TECO E710 Inverter User Manual - 电子书在线预览、各类电子书在线制作-云展网平台

Group 12: Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

12-04

Modes of Line

Speed Display

(LED)

0: Display

Inverter Output

Frequency

0 *6

1: Display Line

Speed with

integer (xxxxx)

2: Display Line

Speed with the

First Decimal

Place (xxxx.x)

3: Display Line

Speed with the

Second

Decimal Place

(xxx.xx)

4: Display Line

Speed with the

Third Decimal

Place (xx.xxx)

12-05

Status Display

of Digital Input

& Output

Terminal (LED /

LCD)

LED display is

shown as

below

no input

corresponden

ces to input

and output

S1 S2 S3 S4S5 S6S7

RY1 DO1 DO2 PLC

LCD display is

shown as

below

0 0 0 0 0 0 0 0

Input Terminal(S7)

Input Terminal(S6)

Input Terminal(S5)

Input Terminal(S4)

Input Terminal(S3)

Input Terminal(S2)

Input Terminal(S1)

0：OPEN

1：CLOSE 0 0 0

Output Terminal(DO2) Output Terminal(DO1) Output Terminal(RY1)

Output Terminal(PLC)

12-06

12-10

Reserved

12-11 Output Current

of Current Fault

Display the

output current

of current fault

12-12 Output Voltage

of Current Fault

Display the

output voltage

of current fault

Group 12: Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

12-13

Output

Frequency of

Current Fault

Display the

output

frequency of

current fault

12-14 DC Voltage of

Current Fault

Display the DC

voltage of

current fault

12-15

Frequency

Command of

Current Fault

Display the

frequency

command of

current fault

12-16 Frequency

Command

If LED enters

this parameter,

it only allows

monitoring

frequency

command.

12-17 Output

Frequency

Display the

current output

frequency

12-18 Output Current

Display the

current output

current

12-19 Output Voltage

Display the

current output

voltage

12-20 DC Voltage

(Vdc)

Display the

current DC

voltage

12-21 Output Power

(kw)

Display the

current output

power

12-22

Motor’s

Rotation Speed

(rpm)

Display motor’s

current rotation

speed

in VF/SLV

mode

Motor’s rotation

speed =

output

frequency

x(120/motor’s

pole number)

In PG/SV

mode, motor’s

rotation speed

is calculated by

feedback

frequency.

Max limit is

65535

12-23 Output Power

Factor (Pfo)

Display the

current output

power factor

12-24 Control Mode

Display control

mode

0: VF

1: PG

2: SLV

Group 12: Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

3: SV

4: PSV

5: PMSLV

6: SLV2

12-25 AI1 Input

Display the

current Al1 input

(-10V

corresponds to -

100%, 10V

corresponds to

100%)

12-26 AI2 Input

Display the

current Al2 input

(0V or 4mA

corresponds to

0%, 10V or

20mA

corresponds to

100%)

12-27 Motor Torque

Display the

current torque

command

(100%

corresponds to

motor torque )

12-28 Motor Torque

Current (Iq)

Display the

current q-axis

current

12-29

Motor

Excitation

Current (Id)

Display the

current d-axis

current

12-30 ASR Deviation

Display deviation

of speed

controller (speed

command -

speed feedback)

(100%

corresponds to

the maximum

frequency set by

01-02 )

12-31 Reserved

12-32 ASR Output

Display output

value of speed

controller

(100%

corresponds to

the maximum

frequency set

by 01-02)

12-33 PG Feedback

Display

feedback’s

speed value of

speed

controller

(100%

corresponds to

the maximum

frequency set

by 01-02)

12-34 PG Pulse

Number

Display PG

pulse number - Note4

Group 12: Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

of speed

controller

12-35 Zero-servo

Pulse Number

When display SV

position mode,

the position error

pulse number of

the zero speed

servo (the pulse

number of a

circle is four

times of set

values of 20-27)

12-36 PID Input

Display input

error of the PID

controller (PID

target value - PID

feedback)

(100%

corresponds to

the maximum

frequency set by

01-02 or 01-16)

12-37 PID Output

Display output of

the PID controller

(100%

corresponds to

the maximum

frequency set by

01-02 or 01-16)

12-38 PID Setting

Display the target

value of the PID

controller

(100%

corresponds to

the maximum

frequency set by

01-02 or 01-16)

12-39 PID Feedback

Display the

feedback value

of the PID

controller

(100%

corresponds to

the maximum

frequency set by

01-02 or 01-16)

12-40 Reserved

12-41 Heatsink

Temperature*

Display the

heatsink

temperature of

IGBT

temperature**

12-42 RS-485 Error

Code

0 0 0 0 0 0 0 0

1: CRC Error

1: Data length Error

1: Data Function Error

1: Parity Error

1: Overrun Error

1: Framing Error

1: Time out Error

Reserved

12-43 Inverter Status

0 0 0 0 0 0 0 0

1: Inverter ready

1: D uring running

1: D uring zero speed

1: D uring speed agree

1: D uring fault detection (m inor fault)

1: D uring fault detection (m ajor fault)

R eserved

12-44 Pulse Input

Frequency

Display the

frequency -

Group 12: Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

value of pulse

input

12-45 Recent Fault

Message

Display current

fault message -

12-46 Previous Fault

Message

Display

previous fault

message

12-47

Previous Two

Fault

Messages

Display

previous two

fault messages

12-48

Previous Three

Fault

Messages

Display

previous three

fault messages

12-49

Previous Four

Fault

Messages

Display

previous four

fault messages

12-50 DIO Status of

Current Fault

Display the

DI/DO status of

current fault

Description is

similar to 12-05

12-51

Inverter Status

of Current Fault

Display the

inverter status

of current fault

Description is

similar to 12-43

12-52

Trip Time 1 of

Current Fault

Display the

operation time

of current fault,

12-53 is the

days, while 12-

52 is the

remaining

hours.

12-53 Trip Time 2 of

Current Fault -

12-54

Frequency

Command of

Previous Fault

Display

frequency

command of

previous fault

12-55

Output

Frequency of

Previous Fault

Display output

frequency of

previous fault

12-56

Output Current

of Previous

Fault

Display output

current of

previous fault

12-57

Output Voltage

of Previous

Fault

Display output

voltage of

previous fault

12-58 DC Voltage of

Previous Fault

Display DC

voltage of

previous fault

12-59 DIO Status of

Previous Fault

Display DI/DO

status of

previous fault

Description is

similar to 12-05

12-60

Inverter Status

of Previous

Fault

Display inverter

status of

previous fault

Group 12: Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

Description is

similar to 12-43

12-61 Trip Time 1 of

Last Fault

Display the

operation time

of last time’s

fault, 12-62 is

the days, while

12-61 is the

remaining

hours.

12-62 Trip Time 2 of

Last Fault -

12-63

Recent

Warning

Messages

Display the

recent warning

messages

12-64

Warning

Message

Display the

warning

message

12-65 Motor Start

Angle 0~360 -

12-66 Encoder Angle 0~360 -

12-67 Cumulative

Energy (KWHr) 0.0 ~ 999.9

12-68 Cumulative

Energy (MWHr) 0 ~ 60000

12-69

12-71

Reserved

12-72 RTC Date 12.01.01 ~

99.12.31 - Note8

12-73 RTC Time 00:00 ~ 23:59 00:00 Note8

12-76 No-Load

Voltage Output 0.0~600.0 -

12-77 Reserved

12-78 Z-Phase Bias

Value -9999~9999 -

12-79 Pulse Input

Percentage 0.0~100.0 -

12-80 AI1 Frequency

Command 0.0~599.0 0 Note2

12-81 Reserved

12-82 Motor Load 0~200.0 - Note4

12-85 Reserved

12-86

Error code of

Recent

Warning

0~65534 -

12-87

Capacitor

Lifetime

Percentage

0.0~200.0 0

*: Refer to the attachment 1 in our instruction

manual.

** A510s 200V 50HP (and the above) and 400V

100HP (and the above) don’t support heatsink

temperature display function.

Group 13: Maintenance Parameters

Code Parameter

Name Setting Range Default Attrib

ute

13-00

Inverter

Capacity

Selection

---- - *4

13-01 Software

Version 0.00-9.99 - *4

13-02

Clear

Cumulative

Operation

Hours

0: Disable to

Clear

Cumulative

Operation

Hours 0 *1

1: Clear

Cumulative

Operation

Hours

13-03

Cumulative

Operation

Hours 1

0~23 - *4

13-04

Cumulative

Operation

Hours 2

0~65534

(Note4) - *4

13-05

Selection of

Cumulative

Operation Time

0: Cumulative

time in power

on 0 *1 1: Cumulative

time in

operation

13-06 Parameters

Locked

0: Parameters

are read-only

except 13-06

and main

frequency

1 : User 2 *1

defined

parameters

2: All

Parameters

are Writable

13-07

Parameter

Password

Function

00000~65534 00000 Note2

13-08 Restore

Factory Setting

0: No

initialization

2: 2 wire

initialization

(60Hz)(220/440V

/690V)

3: 3 wire

initialization

(60Hz)(220/440V

/690V)

4: 2 wire initialization

(50Hz)(230/415V)

5: 3 wire initialization

(50Hz)(230/415V)

6: 2 wire

initialization

(50Hz)(200/380V

/575V)

7: 3 wire

initialization

Group 13: Maintenance Parameters

Code Parameter

Name Setting Range Default Attrib

ute

(50HZ)(200/380V

/575V)

8: PLC

initialization

9: 2 wire Initialization

(60Hz)(230/460V)

10: 3 wire

Initialization

(60Hz)(230/460V)

11: 2 wire

Initialization

(60Hz)(230/400V)

12: 3 wire

Initialization

(60Hz)(230/400V)

13: 2 wire

Initialization

(50Hz)(230/400V)

14: 3 wire

Initialization

(50Hz)(230/400V)

15: 2 wire

Initialization

(50Hz)(220/380V

) (Note4)

16: 3 wire

Initialization

(50Hz)(220/380V

) (Note4)

13-09

Fault History

Clearance

Function

0: No Clearing

Fault History 0 *1 1: Clear Fault

History

13-10 Reserved

13-11 Reserved

13-12 PG Card Id 0~255 0 *5

13-13 PG Card Ver. 0.00~9.99 - *5

13-14 Fault Storage

Selections

0: Fault

Messages of

Auto Restart

are not saved. 0

1: Fault

Messages of

Auto Restart

are saved.

