Advanced Energy Thyro-PX Anybus Modbus TCP Manual Download Page 8

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Table 8. Default flexible links

Flexible Link

Default Link Setting

Flexible read-link 01 r

Power Controller #1: Total power - read

Flexible read-link 02 r

Power Controller #1: L1 Urms - read

Flexible read-link 03 r

Power Controller #1: L1 Irms - read

Flexible read-link 04 r

Power Controller #1: L1 Power - read

Flexible read-link 05 r

Power Controller #1: L1 Resistance - read

Flexible read-link 06 r

Power Controller #1: L1 Umains - read

Flexible read-link 07 r

Power Controller #1: L1 Temperature - read

Flexible read-link 08 r

Power Controller #1: L2 Urms - read

Flexible read-link 09 r

Power Controller #1: L2 Irms - read

Flexible read-link 10 r

Power Controller #1: L2 Power - read

Flexible read-link 11 r

Power Controller #1: L2 Resistance - read

Flexible read-link 12 r

Power Controller #1: L2 Umains - read

Flexible read-link 13 r

Power Controller #1: L2 Temperature - read

Flexible read-link 14 r

Power Controller #1: L3 Urms - read

Flexible read-link 15 r

Power Controller #1: L3 Irms - read

Flexible read-link 16 r

Power Controller #1: L3 Power - read

Flexible read-link 17 r

Power Controller #1: L3 Resistance - read

Flexible read-link 18 r

Power Controller #1: L3 Umains - read

Flexible read-link 19 r

Power Controller #1: L3 Temperature - read

Flexible read-link 20 r

Not applicable

INSTALLING OPTIONAL MODULES

DANGER:

RISK OF DEATH OR BODILY INJURY. Disconnect and lockout/tagout all sources of input

power before working on this unit or anything connected to it.

DANGER:

RISQUE DE MORT OU DE BLESSURES CORPORELLES. Débrancher et verrouiller/

étiqueter toutes les sources de puissance d’entrée avant de travailler sur cette unité ou sur

tout élément qui y est raccordé.

The optional modules may be shipped separately.

1. Verify that the unit is disconnected from all power sources.

Advanced Energy

Thyro-PX

™

Anybus

Modbus TCP

57010166-00A

Thyro-PX

™

Anybus

Modbus TCP

Summary of Contents for Thyro-PX Anybus Modbus TCP

Page 1: ...odule is an optional accessory for the Thyro PX power controller Related Links Hardware Description on page 2 Configuring With Thyro Tool Pro PC Software on page 3 Default Flexible Links on page 7 Ins...

Page 2: ...d fatal error Red blinking Connection timeout No Modbus message has been received within the configured process active timeout time Table 2 Module status LED LED State Description Off No power Green N...

Page 3: ...n configure the Thyro PX power controller using either the Thyro Tool Pro PC software or the Thyro Touch display To configure the unit you will Adapt the Thyro PX hardware configuration If required yo...

Page 4: ...line configuration the software can also be configured offline Contact AE Global Services to obtain a parameter file appropriate to your hardware configuration Figure 3 Anybus parameter group Configur...

Page 5: ...y detect and connect to Modbus TCP devices To manually configure the process control software find the MAC address for the Modbus TCP module in the General menu Use the MAC address to configure the pr...

Page 6: ...sly follows the master setpoint while in remote operation so that no setpoint leap occurs during the switch over to the local setpoint Setpoint Error Zero Zero is used as the setpoint when the master...

Page 7: ...e You can add any Thyro PX error or status message Once an error or status message is added the message will trigger the corresponding extended diagnosis event Configuring Flexible Link Parameters The...

Page 8: ...Controller 1 L2 Temperature read Flexible read link 14 r Power Controller 1 L3 Urms read Flexible read link 15 r Power Controller 1 L3 Irms read Flexible read link 16 r Power Controller 1 L3 Power re...

Page 9: ...ATA COMMUNICATION For fast communication some process data are buffered in the communication module To read or write a buffered parameter use the address in the following tables rather than the API as...

Page 10: ...ible link 04 r 2 Status PC r 2 Status PC r Flexible link 04 r Flexible link 04 r 2070 816 Flexible link 05 r 2 Monitoring PC r 2 Monitoring PC r Flexible link 05 r Flexible link 05 r 2072 818 Flexible...

Page 11: ...xible link 18 r 2118 846 Flexible link 19 r 2120 848 Flexible link 20 r 1 See Default Flexible Links on page 7 Buffered Write Addresses The parameter assigned to each address changes with each of the...

Page 12: ...etpoint w Flexible link 03 w Flexible link 03 w 11 B Flexible link 04 w Flexible link 02 w 3 Error setpoint w Flexible link 04 w Flexible link 04 w 13 D Flexible link 05 w Flexible link 03 w Flexible...

Page 13: ...2 FLOAT Flexible link number 07 read 8 Read 4126 101E Flexible link 08 r UINT32 FLOAT Flexible link number 08 read 9 Read 4128 1020 Flexible link 09 r UINT32 FLOAT Flexible link number 09 read 10 Read...

Page 14: ...040 Flexible link 05 w UINT32 FLOAT Flexible link number 05 write 26 Write 4162 1042 Flexible link 06 w UINT32 FLOAT Flexible link number 06 write 27 Write 4164 1044 Flexible link 07 w UINT32 FLOAT Fl...

Page 15: ...rite Bit 0 Clear energy counter power controller 1 Bit 1 Clear energy counter power controller 2 Bit 2 Clear energy counter power controller 3 Bit 3 Regulator lock power controller 1 Bit 4 Regulator l...

