使用CP-717软件,在系统定义文件夹使用模块配置功能,分别定义变频器的通讯类型,网络号和站
号,定义I/O起始地址和终止地址,PLC--G7 之间通过若干寄存器连接通讯,其相应寄存器字和位信号定义如下:(版面有些乱,请仔细研究).
CONTROL COMMANDS (MASTER CONTROLLER TO VS-676H5)
NO. V/F CONTROL V/F WITH PG FB OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION
1 OPERATION SIGNAL OPERATION SIGNAL OPERATION SIGNAL OPERATION SIGNAL OPERATION SIGNAL
2 SPEED 0 TO 32767 SPEED 0 TO 32767 SPEED 0 TO 32767 SPEED 0 TO 32767 FREQUENCY 0 TO 32767
REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100%
3 TORQUE _30000 TO 30000 TORQUE _30000 TO 30000 CURRENT 0 TO 20000
REFERENCE 10000/100% REFERENCE 10000/100% REFERENCE 10000/100%
4 TORQUE _30000 TO 30000
COMPENSATION 10000/100%
5 EX. MAGNETIC _2000 TO 12000
FLEX REFERENCE 10000/100%
6 INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V
CH1 OUTPUT 1320 CH1 OUTPUT 1320 CH1 OUTPUT 1320 CH1 OUTPUT 1320 CH1 OUTPUT 1320
7 INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V
CH2 OUTPUT 1320 CH2 OUTPUT 1320 CH2 OUTPUT 1320 CH2 OUTPUT 1320 CH2 OUTPUT 1320
8 INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE
DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH
7 BITS OR MORE 7 BITS OR MORE 7 BITS OR MORE 7 BITS OR MORE 7 BITS OR MORE
ARE DISREGARDED ARE DISREGARDED ARE DISREGARDED ARE DISREGARDED ARE DISREGARDED
9 AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V
OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095
10 AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V
OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095
11 DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH
12 NOT USED NOT USED NOT USED NOT USED NOT USED
13 NOT USED NOT USED NOT USED NOT USED NOT USED
14 NOT USED NOT USED NOT USED NOT USED NOT USED
15 EMPTY EMPTY EMPTY EMPTY EMPTY
16 EMPTY EMPTY EMPTY EMPTY EMPTY
NOTE
CONTROL RESPONSE (VS-676H5 TO MASTER CONTROLLER)
NO. V/F CONTROL V/F WITH PG FB OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION
1 STATUS SIGNAL STATUS SIGNAL STATUS SIGNAL STATUS SIGNAL STATUS SIGNAL
2 SPEED FEEDBACK SPEED FEEDBACK SPEED FEEDBACK
3 TORQUE _30000 TO 30000 TORQUE _30000 TO 30000
REFERENCE 10000/100% REFERENCE 10000/100%
4 SPEED DETECTION 0 32767 SPEED DETECTION _32768 32767
PG COUNT value 10000/100% PG COUNT value 10000/100%
5 SPEED 0 32767 SPEED _32768 32767 SPEED _32768 32767 SPEED _32768 32767 SPEED _32768 32767
REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100%
6 PRIMARY REF 0 32767 PRIMARY REF 0 32767 PRIMARY REF 0 32767 PRIMARY REF 0 32767 FREQUENCY 0 TO 32767
FREQUENCY 30000/100% FREQUENCY 30000/100% FREQUENCY 30000/100% FREQUENCY 30000/100% REFERENCE 30000/100%
7 OUTPUT 0 20000 OUTPUT 0 20000 OUTPUT 0 20000 OUTPUT 0 20000 OUTPUT 0 20000
CURRENT 10000/100% CURRENT 10000/100% CURRENT 10000/100% CURRENT 10000/100% CURRENT 10000/100%
