background image

Display speed 

factor

P7

-

04

P7

-

05

P7

-

06

P7

-

07

P7

-

08

Copy of function 

parameters

First line 

run display

First line 

stop display

Second line 
run display

0704H

0705H

0706H

0707H

0708H

0: Read data into keyboard 
1: Proofread data 
2: Write keyboard data to AC drive

0.000 50.000

BIT0: The first group displays
BIT1: The second group displays
BIT2: The third group displays
BIT3: The fourth group displays
0: Given frequency

   

1: Output frequency

2: Output current

    

3: Output voltage

4: Output voltage

    

5: Mechanical speed

6: Bus voltage

       

7: Output power

8: Model temperature

 

9: Actual frequency

A: Target torque

    

 B: Output torque

C: Output excitation D: Power factor
E: PID setting       F: PID feedback

1.000

3210

3210

3210

-

0709H

P7

-

09

Second line 

stop display

3210

070AH

0

7

P7

-

10

Multi-function 
expansion card 

selection

-

070CH

070DH

070EH

070FH

0710H

0 65535

0.0 24.0

0 65535

0.0 24.0

0

655.35 million kWh

P7

-

12

P7

-

13

P7

-

14

P7

-

15

P7

-

16

Accumulated 

power-on days

Accumulated 

power-on hours

 Accumulated 

 running days

 Accumulated 

 running hours

 Accumulative power 

consumption 
(10000 kWh)

Read-only

Read-only

Read-only

Read-only

Read-only

070BH

Led BIT0: LCD keyboard display language
Set LCD keyboard display language, only 
valid when using LCD keyboard.
0: Chinese
1: English
BIT1: Output frequency display selection
0: Target frequency displays the target 
frequency of the current control motor.
1: Synchronous frequency displays the 
output frequency after converting operation.
BIT2: Mechanical speed display selection
0: Target speed displays the target speed 
of the current control motor.
1: Actual speed displays the motor speed 
actually detected by the AC drive.
BIT3: Reserved 

P7

-

11

operation 

panel display 

item selection

0

0711H

0

9999kWh

P7

-

17

 Accumulative 

power 

consumption 

Read-only

BIT0: 0: Stop          1: Run 
BIT1: 0: Forward RUN   1: Reverse RUN
BIT2: Reserved      BIT3: Reserved

  

AC drive status 

before power off 

P7

-

18

0712H

Read-only

P8

 

Auxiliary Functions

Function 

Code

Parameter Name

Setting Range

Default

 

Address

0.00Hz

Maximum frequency

5.00Hz

5.00Hz

10.0s

Forward JOG 

running 

frequency(FJOG)

Reverse JOG 

running 

frequency(RJOG)

JOG acceleration 

time

P8

-

00

P8

-

01

P8

-

02

0800H

0801H

0802H

0.00Hz

Maximum frequency

10.0s

JOG deceleration 

time

P8

-

03

0803H

10.0s

Acceleration 

time 2

P8

-

04

0804H

10.0s

Deceleration

time 2

P8

-

05

0805H

10.0s

Acceleration 

time 3

P8

-

06

0806H

10.0s

P8

-

07

0807H

0.1

6500.0s

10.0s

Acceleration 

time 4

P8

-

08

0808H

10.0s

Deceleration

time 4

P8

-

09

0809H

10.0s

Emergency stop 

deceleration 

time

P8

-

10

080AH

Deceleration

time 3

0.0

360.00s

This function is defined as the transition time 
for the AC drive to wait at 0Hz in the process 
of turning from positive to reverse or from 
reverse to forward. The dead time of positive 
and reverse rotation is mainly set for the 
equipment with large inertia load and mechanical 
dead time when changing the steering.

0.0s

Forward/Reverse 

rotation dead-zone 

time

P8

-

11

080BH

Jump frequency 1

P8

-

12

0.00Hz

080CH

Jump frequency 2

P8

-

13

0.00Hz

080DH

0.00Hz

Maximum frequency

When the frequency converter operates with 
load, in order to make the output frequency of 
the AC drive avoid the resonance frequency point 
of the mechanical load, the jump frequency can 
be used to avoid the resonance point. The AC 
drivecan set one jumping point to perform 
jumping. After setting the jumping frequency 
parameter, even if the given frequency of the 
AC drive is within the resonance frequency 
point of the mechanical load, the output 
frequency of the AC drive will be automatically 
adjusted outside the resonance frequency point 
of the mechanical load to avoid running on the 
resonance point. 

Jump frequency 

amplitude

P8

-

14

0.00Hz

080EH

2 5

 -

26

 -

  F u n c t i o n C o d e T a b l e

EC620

 

EC620

 

  F u n c t i o n C o d e T a b l e

Summary of Contents for EC620

Page 1: ...Drive Manufacturer EC620 Solar Pump AC Drive Electronic instruction Professional AC Drive Manufacturer ZHEJIANG EACN ELECTRONIC TECHNOLOGY CO LTD Address No 1 Jinhe Road Qinshan Street Haiyan County J...

Page 2: ...arameters 7 5 P4 Input Terminals Function 7 6 P5 Analog Terminal Parameters 7 7 P6 Start Stop Control Parameters 7 8 P7 System Configuration Parameters 7 9 P8 Auxiliary Functions 7 10 P9 Fault and Pro...