13-15

13-20

Reserved

13-21 Last time Fault

History

Exhibit Last

time Fault

History

- Note1

13-22 Previous two

Fault History

Exhibit

Previous two

Fault History

- Note1

13-23 Previous three

Fault History

Exhibit

Previous three

Fault History

- Note1

13-24 Previous four

Fault History

Exhibit

Previous four

Fault History

- Note1

Group 13: Maintenance Parameters

Code Parameter

Name Setting Range Default Attrib

ute

13-25 Previous five

Fault History

Exhibit

Previous five

Fault History

- Note1

13-26 Previous six

Fault History

Exhibit

Previous six

Fault History

- Note1

13-27 Previous seven

Fault History

Exhibit

Previous seven

Fault History

- Note1

13-28 Previous eight

Fault History

Exhibit

Previous eight

Fault History

- Note1

13-29 Previous night

Fault History

Exhibit

Previous night

Fault History

- Note1

13-30 Previous ten

Fault History

Exhibit

Previous ten

Fault History

- Note1

13-31

eleven Fault

History

Exhibit

eleven Fault

History

- Note1

13-32 Previous twelve

Fault History

Exhibit

twelve Fault

History

- Note1

13-33

thirteen Fault

History

Exhibit

thirteen Fault

History

- Note1

13-34

fourteen Fault

History

Exhibit

fourteen Fault

History

- Note1

13-35 Previous fifteen

Fault History

Exhibit

Previous fifteen

Fault History

- Note1

13-36

sixteen Fault

History

Exhibit

sixteen Fault

History

- Note1

13-37

seventeen

Fault History

Exhibit

seventeen

Fault History

- Note1

13-38

eighteen Fault

History

Exhibit

eighteen Fault

History

- Note1

13-39

nineteen Fault

History

Exhibit

nineteen Fault

History

- Note1

13-40

twenty Fault

History

Exhibit

twenty Fault

History

- Note1

Group 13: Maintenance Parameters

Code Parameter

Name Setting Range Default Attrib

ute

13-41

twenty one

Fault History

Exhibit

twenty one

Fault History

- Note1

13-42

twenty two

Fault History

Exhibit

twenty two

Fault History

- Note1

13-43

twenty three

Fault History

Exhibit

twenty three

Fault History

- Note1

13-44

twenty four

Fault History

Exhibit

twenty four

Fault History

- Note1

13-45

twenty five

Fault History

Exhibit

twenty five

Fault History

- Note1

13-46

twenty six Fault

History

Exhibit

twenty six Fault

History

- Note1

13-47

twenty seven

Fault History

Exhibit

twenty seven

Fault History

- Note1

13-48

twenty eight

Fault History

Exhibit

twenty eight

Fault History

- Note1

13-49

twenty nine

Fault History

Exhibit

twenty nine

Fault History

- Note1

13-50 Previous thirty

Fault History

Exhibit

Previous thirty

Fault History

- Note1

13-51

Cooling fan

cumulative

operation time

0~99999 0

13-52

Cooling fan life

detection

percentage

0~150 0

13-53

IGBT life

detection

percentage

0~150 0

Note: Main frequency setting is 12-16 in LCD. It’s

equal to Frequency Setting of Speed-Stage 0 (05-

01)

Group 14: PLC Setting Parameters

Code Parameter

Name Setting Range Default Attrib

ute

14-00 T1 Set Value 1 0~9999 0 Note6

14-01 T1 Set Value 2

(Mode 7) 0~9999 0 Note6

14-02 T2 Set Value 1 0~9999 0 Note6

14-03 T2 Set Value 2

(Mode 7) 0~9999 0 Note6

14-04 T3 Set Value 1 0~9999 0 Note6

14-05 T3 Set Value 2

(Mode 7) 0~9999 0 Note6

14-06 T4 Set Value 1 0~9999 0 Note6

14-07 T4 Set Value 2

(Mode 7) 0~9999 0 Note6

14-08 T5 Set Value 1 0~9999 0 Note6

14-09 T5 Set Value 2

(Mode 7) 0~9999 0 Note6

14-10 T6 Set Value 1 0~9999 0 Note6

14-11 T6 Set Value 2

(Mode 7) 0~9999 0 Note6

14-12 T7 Set Value 1 0~9999 0 Note6

14-13 T7 Set Value 2

(Mode 7) 0~9999 0 Note6

14-14 T8 Set Value 1 0~9999 0 Note6

14-15 T8 Set Value 2

(Mode 7) 0~9999 0 Note6

14-16 C1 Set Value 0~65534 (Note4) 0 Note6

14-17 C2 Set Value 0~65534 (Note4) 0 Note6

14-18 C3 Set Value 0~65534 (Note4) 0 Note6

14-19 C4 Set Value 0~65534 (Note4) 0 Note6

14-20 C5 Set Value 0~65534 (Note4) 0 Note6

14-21 C6 Set Value 0~65534 (Note4) 0 Note6

14-22 C7 Set Value 0~65534 (Note4) 0 Note6

14-23 C8 Set Value 0~65534 (Note4) 0 Note6

14-24 AS1 Set Value 1 0~65534 (Note4) 0 Note6

14-25 AS1 Set Value 2 0~65534 (Note4) 0 Note6

14-26 AS1 Set Value 3 0~65534 (Note4) 0 Note6

14-27 AS2 Set Value 1 0~65534 (Note4) 0 Note6

14-28 AS2 Set Value 2 0~65534 (Note4) 0 Note6

14-29 AS2 Set Value 3 0~65534 (Note4) 0 Note6

14-30 AS3 Set Value 1 0~65534 (Note4) 0 Note6

14-31 AS3 Set Value 2 0~65534 (Note4) 0 Note6

14-32 AS3 Set Value 3 0~65534 (Note4) 0 Note6

14-33 AS4 Set Value 1 0~65534 (Note4) 0 Note6

14-34 AS4 Set Value 2 0~65534 (Note4) 0 Note6

14-35 AS4 Set Value 3 0~65534 (Note4) 0 Note6

14-36 MD1 Set Value 1 0~65534 (Note4) 1 Note6

14-37 MD1 Set Value 2 0~65534 (Note4) 1 Note6

14-38 MD1 Set Value 3 0~65534 (Note4) 1 Note6

14-39 MD2 Set Value 1 0~65534 (Note4) 1 Note6

14-40 MD2 Set Value 2 0~65534 (Note4) 1 Note6

14-41 MD2 Set Value 3 0~65534 (Note4) 1 Note6

14-42 MD3 Set Value 1 0~65534 (Note4) 1 Note6

14-43 MD3 Set Value 2 0~65534 (Note4) 1 Note6

14-44 MD3 Set Value 3 0~65534 (Note4) 1 Note6

14-45 MD4 Set Value 1 0~65534 (Note4) 1 Note6

14-46 MD4 Set Value 2 0~65534 (Note4) 1 Note6

14-47 MD4 Set Value 3 0~65534 (Note4) 1 Note6

Group 15: PLC Monitoring Parameters

Code Parameter

Name Setting Range Default Attrib

ute

15-00 T1 Current Value1 0~9999 0

15-01 T1 Current Value 2

(Mode7) 0~9999 0

15-02 T2 Current Value 1 0~9999 0

15-03 T2 Current Value 2

(Mode7) 0~9999 0

15-04 T3 Current Value 1 0~9999 0

15-05 T3 Current Value 2

(Mode7) 0~9999 0

15-06 T4 Current Value 1 0~9999 0

15-07 T4 Current Value 2

(Mode7) 0~9999 0

15-08 T5 Current Value 1 0~9999 0

15-09 T5 Current Value 2

(Mode7) 0~9999 0

15-10 T6 Current Value 1 0~9999 0

15-11 T6 Current Value 2

(Mode7) 0~9999 0

15-12 T7 Current Value 1 0~9999 0

15-13 T7 Current Value 2

(Mode7) 0~9999 0

15-14 T8 Current Value 1 0~9999 0

15-15 T8 Current Value 2

(Mode7) 0~9999 0

15-16 C1 Current Value 0~65534 (Note4) 0

15-17 C2 Current Value 0~65534 (Note4) 0

15-18 C3 Current Value 0~65534 (Note4) 0

15-19 C4 Current Value 0~65534 (Note4) 0

15-20 C5 Current Value 0~65534 (Note4) 0

15-21 C6 Current Value 0~65534 (Note4) 0

15-22 C7 Current Value 0~65534 (Note4) 0

15-23 C8 Current Value 0~65534 (Note4) 0

15-24 AS1 Current Value 0~65534 (Note4) 0

15-25 AS2 Current Value 0~65534 (Note4) 0

15-26 AS3 Current Value 0~65534 (Note4) 0

15-27 AS4 Current Value 0~65534 (Note4) 0

15-28 MD1 Current

Value 0~65534 (Note4) 0

15-29 MD2 Current

Value 0~65534 (Note4) 0

15-30 MD3 Current

Value 0~65534 (Note4) 0

15-31 MD4 Current

Value 0~65534 (Note4) 0

15-32 TD Current Value 0~65534 (Note4) 0

Group 16: LCD Function Parameters

Code Parameter

Name Setting Range Default Attrib

ute

16-00 Main Screen

Monitoring

5~82 (Note4)

when using

LCD to

operate, the

monitored item

displays in the

16 *1

Group 16: LCD Function Parameters

Code Parameter

Name Setting Range Default Attrib

ute

first line.

(default is

frequency

command)

16-01 Sub-Screen

Monitoring 1

5~82 (Note4)

when using

LCD to

operate, the

monitored item

displays in the

second line.

(default is

output

frequency)

17 *1

16-02 Sub-Screen

Monitoring 2

5~82 (Note4)

when using

LCD to

operate, the

monitored item

displays in the

third line.

(default is

output current)

18 *1

16-03 Display Unit

0~39999

Determine the

display way

and unit of

frequency

command

0: Frequency

display unit is

0.01Hz

1: Frequency

display unit is

0.01%

2: Frequency

display unit is

rpm.

3~39:

Reserved

40~9999:

Users specify

the format,

Input 0XXXX

represents the

display of

XXXX at 100%.

10001~19999:

Users specify

the format;

Input 1XXXX

represents the

display of

XXX.X at

100%.

20001~29999:

Users specify

the format,

Input 2XXXX

Group 16: LCD Function Parameters

Code Parameter

Name Setting Range Default Attrib

ute

represents the

display of

XX.XX at

100%.

30001~39999:

Users specify

the format,

Input 3XXXX

represents the

display of

X.XXX at

100%.

16-04 Engineering

Unit

0: without

using

engineering

unit

1: FPM

2: CFM

3: PSI

4: GPH

5: GPM

6: IN

7: FT

8: /s

9: /m

10: /h

11: °F

12: inW

13: HP

14: m/s

15: MPM

16: CMM

17: W

18: KW

19: m

20: °C

21: RPM

22: Bar

23: Pa

24: KPa

25: PRS

26: SPM

16-05 LCD Backlight 0~7 5 *1

16-06 Reserved

16-07 Copy Function

Selection

0: Do not copy

parameters

1: Read

inverter

parameters and

save to the

operator.

2: Write the

operator

parameters to

inverter.

3: Compare

parameters of

Group 16: LCD Function Parameters

Code Parameter

Name Setting Range Default Attrib

ute

inverter and

operator.

16-08

Selection of

Allowing

Reading

0: Do not allow

to read inverter

parameters and

save to the

operator. 0

1: Allow to read

inverter

parameters and

save to the

operator.

