MCA4 Profibus DP HighPROTEC. Data point list. Manual DOK-TD-MCA4PDE
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1 MCA4 Profibus DP HighPROTEC Data point list Manual DOK-TD-MCA4PDE
2 Table of Contents Table of Contents TABLE OF CONTENTS... 2 PROFIBUS... 3 Configuration... 3 DATA POINT LISTS... 4 Signals... 4 Measuring values Commands md5_1 md5_2 RMS_Handoff: Datei:? This manual applies to devices (version): Version 2.4.b Build: Page 2 EN MCA4 Profibus DP 08/14
3 Profibus Profibus The Slave is a so-called ar Slave. Within the GSD-File the optional available Configuration es are described only. The precise configuration for a device can be inquired by means of the Profibus-Command GetConfig. The configuration consists of so-called es. The description of the modules can be taken from the Profibus specification. Please contact the Technical Support in case of questions regarding the configuration. The meaning of the Input and Output fields can be taken from the following tables. The input fields are sent from the Slave to the Master. The output fields are sent from the Master to the Slave. The Output field contain the Commands and the Input field contain the States of the device. Configuration The configuration telegram follows right after the parameter telegram and declares the number of input and output bytes. The Master sends to all Slaves how many bytes for each input and output message cycle are required. The following table defines the required size of a single input and output frame. Direction Length Configuration Input 98 0x1F 0x1F 0x1F 0x1F 0x1F 0x1F 0x11 Output 8 0x27 EN MCA4 Profibus DP 08/14 Page 3
4 Data Point Lists Signals These Data can be taken from the Input Field of the Profibus. The Input Field is sent from the Slave to the Master and it contains device states. (BytePosition /BitPosition) Self Latching SG[1] Pos 0/0 Signal: Circuit Breaker Position (0 = Indeterminate, 1 = OFF, 2 = ON, 3 = Disturbed) SG[2] Pos 0/2 Signal: Circuit Breaker Position (0 = Indeterminate, 1 = OFF, 2 = ON, 3 = Disturbed) SG[3] Pos 0/4 Signal: Circuit Breaker Position (0 = Indeterminate, 1 = OFF, 2 = ON, 3 = Disturbed) SG[4] Pos 0/6 Signal: Circuit Breaker Position (0 = Indeterminate, 1 = OFF, 2 = ON, 3 = Disturbed) SG[5] Pos 1/0 Signal: Circuit Breaker Position (0 = Indeterminate, 1 = OFF, 2 = ON, 3 = Disturbed) SG[6] Pos 1/2 Signal: Circuit Breaker Position (0 = Indeterminate, 1 = OFF, 2 = ON, 3 = Disturbed) Sys PS 1 2/0 Signal: Parameter Set 1 Sys PS 2 2/1 Signal: Parameter Set 2 Sys PS 3 2/2 Signal: Parameter Set 3 Sys PS 4 2/3 Signal: Parameter Set 4 Profibus Data OK 2/4 Data within the Input field are OK (Yes=1) Prot active 2/5 Signal: active Prot Alarm L1 2/6 Signal: General-Alarm L1 Prot Alarm L2 2/7 Signal: General-Alarm L2 Prot Alarm L3 3/0 Signal: General-Alarm L3 Page 4 EN MCA4 Profibus DP 08/14