8 OUT REF 0 10000 OUT REF 0 10000 OUT REF 0 10000 OUT REF 0 10000 OUT REF 0 10000
VOLTAGE 10000/100% VOLTAGE 10000/100% VOLTAGE 10000/100% VOLTAGE 10000/100% VOLTAGE 10000/100%
9 MAIN 0 12500 MAIN 0 12500 MAIN 0 12500 MAIN 0 12500 MAIN 0 12500
CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V
DC 10000/100% DC 10000/100% DC 10000/100% DC 10000/100% DC 10000/100%
VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V
10 TORQUE _30000 30000 TORQUE _30000 30000 TORQUE _30000 30000
FEEDBACK 10000/100% FEEDBACK 10000/100% FEEDBACK 10000/100%
11 FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM
SIGNAL1 SIGNAL1 SIGNAL1 SIGNAL1 SIGNAL1
12 FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM
SIGNAL2 SIGNAL2 SIGNAL2 SIGNAL2 SIGNAL2
13 INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V
CH3 INPUT 0 4095 CH3 INPUT 0 4095 CH3 INPUT 0 4095 CH3 INPUT 0 4095 CH3 INPUT 0 4095
14 INVERTER DI INVERTER DI INVERTER DI INVERTER DI INVERTER DI
INPUT INPUT INPUT INPUT INPUT
15 INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V
CH1 INPUT 0 4095 CH1 INPUT 0 4095 CH1 INPUT 0 4095 CH1 INPUT 0 4095 CH1 INPUT 0 4095
16 MOMENTARY _32768 32767 MOMENTARY _32768 32767 MOMENTARY _32768 32767 MOMENTARY _32768 32767 MOMENTARY _32768 32767
POWER LOSS 30000/100% POWER LOSS 30000/100% POWER LOSS 30000/100% POWER LOSS 30000/100% POWER LOSS 30000/100%
DROP AMOUNT DROP AMOUNT DROP AMOUNT DROP AMOUNT DROP AMOUNT
CONTROL COMMANDS (MASTER CONTROLLER TO VS-676H5)
BIT V/F CONTROL V/F WITH PG FEEDBACK OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
NO.
0 RUN/STOP RUN/STOP RUN/STOP RUN/STOP RUN/STOP
1 REVERSE RUN REVERSE RUN REVERSE RUN REVERSE RUN REVERSE RUN
2 BASE BLOCK/RELEASE BASE BLOCK/RELEASE BASE BLOCK/RELEASE BASE BLOCK/RELEASE BASE BLOCK/RELEASE
3 TRACE START/STOP TRACE START/STOP TRACE START/STOP TRACE START/STOP TRACE START/STOP
4 EXTERNAL FAULT EXTERNAL FAULT EXTERNAL FAULT EXTERNAL FAULT EXTERNAL FAULT
5 FAULT RESET FAULT RESET FAULT RESET FAULT RESET FAULT RESET
6 CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME
7 ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE
8 DB COMMAND DB COMMAND DB COMMAND DB COMMAND DB COMMAND
9 INTEGRATION RESET(ASR) INTEGRATION RESET(ASR) INTEGRATION RESET(ACR)
A INTEGRATION HOLD(ASR) INTEGRATION HOLD(ASR) INTEGRATION HOLD(ACR)
B SOFT START CANCEL SOFT START CANCEL SOFT START CANCEL SOFT START CANCEL SOFT START CANCEL
C TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT)
D ENERGY SAVING CONTROL ON/OFF ENERGY SAVING CONTROL ON/OFF SERVO ON SYNCHRONOUS CONTROL ON/OFF
E EMPTY EMPTY EMPTY TORQUE/SPEED CONTROL SELECTION NOT USED
F MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) NOT USED
CONTROL COMMANDS (VS-676H5 TO MASTER CONTROLLER)
BIT V/F CONTROL V/F WITH PG FEEDBACK OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
NO.