16-09

Selection of

Operator

Removed

(LCD)

0: Keep

operating

when LCD

operator is

removed. 0 *1

1: Display fault

when LCD

operator is

removed

16-10 RTC Time

Display Setting

0: Hide 0 Note8

1: Display

16-11 RTC Date

Setting

12.01.01 ~

99.12.31

12.01.0

Note8

16-12 RTC Time

Setting 00:00 ~ 23:59 00:00 Note8

16-13 RTC Timer

Function

0: Disable

1: Enable

2: Set by DI

0 Note8

16-14 P1 Start Time 00:00 ~ 23:59 08:00 Note8

16-15 P1 Stop Time 00:00 ~ 23:59 18:00 Note8

16-16 P1 Start Date

1:Mon

2:Tue

3:Wed

4:Thu

5:Fri

6:Sat

7:Sun

1 Note8

16-17 P1 Stop Date 5 Note8

16-18 P2 Start Time 00:00 ~ 23:59 08:00 Note8

16-19 P2 Stop Time 00:00 ~ 23:59 18:00 Note8

16-20 P2 Start Date

1:Mon

2:Tue

3:Wed

4:Thu

5:Fri

6:Sat

7:Sun

1 Note8

16-21 P2 Stop Date 5 Note8

16-22 P3 Start Time 00:00 ~ 23:59 08:00 Note8

16-23 P3 Stop Time 00:00 ~ 23:59 18:00 Note8

16-24 P3 Start Date

1:Mon

2:Tue

3:Wed

4:Thu

5:Fri

6:Sat

7:Sun

1 Note8

16-25 P3 Stop Date 5 Note8

Group 16: LCD Function Parameters

Code Parameter

Name Setting Range Default Attrib

ute

16-26 P4 Start Time 00:00 ~ 23:59 08:00 Note8

16-27 P4 Stop Time 00:00 ~ 23:59 18:00 Note8

16-28 P4 Start Date

1:Mon

2:Tue

3:Wed

4:Thu

5:Fri

6:Sat

7:Sun

1 Note8

16-29 P4 Stop Date 5 Note8

16-30 Selection of

RTC Offset

0: Disable

1: Enable 0 Note8

2: Set by DI

16-31 RTC Offset

Time Setting 00:00 ~ 23:59 00:00 Note8

16-32 Source of

Timer 1

0: None, 1:P1,

2:P2, 3:P1+P2

4:P3, 5:P1+P3,

6:P2+P3,

7:P1+P2+P3,

8:P4, 9:P1+P4,

10:P2+P4,

11:P1+P2+P4

12:P3+P4

13:P1+P3+P4,

14:P2+P3+P4

15:P1+P2+P3+

P4,

16:Off,

17:Off+P1

18:Off+P2,

19:Off+P1+P2

20:Off+P3,

21:Off+P1+P3

22:Off+P2+P3

23:Off+P1+P2+

24:Off+P4

25:Off+P1+P4

26:Off+P2+P4

27:Off+P1+P2+

28:Off+P3+P4

29:Off+P1+P3+

30:Off+P2+P3+

31:Off+P1+P2

+P3+P4

1 Note8

16-33 Source of

Timer 2

2 Note8

16-34 Source of

Timer 3

4 Note8

16-35 Source of

Timer 4

8 Note8

16-36 Selection of

RTC Speed

0: Off

0 Note8

1: By Timer 1

2: By Timer 2

3: By Timer 3

4: By Timer 4

5: By Timer

1+2

16-37 xxx0b: RTC

Run1 0000b Note8

Group 16: LCD Function Parameters

Code Parameter

Name Setting Range Default Attrib

ute

Selection of

RTC Rotation

Direction

Forward

Rotation

xxx1b: RTC

Run1

Reverse

Rotation

xx0xb: RTC

Run2

Forward

Rotation

xx1xb: RTC

Run2

Reverse

Rotation

x0xxb: RTC

Run3

Forward

Rotation

x1xxb: RTC

Run3

Reverse

Rotation

0xxxb: RTC

Run4

Forward

Rotation

1xxxb: RTC

Run4

Reverse

Rotation

Group 17: Automatic Tuning Parameters

Code Parameter

Name Setting Range Default Attrib

ute

17-00

Mode Selection

of Automatic

Tuning*

0: Rotation

Auto-tuning

VF:2

VF+PG

SLV:6

SV:6

SLV2:6

1: Static Autotuning

2: Stator

Resistance

Measurement

3: Reserved

4: Loop Tuning

5: Rotation

Auto-tuning

Combination

(item: 4+2+0)

6: Static Autotuning

Combination

(item: 4+2+1)

17-01 Motor Rated

Output Power 0.00~600.00 KVA

17-02 Motor Rated

Current 0.1~1200.0 KVA

Group 17: Automatic Tuning Parameters

Code Parameter

Name Setting Range Default Attrib

ute

17-03 Motor Rated

Voltage

200V: 50.0~240.0 -

400V: 100.0~480.0 -

575V:150.0~670.0 -

690V: 180.0~804.0 -

17-04 Motor Rated

Frequency 4.8~599.0 50.0/

60.0

17-05 Motor Rated

Speed 0~24000 KVA

17-06 Pole Number of

Motor 2~16 (Even) 4

17-07 PG Pulse

Number 0~60000 1024

17-08 Motor no-load

Voltage

200V: 50~240

400V: 100~480

575V: 420~600

690V: 504~720

17-09

Motor

Excitation

Current

0.01~600.00 - ￭1

17-10 Automatic

Tuning Start

0: Disable 0

1: Enable

17-11

Error History of

Automatic

Tuning

0: No error

1: Motor data

error

2: Stator

resistance

tuning error

3: Leakage

induction tuning

error

4: Rotor

resistance

tuning error

5: Mutual

induction tuning

error

6: Encoder

error

7: DT Error

8: Motor’s

acceleration

error

9: Warning

17-12

Proportion of

Motor Leakage

Inductance

0.1~15.0 3.4

17-13 Motor Slip

Frequency 0.10~20.00 1.00

17-14

Selection of

Rotation Autotuning

0: VF Rotation

Auto-tuning

1: Vector

Rotation Autotuning

KVA: The default value of this parameter will be

changed by different capacities of inverter.

*: The default value is 1 in VF/ VF+PG mode while

the default value is 0 in SLV/ SV/ SLV2 mode.

*: It is suggested that HD/ ND mode (00-27) and

application presets (00-32) be selected first

before motor performs auto-tuning.

Note: The value of mode selection of automatic

tuning is 6 (Static Auto-tuning Combination). When

do auto-tuning with no-load motor, it suggest select

17-00=5 (Rotation Auto-tuning Combination)

￭1: It can be set when 17-00=1, 2, 6.

Group 18: Slip Compensation Parameters

Code Parameter

Name Setting Range Default Attrib

ute

18-00

Slip

Compensation

Gain at Low

Speed.

0.00~2.50

VF:0.00

*1 SLV*

18-01

Slip

Compensation

Gain at High

Speed.

-1.00~1.00 0.0 *1

18-02

Slip

Compensation

Limit

0~250 200

18-03

Slip

Compensation

Filter Time

0.0~10.0 1.0

18-04

Regenerative

Slip

Compensation

Selection

0: Disable

1: Enable

18-05

FOC Delay

Time 1~1000 100

18-06 FOC Gain 0.00~2.00 0.1

*: Refer to the attachment 1 in our instruction manual.

Group 19: Wobble Frequency Parameters

Code Parameter

Name Setting Range Default Attrib

ute

19-00

Center

Frequency of

Wobble

Frequency

5.00~100.00 20.00 *1

19-01

Amplitude of

Wobble

Frequency

0.1~20.0 10.0 *1

19-02

Jump

Frequency of

Wobble

Frequency

0.0~50.0 0.0 *1

19-03

Jump Time of

Wobble

Frequency

0~50 0 *1

Group 19: Wobble Frequency Parameters

Code Parameter

Name Setting Range Default Attrib

ute

19-04

Wobble

Frequency

Cycle

0.0~1000.0 10.0 *1

19-05

Wobble

Frequency

Ratio

0.1~10.0 1.0 *1

19-06

Upper Offset

Amplitude of

Wobble

Frequency

0.0~20.0 0.0 *1

19-07

Lower Offset

Amplitude of

Wobble

Frequency

0.0~20.0 0.0 *1

Group 20: Speed Control Parameters

Code Parameter

Name Setting Range Default Attrib

ute

20-00 ASR Gain 1 0.00~250.00 - *1

20-01 ASR Integral

Time 1

0.001~10.000 - *1

20-02 ASR Gain 2 0.00~250.00 - *1

20-03 ASR Integral

Time 2

0.001~10.000 - *1

20-04 ASR Integral

Time Limit 0~300 200

20-05 ASR Positive

Limit 0.1 ~ 10.0 5.0

20-06 ASR Negative

Limit 0.1 ~ 10.0 1.0

20-07

Selection of

Acceleration

and

Deceleration of

P/PI

0: PI speed

control will be

enabled only in

constant speed.

For the speed

acceleration and

deceleration,

only use P

control.

1: Speed control

is enabled either

in acceleration

or deceleration.

20-08 ASR Delay

Time 0.000~0.500 0.004

20-09

Speed

Observer

Proportional (P)

Gain1

0.00~2.55 0.61 *1

20-10 Speed Observer

Integral(I) Time 1 0.01~10.00 0.05 *1

20-11

Speed Observer

Proportional (P)

Gain2

0.00~2.55 0.61 *1

20-12 Speed Observer

Integral(I) Time 2 0.01~10.00 0.06 *1

20-13 Low-pass Filter

Time Constant 1~1000 4

Group 20: Speed Control Parameters

Code Parameter

Name Setting Range Default Attrib

ute

of Speed

Feedback 1

20-14

Low-pass Filter

Time Constant

of Speed

Feedback 2

1~1000 30

20-15

ASR Gain

Change

Frequency 1

0.0~599.0 4.0

20-16

ASR Gain

Change

Frequency 2

0.0~599.0 8.0

20-17

Torque

Compensation

Gain at Low

Speed

0.00~2.50 1.00 *1

20-18

Torque

Compensation

Gain at High

Speed

-10~10 0 *1

20-19 Over Speed

(OS) Selection

0: Deceleration

to stop

1: Coast to stop 1

2: Continue to

operate

20-20

Over Speed

(OS) Detection

Level

0~120 115

20-21

Over Speed

(OS) Detection

Time

0.0~2.0 0.5

20-22

Speed

Deviation

(DEV)

Selection

0: Deceleration

to Stop

1: Coast to

Stop

2: Continue to

Operate

20-23

Speed

Deviation

(DEV)

Detection Level

0~50 10

20-24

Speed

Deviation

(DEV)

Detection Time

0.0~10.0 0.5

20-25 Selection of PG

Open

0: Deceleration

to Stop

1: Coast to

Stop

2: Continue to

Operate

20-26 Detection Time

of PG Open 0.0~10.0 2.0

20-27 PG Pulse

Number 0~9999 1024

20-28 0: Forward as

Counter -

Group 20: Speed Control Parameters

Code Parameter

Name Setting Range Default Attrib

ute

Selection of PG

Rotation

Direction

Clockwise

Rotation

1: Forward as

Clockwise

Rotation

20-29 PG Pulse

Dividing Ratio 001~132 1

20-30 PG Gear Ratio 1 1~1000 1

20-31 PG Gear Ratio 2 1~1000 1

20-32

Selection of

Specific

Encoder

0: None

1: Resolver

20-33

Detection Level

at Constant

Speed

0.1~5.0 1.0 *1

20-34

Compensation

Gain of

Derating

0~25600 0 *1

20-35

Compensation

Time of

Derating

0~30000 100 *1

20-36

20-42

Reserved

20-43

MPG Speed

Magnification

Calculation

1~500 20 Note5

20-44 MPG Speed

Command Limit0.1~30.0 6.0 Note5

Group 21: Torque And Position Control

Parameters

Code Parameter

Name Setting Range Default Attrib

ute

21-00 Torque Control

Selection

0: Speed

Control 0

1: Torque

Control

21-01

Filter Time of

Torque

Reference

0~1000 0

21-02 Speed Limit

Selection

0: According to

AI Input

1: According to

the Set Value

of 21-03

2: According to

communication

position input

(2502H)