5 (BytePosition /BitPosition) Self Latching Prot Alarm G 3/1 Signal: General-Alarm - Earth fault Prot Alarm 3/2 Signal: General Alarm Prot Trip L1 3/3 * Signal: General Trip L1 Prot Trip L2 3/4 * Signal: General Trip L2 Prot Trip L3 3/5 * Signal: General Trip L3 Prot Trip G 3/6 * Signal: General Trip Ground fault Prot Trip 3/7 * Signal: General Trip Prot I dir fwd 4/0 Signal: Phase current failure forward direction Prot I dir rev 4/1 Signal: Phase current failure reverse direction Prot I dir n poss 4/2 Signal: Phase fault - missing reference voltage Prot IG meas dir fwd 4/3 Signal: Ground fault (measured) forward Prot IG meas rev dir 4/4 Signal: Ground fault (measured) reverse direction Prot IG meas dir n poss 4/5 Signal: Ground fault (measured) direction detection not possible Profibus Assignment 1-I 5/0 e input state: Scada Assignment Profibus Assignment 2-I 5/1 e input state: Scada Assignment Profibus Assignment 3-I 5/2 e input state: Scada Assignment Profibus Assignment 4-I 5/3 e input state: Scada Assignment Profibus Assignment 5-I 5/4 e input state: Scada Assignment Profibus Assignment 6-I 5/5 e input state: Scada Assignment Profibus Assignment 7-I 5/6 e input state: Scada Assignment Profibus Assignment 8-I 5/7 e input state: Scada Assignment Profibus Assignment 9-I 6/0 e input state: Scada Assignment Profibus Assignment 10-I 6/1 e input state: Scada Assignment Profibus Assignment 11-I 6/2 e input state: Scada Assignment EN MCA4 Profibus DP 08/14 Page 5
6 (BytePosition /BitPosition) Self Latching Profibus Assignment 12-I 6/3 e input state: Scada Assignment Profibus Assignment 13-I 6/4 e input state: Scada Assignment Profibus Assignment 14-I 6/5 e input state: Scada Assignment Profibus Assignment 15-I 6/6 e input state: Scada Assignment Profibus Assignment 16-I 6/7 e input state: Scada Assignment Profibus Assignment 17-I 7/0 e input state: Scada Assignment Profibus Assignment 18-I 7/1 e input state: Scada Assignment Profibus Assignment 19-I 7/2 e input state: Scada Assignment Profibus Assignment 20-I 7/3 e input state: Scada Assignment Profibus Assignment 21-I 7/4 e input state: Scada Assignment Profibus Assignment 22-I 7/5 e input state: Scada Assignment Profibus Assignment 23-I 7/6 e input state: Scada Assignment Profibus Assignment 24-I 7/7 e input state: Scada Assignment Profibus Assignment 25-I 8/0 e input state: Scada Assignment Profibus Assignment 26-I 8/1 e input state: Scada Assignment Profibus Assignment 27-I 8/2 e input state: Scada Assignment Profibus Assignment 28-I 8/3 e input state: Scada Assignment Profibus Assignment 29-I 8/4 e input state: Scada Assignment Profibus Assignment 30-I 8/5 e input state: Scada Assignment Profibus Assignment 31-I 8/6 e input state: Scada Assignment Profibus Assignment 32-I 8/7 e input state: Scada Assignment SG[1] TripCmd 9/0 * Signal: Trip Command SG[2] TripCmd 9/1 * Signal: Trip Command SG[3] TripCmd 9/2 * Signal: Trip Command Page 6 EN MCA4 Profibus DP 08/14
7 (BytePosition /BitPosition) Self Latching SG[4] TripCmd 9/3 * Signal: Trip Command SG[5] TripCmd 9/4 * Signal: Trip Command SG[6] TripCmd 9/5 * Signal: Trip Command I[1] Alarm 10/0 Signal: Alarm I[1] TripCmd 10/1 * Signal: Trip Command I[2] Alarm 10/2 Signal: Alarm I[2] TripCmd 10/3 * Signal: Trip Command I[3] Alarm 10/4 Signal: Alarm I[3] TripCmd 10/5 * Signal: Trip Command I[4] Alarm 10/6 Signal: Alarm I[4] TripCmd 10/7 * Signal: Trip Command IG[1] Alarm 11/0 Signal: Alarm IG IG[1] TripCmd 11/1 * Signal: Trip Command IG[2] Alarm 11/2 Signal: Alarm IG IG[2] TripCmd 11/3 * Signal: Trip Command ThR Alarm 11/4 Signal: Alarm Thermal Overload ThR TripCmd 11/5 * Signal: Trip Command I2>[1] Alarm 11/6 Signal: Alarm Negative Sequence I2>[1] TripCmd 11/7 * Signal: Trip Command I2>[2] Alarm 12/0 Signal: Alarm Negative Sequence I2>[2] TripCmd 12/1 * Signal: Trip Command IH2 Blo L1 12/2 Signal: Blocked L1 IH2 Blo L2 12/3 Signal: Blocked L2 IH2 Blo L3 12/4 Signal: Blocked L3 EN MCA4 Profibus DP 08/14 Page 7