0 RUN/STOP RUN/STOP RUN/STOP RUN/STOP RUN/STOP
1 ZERO SPEED ZERO SPEED ZERO SPEED ZERO SPEED
2 REVERSE RUN REVERSE RUN REVERSE RUN REVERSE RUN
3 RESET SIGNAL INPUT RESET SIGNAL INPUT RESET SIGNAL INPUT RESET SIGNAL INPUT RESET SIGNAL INPUT
4 SPEED AGREE SPEED AGREE SPEED AGREE SPEED AGREE SPEED AGREE
5 INVERTER READY/NOT READY INVERTER READY/NOT READY INVERTER READY/NOT READY INVERTER READY/NOT READY INVERTER READY/NOT READY
6 MINOR FAULT MINOR FAULT MINOR FAULT MINOR FAULT MINOR FAULT
7 MAJOR FAULT MAJOR FAULT MAJOR FAULT MAJOR FAULT MAJOR FAULT
8 COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA)
9 RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS
MOMENTARY POWER LOSS MOMENTARY POWER LOSS MOMENTARY POWER LOSS MOMENTARY POWER LOSS MOMENTARY POWER LOSS
A REMOTE/LOCAL REMOTE/LOCAL REMOTE/LOCAL REMOTE/LOCAL REMOTE/LOCAL
B REGENERATION/CURRENT REGENERATION/CURRENT REGENERATION/CURRENT REGENERATION/CURRENT REGENERATION/CURRENT
C CURRENT(TORQUE)LIMIT CURRENT(TORQUE)LIMIT CURRENT(TORQUE)LIMIT CURRENT(TORQUE)LIMIT
D SPEED LIMIT(ASR LIMIT) SPEED LIMIT(ASR LIMIT) SYNCHRONOUS CONTROL ON/OFF
E MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1)
F ZERO SERVO COMPLETE
FAULT AND ALARM SIGNALS (VS-676H5 TO MASTER CONTROLLER)
BIT SIGNAL 1
NO. V/F,VECTOR EMS
0 OVER CURRENT (OC) OVER CURRENT (OC)
1 GROUND FAULT (GF) GROUND FAULT (GF)
2 OVER VOLTAGE (OV) OVER VOLTAGE (OV)
3 MAIN CIRCUIT LOW VOLTAGE (UV1) MAIN CIRCUIT LOW VOLTAGE (UV1)
4 CONTROL POWER SUPPLY LOW VOLTAGE (UV2) CONTROL POWER SUPPLY LOW VOLTAGE (UV2)
5 INRUSH CURRENT RESISTOR SHORT MC FAULT (UV3) INRUSH CURRENT RESISTOR SHORT MC FAULT (UV3)
6 FUSE BLOWN (FU) FUSE BLOWN (FU)
7
8 INVER TER OVERHEAT ALARM (OH) INVER TER OVERHEAT ALARM (OH)
9 INVERTER OVERHEAT (OH1) INVERTER OVERHEAT (OH1)
A INVERTER OVERLOAD (OL2) INVERTER OVERLOAD (OL2)
B OVER TORQUE 1 (OL3)
C OVER TORQUE 2 (OL4)
D MOTOR OVERLOAD (OL1)
E MOTOR OVERHEAT (OH3)
F THERMISTOR OPEN CIRCUIT (THM)
SIGNAL 2
0 BRAKING TRANSISTOR FAULT (RR)
1 BRAKING RESISTOR OVERHEAT (RH)
2 EXTERNAL FAULT (EF1 OR EF8) EXTERNAL FAULT (EF1 OR EF8)
3 OVER SPEED (OS)
4 SPEED DEVIATION (DEV) SPEED DEVIATION (DEV)
5 PG OPEN CIRCUIT (PGO)
6 EXCESSIVE RIPPLE IN DC BUS BAR VOLTAGE (PF) EXCESSIVE RIPPLE IN DC BUS BAR VOLTAGE (PF)
7 OUTPUT OPEN-PHASE (LF) OUTPUT OPEN-PHASE (LF)
8 LOAD SHORT CIRCUIT (SC) LOAD SHORT CIRCUIT (SC)
9
A DIGITAL OPERATOR FAULT (OPR) DIGITAL OPERATOR FAULT (OPR)
B CP-216 TRANSMISSION ERROR (CE) CP-216 TRANSMISSION ERROR (CE)
C HARDWARE FAULT (CPF) HARDWARE FAULT (CPF)
D SYNCHRONOUS CONTROL ERROR
E
F
号,定义I/O起始地址和终止地址,PLC--G7 之间通过若干寄存器连接通讯,其相应寄存器字和位信号定义如下:(版面有些乱,请仔细研究).