21-03 Speed Limit

Value -120~120 0 *1

21-04 Speed Limit

Bias 0~120 10 *1

Group 21: Torque And Position Control

Parameters

Code Parameter

Name Setting Range Default Attrib

ute

21-05 Positive Torque

Limit 0~300 *

21-06 Negative

Torque Limit 0~300 *

21-07

Forward

Regenerative

Torque Limit

0~300 *

21-08

Reversal

Regenerative

Torque Limit

0~300 *

21-09

Maximum

Frequency of

Position

Control

0.1~100.0 20.0

21-10

The Command

of Rotation

Cycle Number

of Section 0

-9999 ~ 9999 0

21-11

The Command

of the Pulse

Number of

Section 0

-9999 ~ 9999 0

21-12

The Command

of Rotation

Cycle Number

of Section 1

-9999 ~ 9999 0

21-13

The Command

of the Pulse

Number of

Section 1

-9999 ~ 9999 0

21-14

The Command

of Rotation

Cycle Number

of Section 2

-9999 ~ 9999 0

21-15

The Command

of the Pulse

Number of

Section 2

-9999 ~ 9999 0

21-16

The Command

of Rotation

Cycle Number

of Section 3

-9999 ~ 9999 0

21-17

The Command

of the Pulse

Number of

Section 3

-9999 ~ 9999 0

21-18

The Command

of Rotation

Cycle Number

of Section 4

-9999 ~ 9999 0

21-19

The Command

of the Pulse

Number of

Section 4

-9999 ~ 9999 0

Group 21: Torque And Position Control

Parameters

Code Parameter

Name Setting Range Default Attrib

ute

21-20

The Command

of Rotation

Cycle Number

of Section 5

-9999 ~ 9999 0

21-21

The Command

of the Pulse

Number of

Section 5

-9999 ~ 9999 0

21-22

The Command

of Rotation

Cycle Number

of Section 6

-9999 ~ 9999 0

21-23

The Command

of the Pulse

Number of

Section 6

-9999 ~ 9999 0

21-24

The Command

of Rotation

Cycle Number

of Section 7

-9999 ~ 9999 0

21-25

The Command

of the Pulse

Number of

Section 7

-9999 ~ 9999 0

21-26

The Command

of the Pulse

Number of

Section 8

-9999 ~ 9999 0

21-27

The Command

of Rotation

Cycle Number

of Section 8

-9999 ~ 9999 0

21-28

The Command

of the Pulse

Number of

Section 9

-9999 ~ 9999 0

21-29

The Command

of Rotation

Cycle Number

of Section 9

-9999 ~ 9999 0

21-30

The Command

of Rotation

Cycle Number

of Section 10

-9999 ~ 9999 0

21-31

The Command

of the Pulse

Number of

Section 10

-9999 ~ 9999 0

21-32

The Command

of Rotation

Cycle Number

of Section 11

-9999 ~ 9999 0

21-33

The Command

of the Pulse

Number of

Section 11

-9999 ~ 9999 0

Group 21: Torque And Position Control

Parameters

Code Parameter

Name Setting Range Default Attrib

ute

21-34

The Command

of Rotation

Cycle Number

of Section 12

-9999 ~ 9999 0

21-35

The Command

of the Pulse

Number of

Section 12

-9999 ~ 9999 0

21-36

The Command

of Rotation

Cycle Number

of Section 13

-9999 ~ 9999 0

21-37

The Command

of the Pulse

Number of

Section 13

-9999 ~ 9999 0

21-38

The Command

of Rotation

Cycle Number

of Section 14

-9999 ~ 9999 0

21-39

The Command

of the Pulse

Number of

Section 14

-9999 ~ 9999 0

21-40

The Command

of Rotation

Cycle Number

of Section 15

-9999 ~ 9999 0

21-41

The Command

of the Pulse

Number of

Section 15

-9999 ~ 9999 0

21-42 Pos. Mode Sel

0: Switch to

position mode

when output

frequency < 01-

08. 0

1: Z Phase

Locked

Function

21-43 Offset Angle 0 ~9999 0

* Refer to the attachment 1 in our instruction

manual.

Group 22: PM Motor Parameters

Code Parameter

Name Setting Range Default Attrib

ute

22-00 PM Motor

Rated Power 0.00~600.00 KVA

22-01 PM Motor

Rated Voltage

200V:

50.0~240.0

400V:

100.0~480.0

220.0

440.0 Note7

Group 22: PM Motor Parameters

Code Parameter

Name Setting Range Default Attrib

ute

22-02 PM Motor

Rated Current

25%~200%

inverter’s rated

current

KVA

22-03 PM Motor ‘s

Pole Number 2~96 6

22-04

PM Motor’s

Rotation Speed 6~60000 1500

22-05

PM Motor’s

Maximum

Rotation Speed

6~60000 1500

22-06

PM Motor

Rated

Frequency

4.8~599.0 75.0

22-07 PM Type

Selection

0:SPM

1:IPM 0 Note7

22-08 PM Encoder

Type

0: TAMAGAWA

Non Wire-Saving

Encoder

1: TAMAGAWA

Wire-Saving

Encoder

2: SUMTAK

Wire-Saving

Encoder

3: General

Incremental

Encoder

4:Sine Wave

22-09 Reserved

22-10

PM SLV Start

Current

20% ~ 200%

Motor Rated

Current

22-11

I/F Mode Start

Frequency

Switching Point

10 ~ 100

(Note7)

22-12

22-13 Reserved (Note4)

22-14

Armature

Resistance of

PM Motor

0.001 ~ 30.000 1.000

22-15

D-axis

Inductance of

PM Motor

0.01 ~ 300.00 10.00

22-16

Q-axis

Inductance of

PM Motor

0.01 ~ 300.00 10.00

22-17 PM No-Load

Voltage

200V: 0~250

400V: 0~500

150

300 Note7

22-18

FluxWeakening

Limit

0~120 90

22-19 Reserved

22-20

Offset Angle of

the Magnetic

Pole and PG

Origin

0~360 0 *4

Group 22: PM Motor Parameters

Code Parameter

Name Setting Range Default Attrib

ute

22-21 PM Motor

Tuning

0: PM Motor

Tuning is not

Active.

1: Parameter

Auto-tune (for

PMSLV

Tuning)

2: Magnetic

Pole Alignment

and Loop

Adjustment (for

PMSV Tuning)

3: Rotation

Auto-tuning

22-22

Fault History of

PM Motor

Tuning

0. No Error

0 *4

1. Static

Magnetic

Alignment

Fault

2. Without PG

Option Card

3. Rotation

Pole Alignment

is Forced to

Stop

4. Error of

Encoder

Feedback

Direction

5. Loop

Adjustment is

Time out

6. Encoder

Error

7. Other Errors

of Motor

Tuning

8. Current

Abnormity

Occurs when

Aligning

Rotation

Magnetic Pole.

9. Current

Abnormity

Occurs while

Loop

Adjustment.

10.Reserved

11. Stator

Resistance

Measurement

Timeout

22-23

22-24 Reserved

22-25 Detection Mode

Selection of

0: Upon the

angle before

stopping

(Note7)

Group 22: PM Motor Parameters

Code Parameter

Name Setting Range Default Attrib

ute

Initial Magnetic

Pole

1: Mode 1

2: Mode 2

22-26

High speed

control ratio

enable (For

PMSLV)

0: Low Speed

Open Loop

Control

1: Low Speed

High

Frequency

Estimate

Control

2: Full Closed

Loop Control

22-27

Voltage

Command of

Mode 2

5~120 (Note7)

(22-25=2 or 22-

26=1 is

enabled)

22-28 Divider Ratio of

Mode 2

0~8 (Note7)

(22-25=2 or 22-

26=1 is

enabled)

22-29

Flux-weakening

Voltage

Command

Restriction

80~110 (Note7)

(relative to

parameter 22-

18)

100

22-30

SPM Speed

Estimation

Gain (Note7)

1~150 85 Note4

22-31

SPM Speed

Estimation

Filter Value

(Note7)

1~2000 60 Note4

22-32 MTPA

Selection

0: Disabled

1: Mode 1

2: Mode 2

3: Mode 3

0 Note7

22-33 MTPA Gain 000~400% 200 Note7

22-34 IPM Estimator

Gain 1~300.0 180 Note7

22-36

PM Motor Type

Selection

0: Normal PM

motor 0

Note

1: DVEN Motor

22-37

PM Motor

Horse Power &

RPM

1.0.75KW

1800RPM

Note

4.1.5KW

1800RPM

7.2.2KW

1800RPM

10.3.7KW

1800RPM

13.5.5KW

1800RPM

16.7.5KW

1800RPM

19.11KW

1800RPM

22.15KW

1800RPM

Group 22: PM Motor Parameters

Code Parameter

Name Setting Range Default Attrib

ute

25.18.5KW

1800RPM

28.22KW

1800RPM

22-38

Open and

closed loop

switching point

frequency width

(%)

1.0~40.0 5.0

22-39 Preliminary DC

injection time 0~20.00 0.10

22-40

High frequency

angle finding

time

0.01~1.00 0.01

22-41 PM stop

method

0: Decelerate

or stop below

22-11 and

brake directly

1: Decelerate

or stop below

22-11 and

open loop

stop

22-42

Fully closed

loop low speed

Correction

constant Ka

64~8192 200

22-43

Fully closed

loop high

speed

Correction

constant Kb

64~8192 500

22-44

Fully closed

loop high

speed Position

low pass filter

1~256 4

22-45 Flux linkage

coefficient 0.001~10.000 0.700

22-52 Low speed

coefficient 3000~60000 4000

22-53

Low speed

velocity integral

filtering time

1~256 32

22-54 Motor voltage

standard 50.0~600.0 300.0

22-55

Full closed loop

high speed

speed filter

coefficient

1~256 32

22-56

Full closed loop

low speed

speed filter

coefficient

1~256 64

Chapter 4 Troubleshooting

and Fault Diagnostics

4.1 General

Inverter fault detection and early warning / selfdiagnosis function. When the inverter detects a

fault, a fault message is displayed on the

keypad. The fault contact output energizes and

the motor will coast to stop (The stop method

can be selected for specific faults).

When the inverter detects a warning / selfdiagnostics error, the digital operator will

display a warning or self-diagnostic code, the

fault output does not energize in this case.

Once the warning is removed, the system will

automatically return to its original state.

4.2 Fault Detection Function

When a fault occurs, please refer to Table 4.1

for possible causes and take appropriate

measures.

Use one of the following methods to restart:

1. Set one of multi-function digital input

terminals (03-00, 03-07) to 17 (Fault reset);

activate input

2. Press the reset button on the keypad.

3. Power down inverter wait until keypad goes

blank and power-up the inverter again.

When a fault occurs, the fault message is

stored in the fault history (see group 12

parameters).

Table 4.1 Fault information and possible

solutions

LED display Possible solutions

over current

 Extend acceleration /

deceleration time.

 Check the motor wiring.

 Disconnect motor and try

running inverter.

OCA

over current

Set the longer acceleration

time

Change to bigger capacity

of inverter

Examine motor

Check the wire

Replace IGBT module

LED display Possible solutions

OCC

over current Change to bigger capacity

of inverter

Add reactor to power

source

OCd

over current

Set the longer acceleration

time

short circuit  Check the motor wiring.

 Disconnect motor and try

running inverter.

Ground fault

 Replace motor.

 Check the motor wiring.

 Disconnect motor and try

running inverter.

 Check resistance

between cables and

ground.

 Reduce carrier frequency.

Over voltage

 Increase deceleration

time

 Reduce input voltage to

comply with the input

voltage requirements or

install an AC line reactor

to lower the input voltage.

 Remove the power factor

correction capacitor.

 Use dynamic braking unit.

 Replace braking

transistor or resistor.

 Adjust speed search

parameters.

Under voltage

 Check the input voltage.

 Check input wiring.

 Increase acceleration

time.

 Check power source

 Replace pre-charge

contactor

 Replace control board or

complete inverter.

IPL input phase

loss  Check input wiring / faster

screws.

 Check power supply.

OPL output

phase loss

 Check output wiring /

faster screws.

 Check motor & inverter

rating.

LED display Possible solutions

OH1

Heatsink

overheat

 Install fan or AC to cool

surroundings.

 Replace cooling fan.

 Reduce carrier frequency.

 Reduce load / Measure

output current

OL1

Motor overload

 Check V/f curve.

