Comm Cmd Bit 0x400 Comm Cmd Bit 0x800 Comm Cmd Bit 0x1000 (4) (6) (7) (8) (9) (10) (11) (12) (13) - Communication - Communication - Communication - Communication - Communication - Communication - Communication - Communication - Communication - Communication - Communication - Communication - Communication 74

75 EMR-3000 IM E Comm Cmd Bit 0x2000 Comm Cmd Bit 0x4000 Comm Cmd Bit 0x8000 Modbus Struct Transmission Bit 0x1 Modbus Struct WD1 Superv Bit 0x1 WD2 Superv Bit 0x2 WD3 Superv Bit 0x4 WD4 Superv Bit 0x8 WD5 Superv Bit 0x10 WD6 Superv Bit 0x20 MB1 Superv Bit 0x40 (14) (15) (16) (4) (6) (7) - Communication - Communication - Communication - Signal: Communication Active - Signal: Supervision Channel WD1 - Signal: Supervision Channel WD2 - Signal: Supervision Channel WD3 - Signal: Supervision Channel WD4 - Signal: Supervision Channel WD5 - Signal: Supervision Channel WD6 - Signal: Supervision Channel MB1 75

76 IM E EMR-3000 MB2 Superv Bit 0x80 LB1 Superv Bit 0x100 LB2 Superv Bit 0x200 Aux Superv Bit 0x400 Superv Bit 0x800 Bkr Struct Ready Bit 0x1 State Bit 0x6 Pos Indeterm Bit 0x8 Pos OPEN Bit 0x10 (8) (9) (10) (11) (12) (4) - Signal: Supervision Channel MB2 - Signal: Supervision Channel LB1 - Signal: Supervision Channel LB2 - Signal: Supervision Channel Aux - Signal: URTD Supervision Channel - Signal: Breaker is ready for operation. - Signal: Breaker Position (0 = Indeterminate, 1 = OPEN, 2 = CLOSE, 3 = Disturbed) - Signal: Breaker is in Indeterminate Position - Signal: Breaker is in OPEN- Position 76

77 EMR-3000 IM E Pos CLOSE Bit 0x20 Pos Disturb Bit 0x40 (6) (7) - Signal: Breaker is in CLOSE- Position - Signal: Breaker Disturbed - Undefined Breaker Position. The feed-back signals (Position Indicators) contradict themselves. After expiring of a supervision timer this signal becomes true. Legend * = These Signals have to be acknowledged by the Scada System. 77

78 IM E EMR-3000 Measuring Values Date and Time Struct y Short Word 0 m Short Word 1 d Short Word 2 h Short Word 3 min Short Word 4 ms Short Word 5 (17) (33) (49) (65) (81) - Year - Month - Days - Hours - Minute - Milliseconds BWear TripCmd Cr Float IEE754 - Counter: Total number of trips of the switchgear (breaker, load break switch ).. Values Build Float IEE754 - Build Current I0 Fund Float IEE754 A Measured value (calculated): Zero current (Fundamental) 78

79 EMR-3000 IM E Current I1 Fund Float IEE754 A Measured value (calculated): Positive phase sequence current (Fundamental) Current I2 Fund Float IEE754 A Measured value (calculated): Unbalanced load current (Fundamental) BWear Isum trip IA Float IEE754 A Summation of the tripping currents phase1. BWear Isum trip IB Float IEE754 A Summation of the tripping currents phase2. BWear Isum trip IC Float IEE754 A Summation of the tripping currents phase3. Current %IA THD Float IEE754 % Measured Value (Calculated): IA Total Harmonic Distortion Current %IB THD Float IEE754 % Measured Value (Calculated): IB Total Harmonic Distortion Current %IC THD Float IEE754 % Measured Value (Calculated): IC Total Harmonic Distortion 79

80 IM E EMR-3000 IRIG-B Edges Float IEE754 - Edges IRIG-B NoOfFrameErro rs Float IEE754 - Total Number of Frame Errors. Physically corrupted Frame. IRIG-B NoOfFramesOK Float IEE754 - Total number valid Frames. Current IA RMS Float IEE754 A Measured value: Phase current (RMS) Current IB RMS Float IEE754 A Measured value: Phase current (RMS) Current IC RMS Float IEE754 A Measured value: Phase current (RMS) Current IX meas RMS Float IEE754 A Measured value (measured): IX (RMS) Current IR calc RMS Float IEE754 A Measured value (calculated): IR (RMS) URTD WD Float IEE754 C Winding 1 URTD WD Float IEE754 C Winding 2 URTD WD Float IEE754 C Winding

81 EMR-3000 IM E URTD WD Float IEE754 C Winding 4 URTD WD Float IEE754 C Winding 5 URTD WD Float IEE754 C Winding 6 URTD MB Float IEE754 C Motor Bearing 1 URTD MB Float IEE754 C Motor Bearing 2 URTD LB Float IEE754 C Load Bearing 1 URTD LB Float IEE754 C LB 2 URTD Aux Float IEE754 C Auxiliary Current %(I2/I1) Float IEE754 % Measured value (calculated): I2/I1 if ABC, I1/I2 if CBA MStart AntiBackSpin Float IEE754 s Anti- BackspinTimer MStart IA FLA Float IEE754 FLA Measured value: Phase current as percentage of FLA 81

82 IM E EMR-3000 MStart IB FLA Float IEE754 FLA Measured value: Phase current as percentage of FLA MStart IC FLA Float IEE754 FLA Measured value: Phase current as percentage of FLA MStart ColdStartPermit Float IEE754 - Number of cold starts remaining MStart StartPerHour Float IEE754 - StartPerHour MStart WaitTimeStarts Float IEE754 s Wait time between starts remained 49 I2T Used Float IEE754 % Thermal capacity used. 49 I2T Remained Float IEE754 % Thermal capacity remained. URTD RTD Max Float IEE754 C maximum temperature of all channels_ Current IG H2 calc Float IEE754 % Measured value (calculated): Ratio of 2nd harmonic over fundamental of IG (calculated) 82

83 EMR-3000 IM E /PowEnMease Hottest WD Float IEE754 C Hottest motor winding temperature in degrees C. /PowEnMease Hottest MB Float IEE754 C Hottest motor bearing temperature in degrees C. Resettable with "Sys Res OperationsCr" or "All". /PowEnMease Hottest LB Float IEE754 C Hottest load bearing temperature in degrees C. Resettable with "Sys Res OperationsCr" or "All". MStart I3PhaseAvg Float IEE754 A Average RMS current of all 3 phases as per unit MStart I3PFla avg Float IEE754 FLA Average RMS current of all 3 phases as percentages of FLA Current I1 avg Fund Float IEE754 A Average value positive phase sequence current (Fundamental) 83