HV100 Series Frequency Inverter. User Manual (V4.0)

HV100

Series High Performance Current Vector Inverter

008group-PID Control Parameter

Function

Setting

Name

Content

Factory

Alteration

code

range

0: Automatic

PID operation

08.00

1: Manually operation through the defined multi-function

0～1

mode

terminal

0: Digital given

1: AI1

2: AI2

PID setting

08.01

3: Pulse given

0～6

○

channel selection

4: RS485 communication

5: Pressure given（MPa、Kg）

6: Potentiometer given

When using analog feedback, this function code realizes

setting the given quantity of closed-loop control with the

Set by digital

0.0～

08.02

keypad, and this function is effective only when the

50.0%

○

quantity

100.0％

digital given channel of closed-loop is selected (08.01 is

0).

0: AI1

1: AI2

2: AI1+AI2

PID feedback

3: AI1-AI2

08.03

0～7

○

channel selection

4: MAX｛AI1，AI2｝

5: MIN｛AI1，AI2｝

6: Pressure given

7: RS485 communication

LED single digit:PID polarity selection

0: Positive

1: Negative

LED10 digit: ）Scaling characteristics

0: Constant proportional integral regulation

Advanced

1: Automatic proportional intergral regulation

characteristic

08.04

LED100 digit: Integral regulation characteristic

000～111

000

setting of PID

0: when the frequency reaches the upper and lower

controller

limit,stop the integral adjustments

1: when the frequency reaches the upper and lower

limit,continue the integral adjustments

LED1000 digit: Reserved

Proportional gain

0.01～

08.05

The speed of PID adjustment is set by two parameters:

2.50

○

KP1

100.00

proportional gain and integration time. For fast

adjustment, it is necessary to increase proportional gain

Integration time

0.01～

08.06

and reduce integration time; for slow adjustment, it is

0.10

○

Ti1

10.00s

necessary to reduce proportional gain and increase

integration time. Under normal circumstances, the

Differential time

0.01～

08.07

differential time is not set; 0.0: no differentiation.

0.00

○

Td1

10.00s

HV100

Series High Performance Current Vector Inverter

Sampling period is the sampling period of feedback, and

the regulator operates once in each sampling period.

The larger the sampling period, the slower the response,

0.01～

08.08

Sampling period T

0.10

○

but the better the suppression effect on interference

10.00s

signal, so it is generally unnecessary to set it; 0.00:

automatic.

The deviation limit is the ratio of the absolute value of the

deviation between the feedback amount and the given

0.0～

08.09

Deviation limit

0.0%

○

amount of the system. When the feedback amount is

100.0％

within the deviation limit, the PID adjustment will not act.

This function code defines the frequency and running

time of inverter before PID is put into operation when PID

0.00～Upper

Closed loop preset

08.10

control is effective. In some control systems, in order to

limit

0.00

○

frequency

make the controlled object reach the preset value

quickly, the inverter forcibly outputs a certain frequency

value of 08.10 and a frequency holding time of 08.11

according to the setting of this function code. That is,

Preset frequency

when the control object is close to the control target, the

0.0～

08.11

0.0

holding time

PID controller is put into operation to improve the

3600.0s

response speed.

0: Invalid

1: Sleep when the feedback pressure exceeds or falls

below the sleep threshold

08.12

Sleep mode

0～3

2: Sleep when feedback pressure and output frequency

are stable

3: Reserved

Selection of sleep

0: Deceleration stop

08.13

0～1

○

stop mode

1: Free stop

Deviation between

feedback and set

08.14

0.0～10.0％

0.5%

○

pressure when

entering sleep

0.0 ~

08.15

Sleep threshold

200.0% * set

100.0%

○

pressure

0.0 ~

08.16

Wake threshold

08.12=1 schematic diagram (sleep mode 1)

200.0% * set

90.0%

○

pressure

0.0～

08.17

Sleep delay time

100.0

○

3600.0s

0.0～

08.18

Wake delay time

5.0

○

3600.0s

08.12=2 schematic diagram (sleep mode 2)

Proportional gain

0.01～

08.19

1.00

○

KP2

The speed of PID adjustment is set by two parameters:

100.00

proportional gain and integration time. For fast

adjustment, it is necessary to increase proportional gain

Integration time

0.01～

08.20

and reduce integration time; for slow adjustment, it is

0.10

○

Ti2

10.00s

necessary to reduce proportional gain and increase

integration time. Under normal circumstances, the

Differential time

0.01～

08.21

differential time is not set; 0.0: no differentiation.