 Check motor rated

current

 Check and reduce motor

load, check and operation

duty cycle.

OL2

Inverter overload

 Check V/f curve.

 Replace inverter with

larger rating.

 Check and reduce motor

load, check and operation

duty cycle.

Over torque

detection

 Check over torque

detection parameters (08-

15 / 08-16).

 Check and reduce motor

load, check and operation

duty cycle.

Under torque

detection

 Check under torque

detection parameters (08-

19 / 08-20).

 Check load / application.

run

Switch for

Motor1/Motor2  Revise the sequence

control and switch motor

in top time.

Over speed

 Check ASR parameters

group 21.

 Check PG parameters

 Check overspeed

parameters 20-20/20-12.

PGO

Open circuit

 Check PG wiring.

 Check PG power-supply.

 Make sure brake is

released.

DEV

Speed

deviation

 Check load

 Make sure brake is

released.

 Check PG wiring.

 Check PG parameters

20-23/20-24.

 Increase Acceleration /

deceleration time.

LED display Possible solutions

communication

error

 Check connection

 Check host computer /

software.

PID feedback

loss

 Check feedback wiring

 Replace feedback

sensor.

STO

Safety switch  Check F1 and F2

connection. (For standard

H & C type)

 Check SF1 / SF2 and SG

connection (For

enhanced E & G type)

 Check if 08-30 =0 and

03-00~03-07=58

STO2

Safety switch

SS1

Digital input

Stop command  Check if 08-30 =0 and

03-00~03-07=58

EF0

External fault 0  Reset Modbus

communication 0x2501

bit 2= \"1\"

EF1

External fault

(S1)

 Multi-function input

function set incorrectly.

 Check wiring

EF2

External fault

(S2)

EF3

External fault

(S3)

EF4

External fault

(S4)

EF5

External fault

(S5)

LED display Possible solutions

EF6

External fault

(S6)

EF7

External fault

(S7)

EF8

External fault

(S8)

CF07

Motor control

fault

 Perform rotational or

stationary auto-tune

 Increase minimum output

frequency (01-08)

CF08

Motor control

fault

 Increase the value of 22-

10 and 22-23 properly.

 Re auto-tune (22-21)

 Check if the load is too

heavy to raise torque

output limit.

fuse open

 Check IGBTs

 Check for short circuit at

inverter output.

 Replace inverter.

CF00

Operator

Communication

Error

 Disconnect the operator

and then reconnect.

 Replace the control board

CF01

Operator

Communication

Error 2

 Disconnect the operator

and then reconnect.

 Replace the control board

CTER

CT Failure

 Check current

transformer signal and

the voltage on the control

board.

CF20

Communication

Failure

 Check only use one kind

of communication type.

LED display Possible solutions

Protection

Failure  Remove digital input

communication run

command

External

Overload  Check external overload.

 Reset external overload

of digital input.

4.3 Warning / Self-diagnosis

Detection Function

When the inverter detects a warning, the

keypad displays a warning code (flash).

Note: The fault contact output does not

energize on a warning and the inverter

continues operation. When the warning is no

longer active the keypad will return to its

original state.

When the inverter detected a programming

error (for example two parameters contradict

each other of are set to an invalid setting), the

keypad displays a self-diagnostics code.

Note: The fault contact output does not

energize on a self-diagnostics error. While a

self-diagnostics code is active the inverter

does not accept a run command until the

programming error is corrected.

Note: When a warning or self- diagnostic error

is active the warning or error code will flash on

the keypad. When the RESET key is pressed,

the warning message (flash) disappears and

returns after 5 sec. If the warning or selfdiagnostic error still exists.

Refer to Table 4.2 for and overview, cause and

corrective action for inverter warnings and selfdiagnostic errors.

Table 4.2 warning / self-diagnosis and corrective

actions

LED display Corrective action

(flash)

Over voltage

 Increase deceleration

time

 Reduce input voltage to

comply with the input

voltage requirements or

install an AC line

reactor to lower the

input voltage.

 Remove the power

factor correction

capacitor.

 Use dynamic braking

unit.

 Replace braking

transistor or resistor.

 Adjust speed search

parameters.

(flash)

under voltage

 Check the input voltage.

 Check input wiring.

 Increase acceleration

time.

 Check power source

 Replace pre-charge

contactor

 Replace control board

or complete inverter.

OH1

Heatsink

overheat

 Install fan or AC to cool

surroundings.

 Replace cooling fan.

 Reduce carrier

frequency.

 Reduce load / Measure

output current

OH2

(flash)

Inverter over

heating

warning

 Multi-function input

function set incorrectly.

 Check wiring

(flash)

over torque

detection

 Check over torque

detection parameters

(08-15 / 08-16).

 Check and reduce

motor load, check and

operation duty cycle.

(flash)

under torque

detection

 Check under torque

detection parameters

(08-19 / 08-20).

 Check load /

application.

LED display Corrective action

bb1

(flash)

External

baseblock

 Multi-function input

function set incorrectly.

 Check wiring

bb2

(flash)

External

baseblock

bb3

(flash)

External

baseblock

bb4

(flash)

External

baseblock

bb5

(flash)

External

baseblock

 Multi-function input

function set incorrectly.

 Check wiring

bb6

(flash)

External

baseblock

bb7

(flash)

External

baseblock

bb8

(flash)

External

baseblock

LED display Corrective action

(flash)

Motor over

speed

 Check ASR parameters

group 21.

 Check PG parameters

 Check overspeed

parameters 20-20/20-

12.

PGO

(flash)

PG open

circuit

 Check PG wiring.

 Check PG powersupply.

 Make sure brake is

released.

DEV

(flash)

Speed

deviation

 Check load

 Make sure brake is

released.

 Check PG wiring.

 Check PG parameters

20-23/20-24.

 Increase Acceleration /

deceleration time.

OL1

Motor overload

 Check V/f curve.

 Check motor rated

current

 Check and reduce

motor load, check and

operation duty cycle.

OL2

Inverter

overload

 Check V/f curve.

 Replace inverter with

larger rating.

 Check and reduce

motor load, check and

operation duty cycle.

(flash)

communication

error

 Check connection

 Check host computer /

software.

CLA

over current

protection level

 Check load and duty

cycle operation.

CLB

over current

protection level

 Check load and duty

cycle operation.

LED display Corrective action

Retry

(flash)

retry  Warning disappears

after automatic reset.

(flash)

External

emergency

stop

 Turn off run command,

and remove external

emergency stop

command.

EF1 ( flash )

External fault

(S1)

 Multi-function input

function set incorrectly.

 Check wiring

 Multi-function input

function set incorrectly.

 Check wiring

EF2 ( flash )

External fault

(S2)

EF3 ( flash )

External fault

(S3)

EF4 ( flash )

External fault

(S4)

EF5 ( flash )

External fault

(S5)

EF6 ( flash )

External fault

(S6)

EF7 ( flash )

External fault

(S7)

EF8 ( flash )

LED display Corrective action

External fault

(S8)

EF9 ( flash )

error of

forward/revers

al rotation  Check run command

wiring

SE01

Rang setting

error  Check parameter

setting.

SE02

Digital input

terminal error  Check multi-function

input setting.

SE03

V/f curve error

 Check V/F parameters

SE05

PID selection

error

 Check10-00 and 10-01

 Check 10-29 and 10-25

 Check 10-29 and 10-03

HPErr

Model

selection error  Check inverter capacity

setting 13-00.

SE07

PG card error

 Install PG feedback

card.

 Check control mode.

 Set right type for PM

Encoder Type (22-08)

and power on again.

SE08

PM Motor

mode error  Check control mode.

SE09

PI setting error

 Check pulse input

selection (03-30) and

PID source (10-00 and

10-01).

LED display Corrective action

(flash)

PID feedback

breaking

 Check feedback wiring

 Replace feedback

sensor.

USP

(flash)

Unattended

Start

Protection

 Remove run command

or reset inverter via

multi-function digital

input (03-00 to 03-07 =

17) or use the RESET

key on the keypad to

reset inverter.

 Activate USP input and

re-apply the power.

STP0

Zero Speed

Stop Error  Adjust frequency

command

STP2

External

Terminal Stop

Error

 Remove the run

command from external

terminal

EnC

Encoder Error

 Check encoder wiring

 17-07 PG pulse number

setting is not

corresponding to the

encoder.

 Replace the encoder.

RunEr

Wrong running

direction Error  Revise the command

among 11-00, jog and

DI control to see if any

difference

PArEr

Parameter

setting error  Please refer to our

instruction manual for

correct setting

STP1

Direct start

warning

 Remove the run

command from the

terminal first, and

enabled later.

FirE

Fire mode

enabled

 Check the environment

and confirm the fire

LED display Corrective action

status. If no fire, turn off

the power and power on

again.

AdCEr

Voltage on C/B

error  Check the voltage on

the control board.

EPErr

EEPROM Save

error

 Restore factory setting,

then cut off the power

and power on again.

 If warning again,

replace control board.

bdErr

Control board

error  Replace the control

board.

Parameter

Lock  Lifting the parameter

lock key code, to enter

the correct parameter

for 13-07

Set password

failed

 Enter the correct

parameter for 13-07 to

enable the parameter

lock key

CYErr

Capacitor error

 Replace the capacitor

and ask the original

dealer reset the counter

in inverter

FILFE

Fan life error

 Replace the fan and ask

the original dealer reset

the counter in inverter

ILIFE

IGBT life error

 Replace the IGBT and

ask the original dealer

reset the counter in

inverter

4.4 Auto-tuning Error

When a fault occurs during auto-tuning of a

standard AC motor, the display will show the

“AtErr” fault and the motor stops. The fault

information is displayed in parameter 17-11.

Note: The fault contact output does not

energize with an auto-tuning fault. Refer to

Table 4.3, for fault information during tuning,

cause and corrective action.

Table 4.3 Auto-tuning fault and corrective

actions

Error Corrective action

Motor data input

error.

 Check the motor tuning

data (17-00 to 17-09).

 Check inverter capacity

Motor lead to

lead resistance

R1 tuning error.

 Check the motor tuning

data (17-00 to 17-09).

 Check motor connection.

 Disconnect motor load.

 Check inverter current

detection circuit and

DCCTs.

 Check motor installation.

Motor leakage

inductance

tuning error.

Motor rotor

resistance R2

tuning error.

Motor mutual

inductance Lm

tuning error.

Deadtime

compensation

detection error

Motor encoder

error

 Check motor rated

current.

 Check PG card

grounding.

Motor

acceleration

error (Rotational

type auto-tuning

only).

 Increase acceleration

time (00-14).

 Disconnect motor load.

Other

 Check the motor tuning

data (17-00 to 17-09).

 Check motor connection.

4.5 PM motor Auto-tuning Error

When a fault occurs during auto-tuning of a PM

motor, the display will show the “IPErr” fault

and the motor stops. The fault information is

displayed in parameter 22-18.

Note: The fault contact output does not

energize with an auto-tuning fault. Refer to

Table 4.4, for fault information during tuning,

cause and corrective action.

Table 4.4 Auto-tuning fault and corrective

actions for PM motor

Error Corrective action

Magnetic pole

alignment tuning

failure (static).

 Check the motor tuning

data (22-02).

 Check inverter capacity

PG option

missing.

 Install PG feedback

card.

03 Magnetic pole

alignment autotuning abort

during rotational

auto-tune

 Check for active

protection functions

preventing auto-tuning.

Timeout during

magnetic pole

alignment during

rotational autotune.

 Check motor.

 Check motor wiring.

 Check brake released.

Circuit tuning

time out.

 Check for active

protection functions

preventing auto-tuning.

Encoder error

 Check motor rated

current.

 Check PG card

grounding.