CONTROL COMMANDS (MASTER CONTROLLER TO VS-676H5)
NO. V/F CONTROL V/F WITH PG FB OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION
1 OPERATION SIGNAL OPERATION SIGNAL OPERATION SIGNAL OPERATION SIGNAL OPERATION SIGNAL
2 SPEED 0 TO 32767 SPEED 0 TO 32767 SPEED 0 TO 32767 SPEED 0 TO 32767 FREQUENCY 0 TO 32767
REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100%
3 TORQUE _30000 TO 30000 TORQUE _30000 TO 30000 CURRENT 0 TO 20000
REFERENCE 10000/100% REFERENCE 10000/100% REFERENCE 10000/100%
4 TORQUE _30000 TO 30000
COMPENSATION 10000/100%
5 EX. MAGNETIC _2000 TO 12000
FLEX REFERENCE 10000/100%
6 INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V
CH1 OUTPUT 1320 CH1 OUTPUT 1320 CH1 OUTPUT 1320 CH1 OUTPUT 1320 CH1 OUTPUT 1320
7 INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V INVERTER AO _10V TO10V
CH2 OUTPUT 1320 CH2 OUTPUT 1320 CH2 OUTPUT 1320 CH2 OUTPUT 1320 CH2 OUTPUT 1320
8 INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE INVERTER BITS 0 TO 5 ARE
DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH DO OUTPUT USED 0 TO FFFFH
7 BITS OR MORE 7 BITS OR MORE 7 BITS OR MORE 7 BITS OR MORE 7 BITS OR MORE
ARE DISREGARDED ARE DISREGARDED ARE DISREGARDED ARE DISREGARDED ARE DISREGARDED
9 AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V AO-12 CH1 _11 TO11V
OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095
10 AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V AO-12 CH12 _11 TO11V
OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095 OUTPUT 0 TO4095
11 DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH DO-08/H OUTPUT B0 TOB7 0 TO FFH
12 NOT USED NOT USED NOT USED NOT USED NOT USED
13 NOT USED NOT USED NOT USED NOT USED NOT USED
14 NOT USED NOT USED NOT USED NOT USED NOT USED
15 EMPTY EMPTY EMPTY EMPTY EMPTY
16 EMPTY EMPTY EMPTY EMPTY EMPTY
NOTE
CONTROL RESPONSE (VS-676H5 TO MASTER CONTROLLER)
NO. V/F CONTROL V/F WITH PG FB OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION ITEM SPECIFICATION
1 STATUS SIGNAL STATUS SIGNAL STATUS SIGNAL STATUS SIGNAL STATUS SIGNAL
2 SPEED FEEDBACK SPEED FEEDBACK SPEED FEEDBACK
3 TORQUE _30000 TO 30000 TORQUE _30000 TO 30000
REFERENCE 10000/100% REFERENCE 10000/100%
4 SPEED DETECTION 0 32767 SPEED DETECTION _32768 32767
PG COUNT value 10000/100% PG COUNT value 10000/100%
5 SPEED 0 32767 SPEED _32768 32767 SPEED _32768 32767 SPEED _32768 32767 SPEED _32768 32767
REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100% REFERENCE 30000/100%
6 PRIMARY REF 0 32767 PRIMARY REF 0 32767 PRIMARY REF 0 32767 PRIMARY REF 0 32767 FREQUENCY 0 TO 32767
FREQUENCY 30000/100% FREQUENCY 30000/100% FREQUENCY 30000/100% FREQUENCY 30000/100% REFERENCE 30000/100%
7 OUTPUT 0 20000 OUTPUT 0 20000 OUTPUT 0 20000 OUTPUT 0 20000 OUTPUT 0 20000
CURRENT 10000/100% CURRENT 10000/100% CURRENT 10000/100% CURRENT 10000/100% CURRENT 10000/100%
8 OUT REF 0 10000 OUT REF 0 10000 OUT REF 0 10000 OUT REF 0 10000 OUT REF 0 10000