8 (BytePosition /BitPosition) Self Latching IH2 Blo IG meas 12/5 Signal: Blocking of the ground (earth) protection module (measured ground current) IH2 3-ph Blo 12/6 Signal: Inrush was detected in at least one phase - trip command blocked. V[1] Alarm 12/7 Signal: Alarm voltage stage V[1] TripCmd 13/0 * Signal: Trip Command V[2] Alarm 13/1 Signal: Alarm voltage stage V[2] TripCmd 13/2 * Signal: Trip Command V[3] Alarm 13/3 Signal: Alarm voltage stage V[3] TripCmd 13/4 * Signal: Trip Command V[4] Alarm 13/5 Signal: Alarm voltage stage V[4] TripCmd 13/6 * Signal: Trip Command VG[1] Alarm 13/7 Signal: Alarm Residual Voltage Supervision-stage VG[1] TripCmd 14/0 * Signal: Trip Command VG[2] Alarm 14/1 Signal: Alarm Residual Voltage Supervision-stage VG[2] TripCmd 14/2 * Signal: Trip Command f[1] TripCmd 14/3 * Signal: Trip Command f[1] Alarm 14/4 Signal: Alarm Frequency Protection (collective signal) f[2] TripCmd 14/5 * Signal: Trip Command f[2] Alarm 14/6 Signal: Alarm Frequency Protection (collective signal) f[3] TripCmd 14/7 * Signal: Trip Command f[3] Alarm 15/0 Signal: Alarm Frequency Protection (collective signal) ExP[1] Alarm 15/1 Signal: Alarm ExP[1] TripCmd 15/2 * Signal: Trip Command ExP[2] Alarm 15/3 Signal: Alarm Page 8 EN MCA4 Profibus DP 08/14
9 (BytePosition /BitPosition) Self Latching ExP[2] TripCmd 15/4 * Signal: Trip Command ExP[3] Alarm 15/5 Signal: Alarm ExP[3] TripCmd 15/6 * Signal: Trip Command ExP[4] Alarm 15/7 Signal: Alarm ExP[4] TripCmd 16/0 * Signal: Trip Command CBF Alarm 16/1 Signal: Circuit Breaker Failure TCS Alarm 16/2 Signal: Alarm Trip Circuit Supervision CTS Alarm 16/3 Signal: Alarm Current Transformer Measuring Circuit Supervision V012[1] Alarm 16/4 Signal: Alarm voltage asymmetry V012[1] TripCmd 16/5 * Signal: Trip Command V012[2] Alarm 16/6 Signal: Alarm voltage asymmetry V012[2] TripCmd 16/7 * Signal: Trip Command V012[3] Alarm 17/0 Signal: Alarm voltage asymmetry V012[3] TripCmd 17/1 * Signal: Trip Command V012[4] Alarm 17/2 Signal: Alarm voltage asymmetry V012[4] TripCmd 17/3 * Signal: Trip Command SG[1] Isum Intr trip 17/4 * Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. SG[2] Isum Intr trip 17/5 * Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. SG[3] Isum Intr trip 17/6 * Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. SG[4] Isum Intr trip 17/7 * Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. SG[5] Isum Intr trip 18/0 * Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. EN MCA4 Profibus DP 08/14 Page 9