0.00

○

Td2

10.00s

Upper limit cut-off

frequency of PID

【08.23】～

08.22

Set PID upper limit cut-off frequency

50.00

300.00Hz

Lower limit cut-off

frequency of PID

—300.00Hz

08.23

Set PID lower limit cutoff frequency

0.00

～【08.22】

0.00Hz～

08.24

Sleep frequency

Set Sleep frequency

0.00

【00.13】

009Group-PLC、Multistage speed、Swing frequency and Fix length control

Function

Setting

Name

Content

Factory

Alteration

code

range

0: stop after single cycle

Selection of PLC

1: Keep the final value running after a single cycle

09.00

0～3

operation mode

2: Limited times continuous cycle

3: Continuous cycle

0: Automatic

Operation mode of

09.01

1: Manually operation through the defined multi-function

0～1

PLC

terminal

Memory of PLC

0: Not store

09.02

running power

1: Remember the stage and frequency of power-down

0～1

failure

time

0: Restart

1: Start from the stage of shutdown (failure) time

09.03

PLC starting mode

0～2

2: Start from the stage and frequency of shutdown

(failure) time

Finite number of

09.04

Set PLG Finite cycle number

1～65535

○

continuous cycles

Selection of PLC

09.05

0: s

1: min

0～1

running time unit

-Upper limit

Multistage speed

frequency～

09.06

Set Multistage speed frequency 0

5.00

○

frequency 0

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.07

Set Multistage speed frequency 1

10.00

○

frequency 1

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.08

Set Multistage speed frequency 2

15.00

○

frequency 2

Upper limit

frequency

HV100

Series High Performance Current Vector Inverter

-Upper limit

Multistage speed

frequency～

09.09

Set Multistage speed frequency 3

20.00

○

frequency 3

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.10

Set Multistage speed frequency 4

25.00

○

frequency 4

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.11

Set Multistage speed frequency 5

30.00

○

frequency 5

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.12

Set Multistage speed frequency 6

40.00

○

frequency 6

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.13

Set Multistage speed frequency 7

50.00

○

frequency 7

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.14

Set Multistage speed frequency 8

0.00

○

frequency 8

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.15

Set Multistage speed frequency 9

0.00

○

frequency 9

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.16

Set Multistage speed frequency 10

0.00

○

frequency 10

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.17

Set Multistage speed frequency 11

0.00

○

frequency 11

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.18

Set Multistage speed frequency 12

0.00

○

frequency 12

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.19

Set Multistage speed frequency 13

0.00

○

frequency 13

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.20

Set Multistage speed frequency 14

0.00

○

frequency 14

Upper limit

frequency

-Upper limit

Multistage speed

frequency～

09.21

Set Multistage speed frequency 15

0.00

○

frequency 15

Upper limit

frequency

0th stage speed

Set the 0th stage speed acceleration and deceleration

09.22

acceleration and

0～3

○

time

deceleration time

0th stage speed

09.23

running time

Set the 0th stage speed running time

0.0~6553.5s

0.0

○

(min)

1st speed

09.24

acceleration and

Set the 1st stage speed acceleration and deceleration

0～3

○

deceleration time

time

1st speed running

0.0~6553.5s

09.25

time

Set the 1st stage speed running time

0.0

○

(min)

2nd speed

Set the 2nd stage speed acceleration and deceleration

09.26

acceleration and

0～3

○

time

deceleration time

2nd speed running

0.0~6553.5s

09.27

time

Set the 2nd stage speed running time

0.0

○

(min)

3rd speed

Set the 3rd stage speed acceleration and deceleration

09.28

acceleration and

0～3

○

time

deceleration time

3rd speed running

09.29

time

Set the 3rd stage speed running time

0.0~6553.5s

0.0

○

(min)

HV100

Series High Performance Current Vector Inverter

4th speed

09.30

acceleration and

Set the 4th stage speed acceleration and deceleration

0～3

○

deceleration time

time

4th speed running

time

0.0~6553.5s

09.31

Set the 4th stage speed running time

0.0

○

(min)

5th speed

Set the 5th stage speed acceleration and deceleration

09.32

acceleration and

0～3

○

time

deceleration time

5th speed running

time

0.0~6553.5s

09.33

Set the 5th stage speed running time

0.0

○

(min)

