EACON EC670 Quick Manual Download Page 9

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  F u n c t i o n C o d e T a b l e

EC670

 

EC670

 

  F u n c t i o n C o d e T a b l e

A2

-

02

S3 terminal 

function

6: Coast to stop     7: Emergency stop
8: Fault reset (RESET)
9: Normally open (NO) input of external 
fault
10:Terminal UP      11:Terminal DOWN
12:UP and DOWN setting clear (terminal, 
operation panel)
13:Speed control/Torque control switchover
14:Torque control prohibited
15:Speed search start enable
16:Multi-reference terminal 1
17:Multi-reference terminal 2
18:Multi-reference terminal 3
19:Multi-reference terminal 4
20:Terminal 1 for acceleration/decele-
ration time selection
21:Terminal 2 for acceleration/decele-
ration time selection
22:Acceleration/Deceleration prohibited
23:PID ctrl diaable   
24:PID pause      25:PID integral pause
26:Reverse PID action direction
27:PID parameter switchover
28:PID target value switchover terminal1
29:PID target value switchover terminal2
30:PID target value switchover terminal3
31:PID feedback value switchover terminal1
32:PID feedback value switchover terminal2
33:PID feedback value switchover terminal3
34:PLC pause      35:PLC status reset
36:Swing enable   37:Swing pause
38:Swing reset
39:Frequency source switchover terminal1
40:Frequency source switchover terminal2
41:Frequency source switchover terminal3
42:Frequency source switchover terminal4
43:Command source switchover terminal 1
44:Command source switchover terminal 2
45:Counter input 
47:Length count input
48:Length reset 
49:Immediate DC braking
50:terminal pre flux
51: User-defined fault1
52: User-defined fault2
53:UPS mode active

2

1202H

A2

-

08

Characteristic 

selection of 

terminals S1-4

0000

1111

LED-Bits0: S1 terminal 
0: effective closing 1: effective opening
LED-Bits1: S2 terminal 
0: effective closing 1: effective opening
LED-Bits2: S3 terminal 
0: effective closing 1: effective opening
LED-Bits3: S4 terminal 
0: effective closing 1: effective opening

0000

1208H

A2

-

03

S4 terminal 

function

16

1203H

A2

-

04

S5 terminal 

function

17

1204H

A2

-

05

S6 terminal 

function

18

1205H

A2

-

06

S7 terminal 

function

19

1206H

A2

-

07

S8 terminal 

function

53

1207H

A2

-

09

S1-S4 terminal 
filtering time

0.00

60.00s

This parameter is defined as the size of 
filtering the input signal to eliminate the 
interference signal. The longer the fil-
tering time is, the stronger the anti-
interference ability is, but the slower the 
response speed is; the shorter the filtering 
time is, the weaker the anti-interference 
ability is, but the faster the response 
speed is. 

0.10s

1209H

0000

A2

-

10

120AH

0000

1111

LED-Bits0: S5 terminal 
0: effective closing 1: effective opening
LED-Bits1: S6 terminal 
0: effective closing 1: effective opening
LED-Bits2: S7 terminal 
0: effective closing 1: effective opening
LED-Bits3: S8 terminal 
0: effective closing 1: effective openin

Characteristic 

selection of 

terminals S5-8

0.10s

A2

-

11

120BH

S5-S8 terminal 
filtering time

0

.

00

60.00s

Same as P4-08

3

A2

-

12

120CH

Terminal 

control 

operation mode

0

3

0: the terminal with two-wire system 1 
terminal set as 1 is in forward running,
terminal set as 2 is in reverse running,
1:the terminal with two-wire system 2
terminal set as 1 is in starts running, 
terminal set as 2 is switch forward and 
reverse 
2:the terminal with three-wire system 1
terminal set as 1 is in forward running,
terminal set as 2 is in reverse running,
terminal set as 3 is stop running,
3: the terminal with three-wire system 2
terminal set to 1 starts running,
terminal set as 2 is switch forward and 
reverse,
terminal set as 3 is stop running,

37

A2

-

13

120DH

Y1 terminal 

function

0

39

0 :No output                           
1 :AC drive Forward running                       
2 :AC drive Reverse running                     
3 :Fault output1(no output at auto reset 
period )    
4 :Fault output2(output at auto reset 
period )      
5 :Ready for RUN                 
6 :Frequency reached                         
7 :Frequency-level detection FDT1 output                 
8 :Frequency-level detection FDT2 output                   
9 :Frequency upper limit reached                     
10:Frequency lower limit reached                     
11:Current 1 reached                      
12:Current 2 reached                        
13:Zero current state                      
  

Summary of Contents for EC670

Page 1: ...sional AC Drive Manufacturer EC670 AC Drive for elevator Professional AC Drive Manufacturer ZHEJIANG EACN ELECTRONIC TECHNOLOGY CO LTD Address No 1 Jinhe Road Qinshan Street Haiyan County Jiaxing City...