10 (BytePosition /BitPosition) Self Latching SG[6] Isum Intr trip 18/1 * Signal: Maximum permissible Summation of the interrupting (tripping) currents exceeded in at least one phase. DI Slot X 1 DI 1 18/2 Signal: Digital Input DI Slot X 1 DI 2 18/3 Signal: Digital Input DI Slot X 1 DI 3 18/4 Signal: Digital Input DI Slot X 1 DI 4 18/5 Signal: Digital Input DI Slot X 1 DI 5 18/6 Signal: Digital Input DI Slot X 1 DI 6 18/7 Signal: Digital Input DI Slot X 1 DI 7 19/0 Signal: Digital Input DI Slot X 1 DI 8 19/1 Signal: Digital Input DI Slot X 6 DI 1 19/2 Signal: Digital Input DI Slot X 6 DI 2 19/3 Signal: Digital Input DI Slot X 6 DI 3 19/4 Signal: Digital Input DI Slot X 6 DI 4 19/5 Signal: Digital Input DI Slot X 6 DI 5 19/6 Signal: Digital Input DI Slot X 6 DI 6 19/7 Signal: Digital Input DI Slot X 6 DI 7 20/0 Signal: Digital Input DI Slot X 6 DI 8 20/1 Signal: Digital Input BO Slot X2 BO 1 20/2 Signal: Binary Output Relay BO Slot X2 BO 2 20/3 Signal: Binary Output Relay BO Slot X2 BO 3 20/4 Signal: Binary Output Relay BO Slot X2 BO 4 20/5 Signal: Binary Output Relay BO Slot X2 BO 5 20/6 Signal: Binary Output Relay BO Slot X2 BO 6 20/7 Signal: Binary Output Relay Page 10 EN MCA4 Profibus DP 08/14
11 (BytePosition /BitPosition) Self Latching BO Slot X5 BO 1 21/0 Signal: Binary Output Relay BO Slot X5 BO 2 21/1 Signal: Binary Output Relay BO Slot X5 BO 3 21/2 Signal: Binary Output Relay BO Slot X5 BO 4 21/3 Signal: Binary Output Relay BO Slot X5 BO 5 21/4 Signal: Binary Output Relay BO Slot X5 BO 6 21/5 Signal: Binary Output Relay PQS[1] Alarm 21/6 Signal: Alarm Power Protection PQS[1] TripCmd 21/7 * Signal: Trip Command PQS[2] Alarm 22/0 Signal: Alarm Power Protection PQS[2] TripCmd 22/1 * Signal: Trip Command PQS[3] Alarm 22/2 Signal: Alarm Power Protection PQS[3] TripCmd 22/3 * Signal: Trip Command PQS[4] Alarm 22/4 Signal: Alarm Power Protection PQS[4] TripCmd 22/5 * Signal: Trip Command PQS[5] Alarm 22/6 Signal: Alarm Power Protection PQS[5] TripCmd 22/7 * Signal: Trip Command PQS[6] Alarm 23/0 Signal: Alarm Power Protection PQS[6] TripCmd 23/1 * Signal: Trip Command PF[1] Alarm 23/2 Signal: Alarm Power Factor PF[1] TripCmd 23/3 * Signal: Trip Command PF[2] Alarm 23/4 Signal: Alarm Power Factor PF[2] TripCmd 23/5 * Signal: Trip Command CLPU detected 23/6 Signal: Cold Load detected LOP Alarm 23/7 Signal: Alarm Loss of Potential EN MCA4 Profibus DP 08/14 Page 11
12 (BytePosition /BitPosition) Self Latching Q->&V< Alarm 24/0 Signal: Alarm Reactive Power Undervoltage Protection SOTF active 24/1 Signal: active SOTF I< 24/2 Signal: No Load Current. SOTF enabled 24/3 Signal: Switch Onto Fault enabled. This Signal can be used to modify Overcurrent Protection Settings. Page 12 EN MCA4 Profibus DP 08/14
13 Measuring values These Data can be taken from the Input Field of the Profibus. The Input Field is sent from the Slave to the Master and contains device states. Format s (BytePosition) Current IL1 26/0 Float IEEE754 Measured value: Phase current (fundamental) Current IL2 30/0 Float IEEE754 Measured value: Phase current (fundamental) Current IL3 34/0 Float IEEE754 Measured value: Phase current (fundamental) Current IG meas 38/0 Float IEEE754 Measured value (measured): IG (fundamental) Voltage VL12 42/0 Float IEEE754 Measured value: Phase-to-phase voltage (fundamental) Voltage VL23 46/0 Float IEEE754 Measured value: Phase-to-phase voltage (fundamental) Voltage VL31 50/0 Float IEEE754 Measured