6th speed

Set the 6th stage speed acceleration and deceleration

09.34

acceleration and

0～3

○

time

deceleration time

6th speed running

time

0.0~6553.5s

09.35

Set the 6th stage speed running time

0.0

○

(min)

7th speed

Set the 7th stage speed acceleration and deceleration

09.36

acceleration and

0～3

○

time

deceleration time

7th speed running

0.0~6553.5s

09.37

Set the 7th stage speed running time

0.0

○

time

(min)

8th speed

Set the 8th stage speed acceleration and deceleration

09.38

acceleration and

0～3

○

time

deceleration time

8th speed running

0.0~6553.5s

09.39

Set the 8th stage speed running time

0.0

○

time

(min)

9th speed

Set the 9th stage speed acceleration and deceleration

09.40

acceleration and

0～3

○

time

deceleration time

9th speed running

0.0~6553.5s

09.41

Set the 9th stage speed running time

0.0

○

time

(min)

10th speed

Set the 10th stage speed acceleration and deceleration

09.42

acceleration and

0～3

○

time

deceleration time

10th speed

0.0~6553.5s

09.43

Set the 10th stage speed running time

0.0

○

running time

(min)

11th speed

Set the 11th stage speed acceleration and deceleration

09.44

acceleration and

0～3

○

time

deceleration time

11th speed

0.0~6553.5s

09.45

Set the 11th stage speed running time

0.0

○

running time

(min)

12th speed

Set the 12th stage speed acceleration and deceleration

09.46

acceleration and

0～3

○

time

deceleration time

12th speed

0.0~6553.5s

09.47

Set the 12th stage speed running time

0.0

○

running time

(min)

13th speed

Set the 13th stage speed acceleration and deceleration

09.48

acceleration and

0～3

○

time

deceleration time

13th speed

0.0~6553.5s

09.49

Set the 13th stage speed running time

0.0

○

running time

(min)

14th speed

Set the 14th stage speed acceleration and deceleration

09.50

acceleration and

0～3

○

time

deceleration time

14th speed

0.0~6553.5s

09.51

Set the 14th stage speed running time

0.0

○

running time

(min)

15th speed

Set the 15th stage speed acceleration and deceleration

09.52

acceleration and

0～3

○

time

deceleration time

15th speed

0.0~6553.5s

09.53

Set the 15th stage speed running time

0.0

○

running time

(min)

09.54

Reserved

—

◆

HV100

Series High Performance Current Vector Inverter

Swing frequency

0: Invalid

09.55

0～1

control

1: Effective

0: Automatic

Swing frequency

09.56

1: Manually operation through the defined multi-function

0～1

operation mode

terminal

Swing amplitude

0: Fixed swing

09.57

0～1

control

1:Variable swing

Swing frequency

0: Start according to the state memorized before

09.58

stop/starting mode

stopping

0～1

selection

1: Restart

Power-down

storage of

0: Store

09.59

0～1

frequency swing

1: Not store

state

The frequency at which the frequency converter operates

0.00Hz～

Swing preset

before it enters the swing operation mode or when it

09.60

Upper limit

10.00

○

frequency

leaves the swing operation mode and the time it runs at

frequency

this frequency point. If the function code 09.61≠0 (swing

frequency preset frequency waiting time) is set, the

inverter directly enters the swing frequency preset

Swing preset

frequency operation after starting, and enters the swing

0.0～

09.61

frequency waiting

0.0

time

frequency mode after the swing frequency preset

3600.0s

frequency waiting time.

The amplitude of Swing frequency is determined by

09.62, and the operating frequency of swing frequency is

0.0～

09.62

Swing amplitude

0.0%

○

restricted by the upper and lower frequencies. If it is set

100.0％

improperly, the Swing frequency will not work normally.

This function code refers to the amplitude of rapid

decline after the frequency reaches the upper limit

0.0～50.0％

frequency of the swing frequency, and of course it also

(Relative

09.63

Jump frequency

swing

0.0%

○

refers to the amplitude of rapid rise after the frequency

frequency

reaches the lower limit frequency of the swing frequency.

amplitude)

If it is set to 0.0%, there is no sudden jump frequency.