Warning

 Check the motor tuning

data (22-02).

 Check motor

connection.

Motor current out

of range during

magnetic pole

alignment

(rotational autotune).

 Check PG card wiring

 Check motor

connection.

Current out of

range during

circuit tuning.

 Check the motor tuning

data (22-02).

 Check inverter capacity

Magnetic pole

alignment and

circuit tuning

failed.

 Retry magnetic pole

alignment and circuit

tuning.

第 1 章安全注意事項

1.1 送電前

警告

 主回路端子必須正確配線，單相(R/L1、S/L2)/三相(R/L1、S/L2、T/L3)為電源輸入端子，絕對

不可以與 U/T1、V/T2、W/T3 混用；混用時，送電將造成變頻器的損壞。

注意

 所選用之電源電壓必須與變頻器之輸入電壓規格相同。

 搬運變頻器時，請勿直接提取前蓋，應由變頻器本體搬運，以防止前蓋脫落，避免變頻器掉落

造成人員受傷或變頻器損壞。

 請將變頻器安裝於金屬類等不燃物材料之上，請勿安裝於易燃性材料上或附近，以防止發生火

災。

 若多台變頻器同放在一個控制盤內，請外加散熱風扇，使盤內溫度低於 40℃ 以下(無防塵蓋

50℃以下)，以防過熱或火災等發生。

 請於關閉電源後，再拆卸或裝入操作器，並請按圖操作固定操作器，以免接觸不良造成操作器

故障或不顯示。

警告

 本產品系通過 IEC 61800-3 限制區域使用等級。在某些環境下使用本產品時，可能造成電磁

干擾，故在使用前請先進行適當的測試，同時請務必做好接地工程。

 提供馬達過溫度保護功能。

注意

 產品的安裝及使用必須由有資格的專業電氣人員進行。

 產品的安裝必須以固定式配線方式進行。

1.2 接線

警告

 實施任何變頻器裝機或配線前，請務必關上總電源，避免觸電及火災發生。

 配線工程人員須具備相關專業知識，避免觸電與火災發生。

 確認接地線與大地連接。(220V 級:接地阻抗需低於 100 歐姆; 440V 級:接地阻抗需低於 10 歐

姆)。請依據 EN61800-5-1 規範要求將變頻器接地。電線尺寸可能至少須達到 10mm2

(6AWG)才能符合限制洩漏電流的標準。

 變頻器接地端子請務必正確接地;如未正確接地,請務必將控制板地線拔除,避免突波打壞電子零

件。

 RCD 需符合 B 型漏電流之保護規範。

 接線完成後，確認緊急停止機能有效。(接線責任屬於使用方)

 勿直接觸碰輸入/輸出電源線，並避免所有接線與變頻器外殼接觸與線路短路。

 勿對變頻器進行耐壓測試，容易造成半導體元件受損。

注意

 確認輸入主電源與變頻器相符，避免受傷或火災發生。

 請依相關接線圖連接煞車電阻及煞車單元，否則有引發火災危險。

 請依指定轉矩來鎖固端子螺絲，避免引發火災的危險。

 勿將輸入電源連接至變頻器輸出端子上。

 勿將電磁接觸器，電磁開關接點連接至輸出端子。

 勿將進相電容器或 LC/RC 濾波器連接至輸出電路上。

 確保變頻器、馬達所產生的干擾不會影響周邊感測器或設備。

1.3 運轉前

警告

 送電前請確認變頻器之機種容量和變頻器功能參數 13- 00 所設定的機種容量相同。

 變頻器與馬達間線長超過 25 公尺，需降低載波頻率(11-01)或加裝輸出濾波器來降低負載端過

電壓或振盪，避免馬達受損。

1.4 參數設定

注意

 進行旋轉型自動調校時，請勿將馬達連接到負載(機械設備)上。

 進行旋轉型自動調校時，馬達將進行旋轉，確認馬達週遭空間，避免造成危險。

1.5 運轉

警告

 請確認前外蓋安裝完成後，再打開電源。

 運轉中不可將馬達機組投入或切離，否則會造成變頻器過電流跳脫，嚴重時會造成變頻器主回

路損壞。

 進行復歸機能時，請勿靠近機器，故障清除後，機器會再啟動。

 勿於雙手潮濕時操作機器。

 提供一個獨立的緊急停止開關，此開關使用在該機能參數被設置時啟用(請參考 11-55) 。

 提供一個獨立外部硬體緊急開關，當遇危險時可緊急關斷變頻器輸出。

 復歸警告前請確認運轉命令為關閉的。

 若選擇復電後自動重新啟動(07-00)，變頻器將在電源回復後自動啟動。

 自動調校執行前，請確保週邊系統，機械設備狀態，確保人員安全。

 無論變頻器處於運轉或停止狀態，避免觸碰相關端子，以防發生危險。

 電源切斷後，風扇可能會繼續旋轉一段時間。

注意

 散熱座、煞車電阻等發熱元件請勿觸摸。

 變頻器可以很容易使馬達從低速到高速運轉，請確認馬達與機械的容許範圍。

 使用煞車模組等搭配產品時，請注意其使用之相關設定。

 變頻器運轉時，請勿檢查電路板上的信號。

警告

避免感電！變頻器內部的直流電容器在電源移除後 5 分鐘才能放電完畢，請在電源移除 5 分鐘後，

再進行拆裝或實施檢查。

1.6 檢查保養和更換時

警告

 進行維護檢查前，請先確認電源已經關閉且電源指示燈熄滅(請確認直流電壓不超過 25 伏

特)。

 變頻器端子中有高壓端子，請勿隨意觸摸。

 電源開啟情況下，請務必安裝保護蓋，另拆卸保護蓋後，請務必透過斷路器斷開電源。

 除指定的專業人員外，他人請勿進行保養檢查或更換零件。

注意

 變頻器周圍溫度應在 14° ~ 104(140)° F (-10 ~ +40(60)° C) 95%RH 不結露環境中使用，但需

確保周圍環境無滴水及金屬粉塵。

■1.7 變頻器報廢時注意事項

注意

當變頻器要處理報廢時，請作為工業垃圾進行處理，並請注意以下事項：

 變頻器主回路的電解電容和印刷電路板上的電解電容焚燒時可能會發生爆炸；

 變頻器的外殼等塑膠件焚燒時會產生有毒氣體。

裝有電子元件的設備不能與生活垃圾一起處理，必須按照當地現行法規將其與電氣和電子

廢棄物一起單獨回收。

1.8 保證責任的免除

因本公司產品的故障，給貴公司或貴公司的客戶等造成的機會喪失以及非本公司產品的損傷，或

對於其他業務的補償，無論是否在保證期限內，均不屬於本公司的保證範圍。

第 2 章周圍環境及安裝

2.0 系統圖

■ 電源

‧ 請確認電壓等級是否正確，以免變頻器損壞。

■ 無熔絲開關 (NFB) 及漏電斷路器

‧ 請參考使用說明書，選用適當額定電流之 NFB。

‧ 請勿使用 NFB 作為變頻器之運轉/停止控制。

‧ 若加裝漏電斷路器以作漏電故障保護時，請選用感

度電流 200mA 以上，動作時間 0.1 秒以上(VTYPE)，以防止高頻誤動作。

■ 電磁接觸器

‧ 一般使用時，可以不加電磁接觸器，但要作外部順

序控制或停電後自動再起動等功能時，需加裝電磁

接觸器。

‧ 請儘量避免使用電磁接觸器作變頻器之運轉／停

止控制。

■ AC 電抗器

‧ 若欲作進一步改善功因或抑制外來突波時，可外加

AC 電抗器。

■ 高速保險絲

‧ 為確保周邊設備安全，請務必外加高速保險絲，保

險絲規格請參閱使用說明書之說明。

■ 輸入側雜訊濾波器

‧ 搭配專用濾波器，可符合 EMC 法規之規範。

‧ 輸入側雜訊濾波器之選用，請參閱使用說明書內之

說明。

■ 變頻器

‧ 輸入側 R, S, T 端子無相序區分，可任意變換。

‧ 接地端子 E 請確實做好接地處理。

■ 輸出側雜訊濾波器

‧ 變頻器輸出側加裝專用雜訊濾波器時，可降低輻射

干擾及感應雜訊。

■ 馬達

‧ 若一台變頻器驅動多台馬達時，變頻器之額定電流

必需大於馬達同時運轉時之總電流。

‧ 馬達與變頻器必須分別接地。

電源

無熔絲開關 NFB

(及漏電斷路器)

電磁接觸器

AC 電抗器

輸入側雜訊

濾波器

變頻器

輸出側雜訊濾波器

三相馬達

高速保險絲

2.1.1 變頻器銘板

2.1.2 型號

E710 - 4 01 - H 3 E F

輸入電壓：

2：200V 級

4：400V 級

5：575V 級

6：690V 級

最大適用馬達容量：

P5: 0.5HP

01： 1HP

02： 2HP

∫

10： 10HP

電源輸入：

1：單相輸入

3：三相輸入

空白：單三相共用

E: 簡易

S: 標準

產品型式： F：內建

H：標準型(LED 操作器)

C：標準型(LCD 操作器)

空白：無操作器

E710 系列

雜訊濾波器：

F: 內建 EMC 濾波器

空白：無濾波器

型號列表：

變頻器型號

(標準品型號)

適用電壓(Vac)

適用

頻率

(Hz)

馬力數

(HP)

適用

馬達

(KW)

Filter

內建

內含不含

E710-2P5-HE

1ph/3ph，

200~240V

+10%/-15%

50/60Hz

0.5 0.4 ◎

E710-201-HE 1 0.75 ◎

E710-202-HS 2 1.5 ◎

E710-203-HS 3 2.2 ◎

E710-2P5-H1EF

1ph，

200~240V

+10%/-15%

0.5 0.4 ◎

E710-201-H1EF 1 0.75 ◎

E710-202-H1SF 2 1.5 ◎

E710-203-H1SF 3 2.2 ◎

E710-205-H3S 3ph，

200~240V

+10%/-15%

5 3.7 ◎

E710-208-H3S 7.5 5.5 ◎

E710-401-H3E

3ph，

380~480V

+10%/-15%

1 0.75 ◎

E710-402-H3E 2 1.5 ◎

E710-403-H3S 3 2.2 ◎

E710-405-H3S 5 3.7 ◎

E710-408-H3S 7.5 5.5 ◎

E710-410-H3S 10 7.5 ◎

E710-401-H3EF 1 0.75 ◎

E710-402-H3EF 2 1.5 ◎

E710-403-H3SF 3 2.2 ◎

E710-405-H3SF 5 3.7 ◎

E710-408-H3SF 7.5 5.5 ◎

E710-410-H3SF 10 7.5 ◎

2.1.3 產品電氣規格

200V 機種：

型號： E710-□□□ 2P5 201 202 203 205 208

馬力數 (HP) 0.5 1 2 3 5 7.5

適用電機容量 (kW) 0.4 0.75 1.5 2.2 3.7 5.5

額定輸出電流 (A) 2.8 4.8 7.5 11 17 25

額定容量 (kVA) 1.2 1.7 2.9 4.0 6.7 9.9

輸入電壓範圍單 /三相 200～ 240V (+10%-15%),50/60HZ

輸出電壓範圍三相 0～ 240V

輸入電流 (A) 5.0/2.9 8.7/5.0 13.7/7.9 20.1/11.6 17.9 26.3

允許瞬停時間 (Sec) 2.0 2.0 2.0 2.0 2.0 2.0

防護等級 IP20/NEMA1

380V 機種：

型号： E710-□ □ □ 401 402 403 405 408 410

馬力數 (HP) 1 2 3 5 7.5 10

適用電機容量 (kW) 0.75 1.5 2.2 3.7 5.5 7.5

額定輸出電流 (A) 2.7 4.2 5.5 9.0 13 17

額定容量 (kVA) 1.7 2.9 4.0 6.7 9.9 13.3

輸入電壓範圍三相 380～ 480V (+10%-15%),50/60HZ

輸出電壓範圍三相 0～ 480V

輸入電流 (A) 2.8 4.4 5.8 9.5 13.7 17.9

允許瞬停時間 (Sec) 1.5 2.0 2.0 2.0 2.0 2.0

防護等級 IP20/NEMA1

■2.2 產品規格及配線圖 (簡易版 E 適用)