VOLTAGE 10000/100% VOLTAGE 10000/100% VOLTAGE 10000/100% VOLTAGE 10000/100% VOLTAGE 10000/100%
9 MAIN 0 12500 MAIN 0 12500 MAIN 0 12500 MAIN 0 12500 MAIN 0 12500
CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V CIRCUIT 200V CLS 400V
DC 10000/100% DC 10000/100% DC 10000/100% DC 10000/100% DC 10000/100%
VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V VOLTAGE 400V CLS 800V
10 TORQUE _30000 30000 TORQUE _30000 30000 TORQUE _30000 30000
FEEDBACK 10000/100% FEEDBACK 10000/100% FEEDBACK 10000/100%
11 FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM
SIGNAL1 SIGNAL1 SIGNAL1 SIGNAL1 SIGNAL1
12 FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM FAULT ALARM
SIGNAL2 SIGNAL2 SIGNAL2 SIGNAL2 SIGNAL2
13 INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V
CH3 INPUT 0 4095 CH3 INPUT 0 4095 CH3 INPUT 0 4095 CH3 INPUT 0 4095 CH3 INPUT 0 4095
14 INVERTER DI INVERTER DI INVERTER DI INVERTER DI INVERTER DI
INPUT INPUT INPUT INPUT INPUT
15 INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V INVERTER AI _10V +10V
CH1 INPUT 0 4095 CH1 INPUT 0 4095 CH1 INPUT 0 4095 CH1 INPUT 0 4095 CH1 INPUT 0 4095
16 MOMENTARY _32768 32767 MOMENTARY _32768 32767 MOMENTARY _32768 32767 MOMENTARY _32768 32767 MOMENTARY _32768 32767
POWER LOSS 30000/100% POWER LOSS 30000/100% POWER LOSS 30000/100% POWER LOSS 30000/100% POWER LOSS 30000/100%
DROP AMOUNT DROP AMOUNT DROP AMOUNT DROP AMOUNT DROP AMOUNT
CONTROL COMMANDS (MASTER CONTROLLER TO VS-676H5)
BIT V/F CONTROL V/F WITH PG FEEDBACK OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
NO.
0 RUN/STOP RUN/STOP RUN/STOP RUN/STOP RUN/STOP
1 REVERSE RUN REVERSE RUN REVERSE RUN REVERSE RUN REVERSE RUN
2 BASE BLOCK/RELEASE BASE BLOCK/RELEASE BASE BLOCK/RELEASE BASE BLOCK/RELEASE BASE BLOCK/RELEASE
3 TRACE START/STOP TRACE START/STOP TRACE START/STOP TRACE START/STOP TRACE START/STOP
4 EXTERNAL FAULT EXTERNAL FAULT EXTERNAL FAULT EXTERNAL FAULT EXTERNAL FAULT
5 FAULT RESET FAULT RESET FAULT RESET FAULT RESET FAULT RESET
6 CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME CHANGE ACC/DEC TIME
7 ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE ACCEL./DECEL. PROHIBIT/RELEASE
8 DB COMMAND DB COMMAND DB COMMAND DB COMMAND DB COMMAND
9 INTEGRATION RESET(ASR) INTEGRATION RESET(ASR) INTEGRATION RESET(ACR)
A INTEGRATION HOLD(ASR) INTEGRATION HOLD(ASR) INTEGRATION HOLD(ACR)
B SOFT START CANCEL SOFT START CANCEL SOFT START CANCEL SOFT START CANCEL SOFT START CANCEL
C TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT) TRACE RESET(AFTER FAULT)
D ENERGY SAVING CONTROL ON/OFF ENERGY SAVING CONTROL ON/OFF SERVO ON SYNCHRONOUS CONTROL ON/OFF
E EMPTY EMPTY EMPTY TORQUE/SPEED CONTROL SELECTION NOT USED
F MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) NOT USED
CONTROL COMMANDS (VS-676H5 TO MASTER CONTROLLER)
BIT V/F CONTROL V/F WITH PG FEEDBACK OPEN LOOP VECTOR FLUX VECTOR EMS CONTROL
NO.