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: ...ignal PLC needs to be connected to external power supply and be disconnected from 24V power supply terminal 1 Input voltage range DC 0V 10V 2 Impedance 22k 1 Input range DC 0V 10V 4mA 20mA decided by...

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: ...power input is abnormal 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...

Page 7: ...erform the motor autotuning 3 Set P9 40 and P9 41 correctly based on the actual situation 7 Function Code Table Function Code Table EC620 Faults and solutions EC620 P0 Standard Parameter group 0000H A...

Page 8: ...Restore default setting 0017H 3 6 Undefined 7 Initialization setting User data reset 10 Back up current user parameters 210 Restore user backup parameters 0 210 P1 Motor parameters Setting Range Func...

Page 9: ...eleration process of AC drive the overexcitation control can restrain the rise of bus voltage and avoid over voltage fault The larger the overexcitation gain the stronger the suppression effect 64 020...

Page 10: ...the gain is the more obvious the suppression of the oscillation is When using the vibration suppression function the motor rated current and no load current parameters shall be accurate otherwise the...

Page 11: ...rence 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 Filter time of terminal S1 S4 0...

Page 12: ...put signal selection AI1 input voltage minimum value BIT2 AI3 signal selection 0 0 10V 1 0 20 00ma BIT3 S8 enable HDI function 0 General switch function 1 HDI high speed pulse input function 0 00 10 0...

Page 13: ...0 200 0 Used to adjust the value of analog output of AO1 terminal 10 0 10 0 Used to adjust the zero point of the AO1 terminal output signal 100 0 0 0 P5 35 P5 36 P5 37 0523H 0524H 0525H 100 0 0 0 0 20...

Page 14: ...vibration when the machine starts stops After setting the S word characteristic time the accelera tion and deceleration time will only extend 1 2 of the S word characteristic time at the beginning and...

Page 15: ...nly BIT0 0 Stop 1 Run BIT1 0 Forward RUN 1 Reverse RUN BIT2 Reserved BIT3 Reserved AC drive status before power off P7 18 0712H Read only P8 Auxiliary Functions Function Code Parameter Name Setting Ra...

Page 16: ...of the AC drive The start up of the timer is completed by the external timer trigger terminal of the timer The timing starts from the reception to the external trigger signal After the timing time arr...

Page 17: ...HASE_INPUT 13 ERROR_LOSE_PHASE_OUTPUT 14 ERROR_OH_MODULE 15 ERROR_EXTERNAL EQUIPMENT 16 ERROR_COMMUNICATE 17 ERROR_CONTACTOR 18 ERROR_CURRENT_DETECTION 19 ERROR_AUTO TUNING 20 ERROR_ENCODER 21 ERROR_E...

Page 18: ...at instantaneous rise action 0 50s 0924H returns to normal the AC drive will acce lerate to the set frequency The basis for judging whether the bus voltage returns to normal is that the bus voltage is...

Page 19: ...the specification of no hardware detec tion input phase failure the input phase failure is detected by the change amplitude of bus voltage When the change amplitude of bus voltage is greater than P9...

Page 20: ...tial output PA 13 PID differential limit 0 10 0A0DH 0 00 650 00s PID given change time refers to the time required for PID given value to change from 0 0 to 100 0 PA 14 PID setting change time 0 00s 0...

Page 21: ...tion proportion setting Communication response delay 3 N 8 2 No check data format 8 stop bit 2 4 E 8 2 Even parity check data format 8 stop BIT 2 5 0 8 2 Odd Parity check data format 8 stop BIT 2 0 00...

Page 22: ...Multi frequency 9 0D09H PD 09 Multi frequency 10 0D0AH PD 10 Multi frequency 11 0D0BH 0 0 PD 11 Multi frequency 12 0D0CH 0 0 PD 12 Multi frequency 13 0D0DH 0 0 PD 13 Multi frequency 14 0D0EH 0 0 PD 14...

Page 23: ...ence 8 0D27H 0000 PD 39 Running direction and acceleration deceleration time of PLC reference 9 0D28H 0000 PD 40 Running direction and acceleration deceleration time of PLC reference 10 0D29H 0000 PD...

Page 24: ...12 100 00 2 00 100DH A0 13 Reserved 1009H A0 09 Minimum Error KP1 It determines the regulation intensity of the whole PID regulator The greater the P value is the greater the regulation intensity is...

Page 25: ...will be cleared and restored to the operation state 75 0 101AH A0 26 Full water level detection delay code is still valid when the switch value is full of water 5s 101BH A0 27 Wake up delay at full w...

Page 26: ...ers read only U Setting Range U Monitoring Parameters Function Code Parameter Name Default Address U 00 2110H Set frequency 1E00H AE 00 Timing time 1 AE Scheduled operation Parameters The three sets o...

Page 27: ...put Shielded twisted pair Close to AC drive ground terminal Coil Coil Shielded twisted pair Close to AC drive ground terminal Coil Shielded twisted pair Close to AC drive ground terminal Coil High spe...

Page 28: ...bias voltage and the factory value 24V port and PLC port are short circuited 3 Port S8 is restricted by function parameter P5 00 which can be used as high speed pulse input channel with maximum input...

Page 29: ...ication Number Distributor Contacts Date of delivery Address No 1 Jinhe Road Qinshan Street Haiyan County Jiaxing City Zhejiang Province Website www eacon cn E mail overseas eacon cc Warranty Service...

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