■2.2.1 產品規格

項目基本規格

控制方式

IM: V/F、SLV

PM: SLV

頻

率

頻率控制範圍 0.01～599Hz

啟動轉矩 150%/3Hz(VF 模式) , 150% / 0.5Hz (SLV 模式)

頻率解析度數位輸入: 0.01Hz

類比輸入:0.06Hz/60Hz

頻率設定

面板：·使用面板▲▼ 鍵設定頻率，面板旋鈕設定頻率

外部端子: ·AI1、AI2 (0～10V / 2～10V / 0～20mA / 4～20mA)

輸入 up/down 頻率設定

通訊設定

頻率限制頻率上、下限 ·3 段跳躍頻率可以設定

速度精度 V/F :±2~3%

SLV :± 1%

運

轉

運轉設定

面板：run、stop 鍵控制

外部端子：·多功能運轉模式運轉(2/3 線制選擇) 、寸動運轉

通訊運轉

一

般

控

制

V/F 曲線設定 18 條固定曲線、1 條任意曲線

載波頻率 2～16KHz (出廠預設值為: 4kHz)

加減速控制 2 段加/減速時間可設定 (0.1～3600.0 Sec)

4 段 S 曲線可設定

多功能輸入有 29 種功能可以設定(參見群組 3 說明)

多功能輸出有 21 種功能可以設定(參見群組 3 說明)

多功能模擬輸出有 5 種功能可以設定(參見群組 4 說明)

其他功能

過負載檢出、16 段速、自動程式功能、加/減速時間切換、主/副

運轉信號切換、主/副頻率來源切換、PID 控制、轉矩補償、啟動

頻率、滑差補償、異常複歸等

顯

示

5 位 LED 顯示：參數/參數值/頻率/線速度/直流電壓/輸出電壓/輸出電流

/PID 回饋/輸入輸出端子狀態/散熱片溫度/程式版本/故障記錄/等

狀態指示燈指示：FWD，REV，SEQ，REF

保

護

特

性

超載保護電子繼電器保護馬達及變頻器 (150%/60s)

過電壓 200V 級：直流電壓>410V，400V 級：直流電壓>820V

不足電壓 200V 級：直流電壓<190V，400V 級：直流電壓<380V

瞬間停電在啟動瞬停後短時間內可以再啟動

失速防止加速/減速/運轉中均有失速防止保護

輸出端短路電子線路保護

接地故障利用電流檢出器保護

其他保護功能

散熱片過熱保護、載波隨溫度降低功能、故障接點輸出、反轉限

制、開機後直接啟動及故障複歸的限制、參數鎖定、馬達 PTC 過

熱保護等功能

通訊控制標準內建 RS485 通訊(Modbus),可做 1 對 1 或 1 對多控制

環

境

運轉溫度

IP20 型/NEMA 1:

配電盤內: -10~50°(無防塵貼紙) (de-rating from 50, 50~60℃)

每增加 1℃需降 2%電流) -10~40°(有防塵貼紙)

並排安裝為-10~40℃

存儲溫度 -20～70℃

濕度

95%相對溼度 RH 以下，無冷凝或水滴產生

(遵循 IEC60068-2-78 標準)

震動

10Hz≦f≦57Hz：±0.075mm Amplitude；

57Hz≦f≦150Hz：1.0G Acceleration:(依據 IEC60068-2-6 標準)

防護等級 IP20/NEMA1

國際認證 UL、CE、RoHS、REACH

■

2.2.2 配線圖

以下為 E710 變頻器簡易版機種之配線圖(◎表示主回路端子，○表示控制回路端子)，

E710 依型號不同，配線端子台的位置及符號會稍有差異。主回路端子及控制回路端子說明

請參考之後章節內容。

NFB MC

外加高速保險絲

P BR煞車電阻 R/L1 S/L2

多類比輸出1機

能

接

點

輸

入

數位信號電源端子 (PNP) 24V數位信號共同端子 (NPN) 24VG

故障重置

正向運轉/停止

多段速指令3 Source(PNP) SW5 AO1

AO2

GND

E類比輸出2

E T/L3 U/T1 V/T2 W/T3

CN2 (RJ45) GND 類比信號共同端子 +10V 類比輸入用電源 AI1 多機能類比輸入 (0~10V, 500K / 4~20mA, 500) P

R1A

R1B

R1C +10V, 20mA

主迴路電源

出

廠

設

定

外

部

類

比

輸

入

0~10V/4~20mA 0V

Sink(NPN), 出廠設定反向運轉/停止多段速指令1多段速指令2第三種接地電阻值100以下類比信號輸出1, 2 DC 0~10V/4~20mA

多機能繼電器輸出 250VAC, 1A以下 30VDC, 1A以下

多機能光耦輸出1 (DC 48V/50mA, Open Collector)

表隔離線, 表雙絞芯隔離絞線 P端子符號表示主迴路, 表示控制迴路 RS485

1 : S(+) 2 : S(-) 3 : S(+) 4 : Reserved 5 : Reserved 6 : S(-) 7 : 5V 8 : GND A P B

AI1

SW3 V

AO1

SW1

AO2

SW2

DOG

DO1

SGND

備註說明：

*1：多機能數位輸入接點 S1~S6，可透過開關 SW5 設置成 Source(PNP, with +24V common) or Sink(NPN, with 24VG common)。

*2：多機能類比輸入 AI1，可透過開關 SW3 設置成電壓命令輸入(0~10V)或電流命令輸入(4~20mA)，並請搭配參數 04-00 設定。

*3：使用開集極輸入方式時，因有內建 pull-up 電阻，外部不需串接電阻。

*4：AO1 預設 0~+10V 輸出，AO2 預設 0~+10V 輸出。

2.3 產品規格及配線圖 (標準版 S 適用)

■2.3.1 產品規格

項目基本規格

控制方式

IM: V/F、V/F+PG(開發中)、SLV、SV(開發中)、

PM: SV(開發中)、SLV

SRM(開發中): PMA-SyRM-SLV、SyRM-SLV

頻

率

頻率控制範圍 0.01～599Hz

啟動轉矩 150%/3Hz(VF 模式) , 150% / 0.5Hz (SLV 模式)

頻率解析度數位輸入: 0.01Hz

類比輸入:0.06Hz/60Hz

頻率設定

面板：·使用面板▲▼ 鍵設定頻率，面板旋鈕設定頻率

外部端子: ·AI1、AI2 (0～10V / 2～10V / 0～20mA / 4～20mA) 輸入

up/down 頻率設定

通訊設定

頻率限制頻率上、下限 ·3 段跳躍頻率可以設定

速度精度 V/F :±2~3%

SLV :± 1%

運轉運轉設定

面板：run、stop 鍵控制

外部端子：·多功能運轉模式運轉(2/3 線制選擇) 、寸動運轉

通訊運轉

一般

控制

V/F 曲線設定 18 條固定曲線、1 條任意曲線

載波頻率 2～16KHz (出廠預設值為: 4kHz)

加減速控制 2 段加/減速時間可設定 (0.1～3600.0 Sec)

4 段 S 曲線可設定

多功能輸入有 29 種功能可以設定(參見群組 3 說明)

多功能輸出有 21 種功能可以設定(參見群組 3 說明)

多功能模擬輸出有 5 種功能可以設定(參見群組 4 說明)

其他功能

過負載檢出、16 段速、自動程式功能、加/減速時間切換、主/副運轉信號

切換、主/副頻率來源切換、PID 控制、轉矩補償、啟動頻率、滑差補償、

異常複歸等

顯

示

5 位 LED 顯示：參數/參數值/頻率/線速度/直流電壓/輸出電壓/輸出電流/PID 回饋/

輸入輸出端子狀態/散熱片溫度/程式版本/故障記錄/等

狀態指示燈指示：FWD，REV，SEQ，REF

保

護

特

性

超載保護電子繼電器保護馬達及變頻器 (150%/60s)

過電壓 200V 級：直流電壓>410V，400V 級：直流電壓>820V

不足電壓 200V 級：直流電壓<190V，400V 級：直流電壓<380V

瞬間停電在啟動瞬停後短時間內可以再啟動

失速防止加速/減速/運轉中均有失速防止保護

輸出端短路電子線路保護

STO 功能輸出快速遮斷保護

接地故障利用電流檢出器保護

其他保護功能散熱片過熱保護、載波隨溫度降低功能、故障接點輸出、反轉限制、開機

後直接啟動及故障複歸的限制、參數鎖定、馬達 PTC 過熱保護等功能

通訊控制標準內建 RS485 通訊(Modbus),可做 1 對 1 或 1 對多控制

環

境

運轉溫度

IP20 型/NEMA 1:

配電盤內: -10~50°(無防塵貼紙) (de-rating from 50, 50~60℃) 每增

加 1℃需降 2%電流) -10~40°(有防塵貼紙)

並排安裝為-10~40℃

存儲溫度 -20～70℃

濕度

95%相對溼度 RH 以下，無冷凝或水滴產生

(遵循 IEC60068-2-78 標準)

震動

10Hz≦f≦57Hz：±0.075mm Amplitude；

57Hz≦f≦150Hz：1.0G Acceleration:(依據 IEC60068-2-6 標準)

防護等級 IP20/NEMA1

國際認證 UL、CE、RoHS、REACH

■2.3.2 配線圖

以下為 E710 變頻器標準版機種之配線圖(◎表示主回路端子，○表示控制回路端子)，

E710 依型號不同，配線端子台的位置及符號會稍有差異。主回路端子及控制回路端子說明

請參考之後章節內容。

NFB MC

外加高速保險絲

P BR煞車電阻 R/L1 S/L2

多類比輸出1機

能

接

點

輸

入

數位信號電源端子 (PNP) 24V數位信號共同端子 (NPN) 24VG

故障重置

正向運轉/停止

多段速指令3

寸動指令

Source(PNP) SW5 AO1

AO2

GND

CN3

類比輸出2

E T/L3 U/T1 V/T2 W/T3

CN2 (RJ45) GND 類比信號共同端子

+10V 類比輸入用電源 +10V, 20mA AI1 多機能類比輸入 (-10~10V/0~10V, 500K / 4~20mA, 500) AI2 多機能類比輸入 P

R1A

R1B

R1C

SF2

安全輸入接點

主迴路電源

出

廠

設

定

外

部

類

比

輸

入

-10V~10V/4~20mA 4~20mA/0~10V 0V

Sink(NPN), 出廠設定反向運轉/停止多段速指令1多段速指令2第三種接地電阻值100以下類比信號輸出1, 2 DC 0~10V/4~20mA

選購擴充卡槽(PG卡/通訊卡)多機能繼電器輸出 250VAC, 1A以下 30VDC, 1A以下多機能光耦輸出1 (DC 48V/50mA, Open Collector)多機能光耦輸出2 (DC 48V/50mA, Open Collector) /多機能脈波輸出 (32k Hz. Max.) DO1

表隔離線, 表雙絞芯隔離絞線 P端子符號表示主迴路, 表示控制迴路 RS485

1 : S(+) 2 : S(-) 3 : S(+) 4 : Reserved 5 : Reserved 6 : S(-) 7 : 5V 8 : GND A P B

AI1

SW3

SF1

AI2

SW4

AO1

SW1

AO2

SW2

DOG

DO2

多機能接點輸入7 / 脈波輸入32K Hz. Max.