value: Phase-to-phase voltage (fundamental) Voltage VX meas 54/0 Float IEEE754 Measured value (measured): VX measured (fundamental) PQSCr P 58/0 Float IEEE754 Measured value (calculated): Active power (P- = Fed Active Power, P+ = Consumpted Active Power) (fundamental) PQSCr Q 62/0 Float IEEE754 Measured value (calculated): Reactive power (Q- = Fed Reactive Power, Q+ = Consumpted Reactive Power) (fundamental) Voltage f 66/0 Float IEEE754 Measured value: Frequency EN MCA4 Profibus DP 08/14 Page 13
14 Format s (BytePosition) PQSCr cos phi 70/0 Float IEEE754 Measured value (calculated): Power factor PQSCr Wp+ 74/0 Float IEEE754 Positive Active Power is consumed active energy PQSCr Wp- 78/0 Float IEEE754 Negative Active Power (Fed Energy) PQSCr Wq+ 82/0 Float IEEE754 Positive Reactive Power is consumed Reactive Energy PQSCr Wq- 86/0 Float IEEE754 Negative Reactive Power (Fed Energy) Current %(I2/I1) 90/0 Float IEEE754 Measured value (calculated): I2/I1, phase sequence will be taken into account automatically. Values Operating hours Cr 94/0 Float IEEE754 Operating hours counter of the protective device Page 14 EN MCA4 Profibus DP 08/14
15 Commands The commands are set within the Output Field. These data fields are sent from the master to the slave. The slave will respond on data modifications only. For example if a 2 Bit state changes from Off (01) to On (2). SG[1] SG[2] SG[3] SG[4] SG[5] SG[6] Control/Position of circuit breaker Control/Position of circuit breaker Control/Position of circuit breaker Control/Position of circuit breaker Control/Position of circuit breaker Control/Position of circuit breaker (BytePosition/BitPositi on) in Output field 0/0 Control respectively Position of circuit breaker (1 = OFF, 2 = On). 0/2 Control respectively Position of circuit breaker (1 = OFF, 2 = On). 0/4 Control respectively Position of circuit breaker (1 = OFF, 2 = On). 0/6 Control respectively Position of circuit breaker (1 = OFF, 2 = On). 1/0 Control respectively Position of circuit breaker (1 = OFF, 2 = On). 1/2 Control respectively Position of circuit breaker (1 = OFF, 2 = On). Sys Ack LED 2/0 All acknowledgeable LEDs will be acknowledged. Sys Ack BO 2/2 All acknowledgeable binary output relays will be acknowledged. Sys Ack Scada 2/4 SCADA will be acknowledged. PSS via Scada PSS via Scada 3/0 Signal: Parameter Set Switch via Scada Commands Scada Cmd 1 4/0 Scada Command Commands Scada Cmd 2 4/2 Scada Command Commands Scada Cmd 3 4/4 Scada Command Commands Scada Cmd 4 4/6 Scada Command Commands Scada Cmd 5 5/0 Scada Command Commands Scada Cmd 6 5/2 Scada Command EN MCA4 Profibus DP 08/14 Page 15
16 (BytePosition/BitPositi on) in Output field Commands Scada Cmd 7 5/4 Scada Command Commands Scada Cmd 8 5/6 Scada Command Commands Scada Cmd 9 6/0 Scada Command Commands Scada Cmd 10 6/2 Scada Command Commands Scada Cmd 11 6/4 Scada Command Commands Scada Cmd 12 6/6 Scada Command Commands Scada Cmd 13 7/0 Scada Command Commands Scada Cmd 14 7/2 Scada Command Commands Scada Cmd 15 7/4 Scada Command Commands Scada Cmd 16 7/6 Scada Command Page 16 EN MCA4 Profibus DP 08/14
17 EN MCA4 Profibus DP 08/14 Page 17
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