Page 16: ...1 broken Bit 12 Fuse 2 broken Bit 13 Fuse 3 broken Bit 14 Thyristor 1 short circuit Bit 15 Thyristor 2 short circuit Bit 16 Thyristor 3 short circuit Bit 17 External error 1 customer specific Bit 18 E...

Page 17: ...ter setpoint read 50 Write 4210 1072 1 Fieldbus setpoint w FLOAT Power controller 1 Fieldbus setpoint write 51 Read 4212 1074 1 Actual setpoint r FLOAT Power controller 1 Actual setpoint read 52 Write...

Page 18: ...Status PC r UINT32 Power controller 1 Status PC read Bit 0 Output pulses on Bit 1 Power controller OK Bit 2 Mains OK Bit 3 Remote setpoint Bit 6 Pulse lock with ack Bit 7 Pulse lock auto ack Bit 8 Re...

Page 19: ...imum Bit 28 Rabs minimum Bit 29 Rabs maximum Bit 30 Rrel minimum Bit 31 Rrel maximum 62 4234 108A 63 Read 4236 108C 1 L1 Umains r FLOAT Power controller 1 L1 Umains read 64 Read 4238 108E 1 L1 Urms r...

Page 20: ...er controller 1 L2 Power read 83 Read 4276 10B4 1 L2 Resistance r FLOAT Power controller 1 L2 Resistance read 84 Read 4278 10B6 1 L2 Temperature r FLOAT Power controller 1 L2 Temperature read 85 Read...

Page 21: ...te 104 Read 4318 10DE 2 Total power r FLOAT Power controller 2 Total power read 105 Read 4320 10E0 2 Alpha r FLOAT Power controller 2 Alpha read 106 Read 4322 10E2 2 TimeOn r FLOAT Power controller 2...

Page 22: ...7 Pulse lock auto ack Bit 8 Regulator lock Bit 12 Left rotation field Bit 13 Output restricted Bit 14 Max output reached Bit 16 Active limit Bit 17 U limit Bit 18 I limit Bit 19 Ipeak limit Bit 20 P...

Page 23: ...Bit 28 Rabs minimum Bit 29 Rabs maximum Bit 30 Rrel minimum Bit 31 Rrel maximum 113 4336 10F0 114 Read 4338 10F2 2 L1 Umains r FLOAT Power controller 2 L1 Umains read 115 Read 4340 10F4 2 L1 Urms r F...

Page 24: ...d 130 Write 4370 1112 3 Error setpoint w FLOAT Power controller 3 Error setpoint write 131 Read 4372 1114 3 Total power r FLOAT Power controller 3 Total power read 132 Read 4374 1116 3 Alpha r FLOAT P...

Page 25: ...with ack Bit 7 Pulse lock auto ack Bit 8 Regulator lock Bit 12 Left rotation field Bit 13 Output restricted Bit 14 Max output reached Bit 16 Active limit Bit 17 U limit Bit 18 I limit Bit 19 Ipeak li...

Page 26: ...Bit 28 Rabs minimum Bit 29 Rabs maximum Bit 30 Rrel minimum Bit 31 Rrel maximum 140 4390 1126 141 Read 4392 1128 3 L1 Umains r FLOAT Power controller 3 L1 Umains read 142 Read 4394 112A 3 L1 Urms r F...

Page 27: ...nal control r FLOAT Power controller 3 L1 External control read 152 Write 4414 113E 153 Write 4416 1140 I O Int LED 1 7 rd gr w UINT16 Internal I O LED 1 7 red green write Bit 0 LED 1 green Bit 1 LED...

Page 28: ...ead 4422 1146 I O Int Relay 1 3 r UINT16 Internal I O Relay 1 3 read Bit 0 Relay 1 Bit 1 Relay 2 Bit 2 Relay 3 157 4424 1148 158 4426 114A 159 Read 4428 114C I O Int Analog In 1 r FLOAT Internal I O A...

Page 29: ...116C 176 Read 4462 116E I O Ext1 Analog In 1 r FLOAT I O Extension 1 Analog input 1 read 177 Read 4464 1170 I O Ext1 Analog In 2 r FLOAT I O Extension 1 Analog input 2 read 178 Read 4466 1172 I O Ext1...

Page 30: ...it 1 Relay 2 195 4500 1194 196 Read 4502 1196 I O Ext2 Analog In 1 r FLOAT I O Extension 2 Analog input 1 read 197 Read 4504 1198 I O Ext2 Analog In 2 r FLOAT I O Extension 2 Analog input 2 read 198 R...

Page 31: ...ad 212 4534 11B6 213 Write 4536 11B8 1 Starting mode w UINT8 Power controller 1 Starting mode write 0 None 1 Ramp 2 MOSI 3 MOSI and ramp 214 Write 4538 11BA 1 Operating mode w UINT8 Power controller 1...

Page 32: ...mode write 0 None 1 U 2 U2 3 I 4 I2 5 P 225 Write 4560 11D0 2 PID Kp w FLOAT Power controller 2 PID Kp write 226 Write 4562 11D2 2 PID Ki w FLOAT Power controller 2 PID Ki write 227 Write 4564 11D4 2...

Page 33: ...controller 3 Control mode write 0 None 1 U 2 U2 3 I 4 I2 5 P 234 Write 4578 11E2 3 PID Kp w FLOAT Power controller 3 PID Kp write 235 Write 4580 11E4 3 PID Ki w FLOAT Power controller 3 PID Ki write...

Page 34: ...Phone 24 hrs day 7 days week 800 446 9167 or 1 970 221 0108 Email We will respond to email by the next business day mailto technical support aei com Sekidenko thermal product support Contact by phone...

Page 35: ...contact information http www advanced energy com TRADEMARKS All Advanced Energy trademarks are the property of Advanced Energy Industries Inc For the list of Advanced Energy trademarks visit http www...

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