Page 2: ...le 7 1 A0 Basic parameter group 7 2 A1 Start stop and frequency parameter group 7 3 A2 Terminal IO parameter group 7 4 A3 Communication parameter group 7 5 A4 UPS parameter group 7 6 A5 Motor paramete...

Page 3: ...pply is cut off but the indicator light of the mani pulator of AC drive is still on there is still high voltage in the AC drive which is very dangerous please do not touch the interior circuit and com...

Page 4: ...nce 22k 1 Input range DC 0V 10V 4mA 20mA decided by selection of P5 00 2 Impedance 22k voltage input 500 current input 1 Optocoupler coupling isolation compatible with dual polarity input 2 Impedance...

Page 5: ...he startup operation is performed on the rotating motor 7 A sudden load is added during acceleration 8 The AC drive model is of too small power class 1 The output circuit is grounded or short circuite...

Page 6: ...bnormal 2 The drive board is faulty 3 The lightening board is faulty 4 The main control board is faulty 1 Eliminate external faults 2 Seek technical support 3 Seek technical support 4 Seek technical s...

Page 7: ...ning 3 Set P9 40 and P9 41 correctly based on the actual situation 7 Function Code Table Function Code Table EC670 Faults and solutions EC670 9 10 A0 Basic parameter group Address Function Code Settin...

Page 8: ...S2 terminal function 1201H 3 0 56 0 No function 1 Forward RUN FWD 2 Reverse RUN REV 3 Three line control 4 Forward JOG FJOG 5 Reverse JOG RJOG A1 Start stop and frequency parameter group Setting Rang...

Page 9: ...00 1208H A2 03 S4 terminal function 16 1203H A2 04 S5 terminal function 17 1204H A2 05 S6 terminal function 18 1205H A2 06 S7 terminal function 19 1206H A2 07 S8 terminal function 53 1207H A2 09 S1 S4...

Page 10: ...s run freq lmt Ups direction check frequency delay 1 0 10 0 During the acceleration process of UPS mode startup the maximum value of forward torque is detected If the value is exceeded the direction o...

Page 11: ...5 12 Encoder type 150CH 0000 A5 13 Encoder pulses per revolution 150DH 1024 0 60000 A5 21 Vector control slip gain 30 200 For the speed sensorless vector control this parameter is used to adjust the s...

Page 12: ...adjustment proportional gain 2000 151AH A5 27 Excitation adjustment integral gain 1300 151BH A5 28 Torque adjustment proportional gain 2000 151CH A5 29 Torque adjustment integral gain 1300 151DH 0000...

Page 13: ...V_DEC_SPEED 7 ERROR_OV_CONST_SPEED 8 ERROR_BUFFER_RES 9 ERROR_UV 10 ERROR_OL_INVERTER 11 ERROR_OL_MOTOR A8 04 1804H Only read 1st fault type 21 22 Function Code Table EC670 EC670 Function Code Table A...

Page 14: ...is function is used to give a warning signal to the control system through y before the motor overload fault protection The early warning coefficient is used to determine the degree of early warning b...

Page 15: ...bit0 power on time arrival err29 action selection Same place Led bit0 load loss err30 action selec tion 0 emergency stop fault alarm 1 emergency stop fault alarm 2 directly jump to 7 of the rated fre...

Page 16: ...y read Ao1 output value PU 35 2123H Only read Ao2 output value PU 36 2124H Only read HDO output value PU 37 2125H Only read Reserved PU 38 2126H Only read Module temperature PU 39 2127H Only read Outp...

Page 17: ...e output Y3 Y4 YC Shielded twisted pair Close to AC drive ground terminal Coil Coil PLC Shielded twisted pair Close to AC drive ground terminal AC200V ACOV Coil Shielded twisted pair Close to AC drive...

Page 18: ...maximum input frequency of 50KHz 4 Port Y4 is restricted by function parameter P5 32 which can be used as high speed pulse input channel with maximum input frequency of 50KHz 1 2 Standard wiring diagr...

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