Swing frequency

This function code defines the running time from the

0.1～

09.64

5.0

○

rise time

lower limit frequency to the upper limit frequency and

3600.0s

Swing frequency

from the upper limit frequency to the lower limit

0.1～

09.65

5.0

○

falling time

frequency.

3600.0s

09.66

Reserved

—

◆

Fixed length

0: Invalid

09.67

0～1

control

1: Effective

This set of functions is used to realize the fixed-length

0.000～

09.68

Set length

shutdown function.

0.000

○

65.535(KM)

The frequency converter inputs counting pulses from the

terminal (HDI defined as function 47 ), and obtains the

0.000～

09.69

Actual length

calculated length according to the number of pulses per

0.000

○

65.535(KM)

revolution of the speed measuring shaft (09.73 ) and the

circumference of the shaft (09.72 ).

Length

0.100～

09.70

Calculation length = count pulse number ÷ Number of

1.000

○

magnification

30.000

pulses per revolution × Measure the circumference of

shaft.

The calculated length is corrected by length

Length correction

09.71

0.01～1.000

1.000

○

coefficient

magnification (09.70) and length correction coefficient

(09.71), and the actual length is obtained.

HV100

Series High Performance Current Vector Inverter

Measure the

Actual length = calculated length × Length magnification

0.10～

09.72

circumference of

÷ Length correction factor.

10.00

○

100.00CM

shaft

When the actual length (09.69) ≥ the set length (09.68),

the inverter will automatically issue a shutdown

Number of pulses

instruction to stop. The actual length (09.69) should be

09.73

per rotation of

1～65535

1024

○

shaft (HDI)

cleared or modified before running again < Set the length

(09.68), otherwise it will not start.

010 group-Protect Parameters

Function

Setting

Name

Content

Factory

Alteration

code

range

LED single digit: motor overload protect mode:

0: Forbid

1: Common motor（Electronic thermal relay mode，low

speed with compensation）

2: Variable frequency motor （Electronic thermal relay

mode，low speed without compensation）

3: User defined mode

Motor Overload

LED10 digit: inverter overload protect mode:

10.00

protection

0: Forbid

000～123

selection

1: Common mode

2: User defined mode

LED100 digit: inverter overload alarm :

0: Forbid

1: Effective

LED1000 digit: Reserved

Note: please refer to 10.29 ~ 10.32 for the description of

user defined overload protection.

Motor overload

20.0％～

10.01

protection

20.0％～120.0％

100.0%

120.0％

coefficient

Undervoltage

0: Forbid

10.02

protection action

0～1

selection

1: Allowed (undervoltage is regarded as fault)

220V: 180～

280V

Undervoltage

This function code specifies the allowable lower limit

200V

Type

10.03

protection level

voltage of DC bus when the inverter works normally.

380V: 330～

setting

480V

350V

220V: 350～

390V

Overvoltage limit

Overvoltage limit level defines the operating voltage

370V

Type

10.04

level

380V: 600～

setting

during overvoltage stall protection.

780V

660V

Voltage limit

In the process of deceleration, the larger this value is, the

Type

10.05

coefficient during

stronger the ability to suppress overvoltage is.

0～100

setting

deceleration

0: Overvoltage stall protection is invalid.

Current limit

80％～

Overcurrent limit level defines the operating current

Type

10.06

level(only VF

200％* INV

during overcurrent stall protection.

setting

mode is valid)

rated current

Selection of

current limit in

0: Limited by 10.06 current limit level

10.07

0～1

weak magnetic

1: Limited by the converted current limit level of 10.06

field

Current limiting

In the process of acceleration, the larger this value is, the

Type

10.08

coefficient during

stronger the ability of restraining overcurrent is. 0:

0～100

setting

acceleration

acceleration current limit is invalid.

Current limiting

0 ~ 100 is automatic frequency reduction, and the larger

10.09

coefficient during

the coefficient, the faster the frequency reduction rate;

0～5000

constant speed

101 ~ 5000 means manual frequency reduction, 101

means 0.01Hz /s, and so on, and 5000 means 50.00/s.