0 RUN/STOP RUN/STOP RUN/STOP RUN/STOP RUN/STOP
1 ZERO SPEED ZERO SPEED ZERO SPEED ZERO SPEED
2 REVERSE RUN REVERSE RUN REVERSE RUN REVERSE RUN
3 RESET SIGNAL INPUT RESET SIGNAL INPUT RESET SIGNAL INPUT RESET SIGNAL INPUT RESET SIGNAL INPUT
4 SPEED AGREE SPEED AGREE SPEED AGREE SPEED AGREE SPEED AGREE
5 INVERTER READY/NOT READY INVERTER READY/NOT READY INVERTER READY/NOT READY INVERTER READY/NOT READY INVERTER READY/NOT READY
6 MINOR FAULT MINOR FAULT MINOR FAULT MINOR FAULT MINOR FAULT
7 MAJOR FAULT MAJOR FAULT MAJOR FAULT MAJOR FAULT MAJOR FAULT
8 COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA) COMMAND ERROR(CONTROL DATA)
9 RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS RECOVERY FROM POWER LOSS
MOMENTARY POWER LOSS MOMENTARY POWER LOSS MOMENTARY POWER LOSS MOMENTARY POWER LOSS MOMENTARY POWER LOSS
A REMOTE/LOCAL REMOTE/LOCAL REMOTE/LOCAL REMOTE/LOCAL REMOTE/LOCAL
B REGENERATION/CURRENT REGENERATION/CURRENT REGENERATION/CURRENT REGENERATION/CURRENT REGENERATION/CURRENT
C CURRENT(TORQUE)LIMIT CURRENT(TORQUE)LIMIT CURRENT(TORQUE)LIMIT CURRENT(TORQUE)LIMIT
D SPEED LIMIT(ASR LIMIT) SPEED LIMIT(ASR LIMIT) SYNCHRONOUS CONTROL ON/OFF
E MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1) MOTOR SELECTION(NO.2/NO.1)
F ZERO SERVO COMPLETE
FAULT AND ALARM SIGNALS (VS-676H5 TO MASTER CONTROLLER)
BIT SIGNAL 1
NO. V/F,VECTOR EMS
0 OVER CURRENT (OC) OVER CURRENT (OC)
1 GROUND FAULT (GF) GROUND FAULT (GF)
2 OVER VOLTAGE (OV) OVER VOLTAGE (OV)
3 MAIN CIRCUIT LOW VOLTAGE (UV1) MAIN CIRCUIT LOW VOLTAGE (UV1)
4 CONTROL POWER SUPPLY LOW VOLTAGE (UV2) CONTROL POWER SUPPLY LOW VOLTAGE (UV2)
5 INRUSH CURRENT RESISTOR SHORT MC FAULT (UV3) INRUSH CURRENT RESISTOR SHORT MC FAULT (UV3)
6 FUSE BLOWN (FU) FUSE BLOWN (FU)
7
8 INVER TER OVERHEAT ALARM (OH) INVER TER OVERHEAT ALARM (OH)
9 INVERTER OVERHEAT (OH1) INVERTER OVERHEAT (OH1)
A INVERTER OVERLOAD (OL2) INVERTER OVERLOAD (OL2)
B OVER TORQUE 1 (OL3)
C OVER TORQUE 2 (OL4)
D MOTOR OVERLOAD (OL1)
E MOTOR OVERHEAT (OH3)
F THERMISTOR OPEN CIRCUIT (THM)
SIGNAL 2
0 BRAKING TRANSISTOR FAULT (RR)
1 BRAKING RESISTOR OVERHEAT (RH)
2 EXTERNAL FAULT (EF1 OR EF8) EXTERNAL FAULT (EF1 OR EF8)
3 OVER SPEED (OS)
4 SPEED DEVIATION (DEV) SPEED DEVIATION (DEV)
5 PG OPEN CIRCUIT (PGO)
6 EXCESSIVE RIPPLE IN DC BUS BAR VOLTAGE (PF) EXCESSIVE RIPPLE IN DC BUS BAR VOLTAGE (PF)
7 OUTPUT OPEN-PHASE (LF) OUTPUT OPEN-PHASE (LF)
8 LOAD SHORT CIRCUIT (SC) LOAD SHORT CIRCUIT (SC)
9
A DIGITAL OPERATOR FAULT (OPR) DIGITAL OPERATOR FAULT (OPR)
B CP-216 TRANSMISSION ERROR (CE) CP-216 TRANSMISSION ERROR (CE)
C HARDWARE FAULT (CPF) HARDWARE FAULT (CPF)
D SYNCHRONOUS CONTROL ERROR
E
F
05-12-17 09:03
1. CP-213 通信
项 目 内 容
通信对象 用于CP-316、CP-316H、CP-317 PLC与VS-676、VS-616系列变频器,YASKAWA2000 SERIES I/O 模块等通信.