(0~10V, 900K / 4~20mA, 250) SGND

備註說明：

*1：多機能數位輸入接點 S1~S7，可透過開關 SW5 設置成 Source(PNP, with +24V common) or Sink(NPN, with 24VG common)。

*2：多機能類比輸入 AI1 / AI2，可透過開關 SW3 / SW4 設置成電壓命令輸入(0~10V)或電流命令輸入(4~20mA)，並請搭配參數 04-00 設定。

*3：使用開集極輸入方式時，因有內建 pull-up 電阻，外部不需串接電阻。

*4：安全輸入接點 SF1& SF2 短接 SG 變頻器始可正常輸出，使用安全輸入時，請務必拆下 SF1-SG, SF2-SG 間的短接線。

*5：AO1 預設 0~+10V 輸出，AO2 預設 0~+10V 輸出。

*6：DO2 使用 pulse out 功能時上拉電阻建議為 200 歐姆

2.4 端子機能說明

2.4.1 主回路端子说明

220V : 2P5~201HP/440V : 401~402HP

220V : 202~208HP/440V : 403~410HP

表 1 主回路端子定義

端子記號

200V：0.5~8HP

400V：1~10HP

R/L1

S/L2 主回路電源輸入 (單相輸入，只接 R-T)

T/L3

P－BR：外接煞車電阻 BR

U/T1

V/T2 變頻器輸出

W/T3

E/PE/ 接地端子 (第三種接地)

2.4.2 控制回路端子说明

■簡易版 E 適用

220V : 2P5~201HP/440V : 401~402HP

表 2 控制回路端子定義（簡易版 E 適用）

種類端子端子功能

數位輸入

S1 多機能輸入端子

S2 多機能輸入端子

S3 多機能輸入端子

S4 多機能輸入端子

S5 多機能輸入端子

S6 多機能輸入端子

24V

電源

24V 數位訊號 SOURCE 共同點

24VG 數位訊號 SINK 共同點

種類端子端子功能

類比輸

入

訊號

+10V 速度設定用電源

AI1 多機能類比輸入 1 可切換電壓或電流輸入(0~10V)/(4-20mA)

GND 類比訊號共同端子

E 遮蔽線連接端子 (大地)

類比輸

出

訊號

AO1 多機能類比輸出端子,可切換電壓或電流輸出(0~10V 輸出)/(4-20mA

輸出)

AO2 多機能類比輸出端子,可切換電壓或電流輸出(0~10V 輸出)/(4-20mA

輸出)

GND 類比訊號共同端子

數位輸

出

D01 多機能(開集極電晶體)輸出

DOG 開集極電晶體共同端子

繼電器

輸出

R1A 電驛 A 接點 (多機能輸出端子)

R1B 電驛Ｂ接點 (多機能輸出端子)

R1C 電驛共同端子

RS-485

RS485/MODBUS B

SGND 訊號地

■標準版 S 適用

220V : 202~208HP/440V : 403~410HP

表 3 控制回路端子定義（標準版 S 適用）

種類端子端子功能

數位輸

入

S1 多機能輸入端子

S2 多機能輸入端子

S3 多機能輸入端子

S4 多機能輸入端子

S5 多機能輸入端子

S6 多機能輸入端子

S7 多機能輸入端子/可選脈波輸入, BW 32KHz

24V 電

源

24V 數位訊號 SOURCE 共同點

24VG 數位訊號 SINK 共同點

種類端子端子功能

類比輸

入

訊號

+10V 速度設定用電源

AI1 多機能類比輸入 1,可切換電壓或電流輸入(0~10V)/(4-20mA)

AI2 多機能類比輸入 2,可切換電壓或電流輸入(0~10V)/(4-20mA)

GND 類比訊號共同端子

類比輸

出

訊號

AO1 多機能類比輸出端子,可切換電壓或電流輸出(0~10V 輸出)/(4-20mA 輸出)

AO2 多機能類比輸出端子,可切換電壓或電流輸出(0~10V 輸出)/(4-20mA 輸出)

GND 類比訊號共同端子

數位輸

出

DO1 多機能(開集極電晶體)輸出

DO2 多機能(開集極電晶體)輸出/可切換脈波輸出, BW 32KHz

DOG 開集極電晶體共同端子

繼電器

輸出

R1A 電驛 A 接點 (多機能輸出端子)

R1B 電驛Ｂ接點 (多機能輸出端子)

R1C 電驛共同端子

安全輸

入

F1 開:以安全輸入自由運轉 ; 關:一般運轉

F2 (使用外部安全開關停止務必將短路線拆除)

SG 安全指令共同端子

RS-485

RS485/MODBUS B

SGND 訊號地

注意

‧ 端子+10V 輸出電流最大容量為 20mA。

‧ 多機能類比輸出 AO1，AO2 為接電錶專用之類比輸出，請勿用作回授控制等之類比輸出信號。

‧ 控制板 24V 與+10V 電源僅供內部控制使用，請勿外接至其他裝置供電。

2.5 端子配線規格

2.5.1 配線規格

E710 機種電線線徑 AWG (mm2

)

無熔絲開關

NFB*4

電磁接觸器

電源適用馬力數 MC*4 (HP)*1 額定電流

(A)

主回路*2 接地線

E(G)

控制端子

200V

0.5HP 2.8 14~12

(2～3.5)

14~12

(2～3.5)

24~16

(0.2～

1.5)

TO-50EC(15A) CU-11 1HP 4.8

2HP 7.5

12~10

(3.5～5.3)

12~10

(3.5～5.3)

TO-50EC(20A) CU-11

3HP 11 10

(5.3)

(5.3) TO-50EC(30A) CU-11

5HP 17 8（8.4） 8（8.4） TO-50EC(30A) CU-16

7.5HP 25 8（8.4） 8（8.4） TO-100S(50A) CU-18

400V

3 Ø

1HP 2.7

14~12

(2～3.5)

14~12

(2～3.5)

TO-50EC(15A) CU-11

2HP 4.2

14~12

(2～3.5)

14~12

(2～3.5)

TO-50EC(15A) CU-11

3HP 5.5

14~10

(2～5.3)

14~10

(2～5.3) TO-50EC(15A) CU-11

5HP 9

12~10

(3.5～5.3)

12~10

(3.5～5.3) TO-50EC(15A) CU-18

7.5HP 13 10

(5.3)

(5.3) TO-50EC(20A) CU-18

10HP 17 8（8.4） 8（8.4） TO-50EC(30A) CU-25

2.5.2 端子規格建議

2.5.2.1 主回路

2.5.2.2 控制端子

2.6 外形尺寸圖及安裝

2.6.1 標準型

（a）220V : 2P5~201HP/440V : 401~402HP (IP00)

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-2P5-HE 72 142 150 60 130.5 5 M4 1.2

E710-201-HE 72 142 150 60 130.5 5 M4 1.2

E710-401-H3E 72 142 150 60 130.5 5 M4 1.2

E710-402-H3E 72 142 150 60 130.5 5 M4 1.2

（b）220V : 2P5~201HP/440V : 401~402HP (NEMA1)

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-2P5-HE 72 220 150 60 130.5 5 M4 1.5

E710-201-HE 72 220 150 60 130.5 5 M4 1.5

E710-401-H3E 72 220 150 60 130.5 5 M4 1.5

E710-402-H3E 72 220 150 60 130.5 5 M4 1.5

（c）220V : 202~205HP/440V : 403~405HP (IP00)

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-202-HS 87 157 164 73 145 5 M4 1.9

E710-203-HS 87 157 164 73 145 5 M4 1.9

E710-205-H3S 87 157 164 73 145 5 M4 1.9

E710-403-H3S 87 157 164 73 145 5 M4 1.9

E710-405-H3S 87 157 164 73 145 5 M4 1.9

（d）220V : 202~205HP/440V : 403~405HP (NEMA1)

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-202-HS 87 220 164 73 145 5 M4 2.0

E710-203-HS 87 220 164 73 145 5 M4 2.0

E710-205-H3S 87 220 164 73 145 5 M4 2.0

E710-403-H3E 87 220 164 73 145 5 M4 2.0

E710-405-H3S 87 220 164 73 145 5 M4 2.0

（e）220V : 208HP/440V : 408-410HP (IP00)

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-208-H3S 109 207 169 94 194.5 6 M4 2.3

E710-408-H3S 109 207 169 94 194.5 6 M4 2.3

E710-410-H3S 109 207 169 94 194.5 6 M4 2.3

（f）220V : 208HP/440V : 408-410HP (NEMA1)

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-208-H3S 109 250 169 94 194.5 6 M4 2.3

E710-408-H3S 109 250 169 94 194.5 6 M4 2.3

E710-410-H3S 109 250 169 94 194.5 6 M4 2.3

2.6.2 內建濾波器型（440V 1~10HP）

（a）440V : 401~402HP

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-401-H3EF 72 169.5 195.5 60 156 1.2 M4

重量待定

E710-402-H3EF 72 169.5 195.5 60 156 1.2 M4

（b）440V : 403-405HP

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-403-H3SF 87 184 207 73 171 1.2 M4

重量待定

E710-405-H3SF 87 184 207 73 171 1.2 M4

（c）440V : 408-410HP

變頻器型號

外型尺寸(mm)

W H D W1 H1 t d 毛重(kg) 備註

E710-408-H3SF 109 232 210 94 222.5 1.2 M4

重量待定

E710-410-H3SF 109 232 210 94 222.5 1.2 M4

2.6.3 KeyPad 外形尺寸圖

安裝位置

產品需安裝於易操作之環境並避免暴露於下列環境：

 避免直接日曬

 防止雨水滴淋或潮濕環境

 防止油霧、鹽分侵蝕

 防止腐蝕性液體、瓦斯

 防止粉塵、棉絮及金屬細屑侵入

 防止電磁干擾(熔接機、動力機器)

 遠離放射性物質及可燃物

 防止震動(沖床)，若無法避免請加裝防震墊片以減少震動

第 3 章軟體索引

3.1 參數一覽表

參數群組名稱

群組 00 基本功能群組

群組 01 V/F 控制功能群組

群組 02 IM 馬達參數群組

群組 03 外部端子數位輸入輸出功能群組

群組 04 外部端子類比輸入輸出功能群組

群組 05 多段速功能群組

群組 06 自動運轉功能群組

群組 07 運轉停止功能群組

群組 08 保護功能群組

群組 09 通訊功能群組

群組 10 PID 功能群組

群組 11 輔助功能群組

群組 12 監視功能群組

群組 13 維護功能群組

群組 14 PLC 設定群組

群組 15 PLC 監控群組

群組 16 LCD 機能群組

群組 17 自動調校功能群組

群組 18 滑差補償功能群組

群組 19 擺頻功能群組

群組 20 速度控制功能群組

群組 21 轉矩及位置控制功能群組

群組 22 PM 馬達群組

參數屬性

*1 運轉中可修改的參數

*2 保留

在做出廠設定時，此參數的值(用戶設

定的值)不會恢復為出廠預設值

*4 參數唯讀不可修改

*5 需搭配選配卡時，參數才會顯示

*6 僅使用 LED 數位操作器時顯示

*7 僅使用 LCD 數位操作器時顯示

*8 其設定值將依 13-08 之設定而變更

*9 保留

*10

加裝 I/O 擴充卡後始開放之參數

（I/O 卡在开发中）

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