通信形态 ELECTRIC BUS
通信距离 300M
通信速度 1Mbps
通信控制方式 HDLC
通信MODE Control transmission,broadcast transmission,message transmission
通信地址范围 输入寄存器:IW1100~IW12FF,输出寄存器:OW1100~OW12FF.共512字节.
连接台数 32台
2.CP-215 通信
项 目 内 容
通信对象 用于CP-316、CP-316H、CP-317 PLC与VS-676H5系列变频器,CP-816 RIO-05, YASKAWA 2000 SERIES I/O 模块等通信.
通信形态 ELECTRIC BUS
通信距离 4Mbps:170m,2Mbps:270M,1Mbps:420M
通信速度 1/2/4Mbps(软件切换)
通信控制方式 Token passing method
通信MODE Link transmission,message transmission
通信地址范围 输入寄存器:IW1100~IW18FF,输出寄存器:OW1100~OW18FF.共2048字节.
连接台数 30台(标准),扩展后可达64台
3.CP-216 通信
项 目 内 容
通信对象 用于CP-316、CP-316H、CP-317 PLC与安川变频器,CP-816 RIO-01.
通信形态 ELECTRIC BUS
通信距离 4Mbps:300M
通信速度 4Mbps
通信控制方式 Cyclic method
通信MODE Control transmission,message transmission
连接台数 8台(标准),扩展后可达15台
以上电器通信方式通过CP-215 REPEATER-TT、TC、TP、TS2、TS5中继模块可实现
850M~5KM的石英光缆通信.
项 目 内 容
通信对象 用于CP-316、CP-316H、CP-317 PLC与VS-676、VS-616系列变频器,YASKAWA2000 SERIES I/O 模块等通信.
通信形态 ELECTRIC BUS
通信距离 300M
通信速度 1Mbps
通信控制方式 HDLC
通信MODE Control transmission,broadcast transmission,message transmission
通信地址范围 输入寄存器:IW1100~IW12FF,输出寄存器:OW1100~OW12FF.共512字节.
连接台数 32台
2.CP-215 通信
项 目 内 容
通信对象 用于CP-316、CP-316H、CP-317 PLC与VS-676H5系列变频器,CP-816 RIO-05, YASKAWA 2000 SERIES I/O 模块等通信.
通信形态 ELECTRIC BUS
通信距离 4Mbps:170m,2Mbps:270M,1Mbps:420M
通信速度 1/2/4Mbps(软件切换)
通信控制方式 Token passing method
通信MODE Link transmission,message transmission
通信地址范围 输入寄存器:IW1100~IW18FF,输出寄存器:OW1100~OW18FF.共2048字节.
连接台数 30台(标准),扩展后可达64台
3.CP-216 通信
项 目 内 容
通信对象 用于CP-316、CP-316H、CP-317 PLC与安川变频器,CP-816 RIO-01.
通信形态 ELECTRIC BUS
通信距离 4Mbps:300M
通信速度 4Mbps
通信控制方式 Cyclic method
通信MODE Control transmission,message transmission
连接台数 8台(标准),扩展后可达15台
以上电器通信方式通过CP-215 REPEATER-TT、TC、TP、TS2、TS5中继模块可实现
850M~5KM的石英光缆通信.
05-12-17 09:10