Drop load

The load drop detection time (10.10) defines that the

10.10

0.1S～60.0S

5.0

○

detection time

output current of the frequency converter is less than the

load drop detection level (10.11) for more than a certain

Drop load

time, and then the load drop signal is output; 0: the load

0～100%*

10.11

INV rated

○

detection level

drop detection is invalid.

current

By setting the parameters 10.12 A-09 10.13 ,when the

20％～

Overload

Type

10.12

200％* INV

○

pre-alarm level

output current of the frequency converter is greater than

setting

rated current

the overload pre-alarm level amplitude (10.12 ), the

Overload

frequency converter outputs the pre-alarm signal after

10.13

pre-alarm delay

0.0～30.0s

10.0

○

delay (10.13 ), which is displayed on the keypad

time

Temperature

By setting function No.51 in function codes 07.18 ~

0.0℃～

10.14

detection

07.21, when the temperature reaches this setting, an

65.0℃

threshold

90.0℃

indication signal is output.

0: Prohibit

Selection of input

1: Input protection invalid, output protection valid

Type

10.15

and output phase

0～3

lose protection

2: Input protection valid, output protection invalid

setting

3: All valid

When the input phase lose protection is selected to be

Input phase loss

effective and the input phase lose fault occurs, the

10.16

protection delay

0.0～30.0s

1.0

○

time

inverter will protect E-12 after the time defined in 10.16,

and stop freely.

When the actual output current of the motor is greater

Output phase lose

protection

than the rated current * [10.17 ], if the output phase

0％～100％*

10.17

INV rated

25%

detection

failure protection is effective, after a delay time of 5S ,the

reference

current

inverter protection will act [E-13], and stop freely.

If the ratio of the maximum value to the minimum value in

Output current

the three-phase output current is greater than this

unbalance

10.18

coefficient, and the duration exceeds 10 seconds, the

0.01～50.00

10.00

detection

coefficient

inverter will report the output current imbalance fault

E-13.

10.19

Reserved

—

◆

0: No action

1: Alarm and maintain operation at the frequency of

Treatment of PID

disconnection time

10.20

feedback

0～3

disconnection

2: Protection action and free stop

3: Alarm and decelerate to zero speed according to the

set mode

The maximum value given by PID is taken as the upper

limit value of feedback disconnection detection value. In

Feedback

the feedback disconnection detection time, when the

0.0～

10.21

disconnection

feedback value of PID is continuously less than the

0.0%

○

detection value

100.0%

feedback disconnection detection value, the inverter will

make corresponding protection actions according to the

setting of 09.20.

Feedback

Feedback the duration after disconnection and before

0.0～

10.22

disconnection

10.0

○

detection time

protection action.

3600.0S

Setting of FDT1

10.23

current detection

See function No.62 in 07.18 ~ 07.21 for details

0.～200.0%

◆

level

HV100

Series High Performance Current Vector Inverter

Selection of

0: Protection action and free stop

RS485

10.24

1: Alarm and maintain the status to continue operation

0～2

communication

abnormal action

2: Alarm and stop according to the stop mode

If RS485 communication fails to receive the correct data

signal within the time interval defined by this function

RS485

code, it is considered that RS485 communication is

communication

10.25

abnormal, and the inverter will make corresponding

0.0～100.0s

0.0

○

timeout detection

time

actions according to the setting of 10.24. When this value

is set to 0.0, RS485 communication timeout detection is

not performed.

Keypad

0: Protection action and free stop

communication

10.26

1: Alarm and maintain the status to continue operation

0～2

abnormal action

selection

2: Alarm and stop according to the stop mode

If the keypad communication fails to receive the correct

Keypad

data signal within the time interval defined by this

communication

10.27

function code, it is considered that the keypad

0.0～100.0s

1.0

○

timeout check-out

time

communication is abnormal, and the inverter will make

corresponding actions according to the setting of 10.26.

EEFROM reading

0: Protection action and free stop

10.28

and writing error

0～1

action selection

1: Alarm and maintain the status to continue operation

Motor overload

0～200%*

10.29

protection

When the 10.00 bit is set to 3, the output current reaches

Motor rated

150%

threshold

the motor overload protection threshold (10.29), and then

current

Motor overload

delays the motor overload protection detection time

10.30

protection

0～60000S

100

○

(10.30) and reports the motor overload E-08.

detection time

Inverter overload

0～200%*

10.31

protection

When 10.00 bit is 2, the output current reaches the

INV rated

150%

threshold

overload protection threshold of inverter (10.31), and

current

then delays the overload protection detection time of

Inverter overload

10.32

protection

inverter (10.32), and then reports the overload of inverter

0～60000S

○

detection time

E-09.

OC and module

When the failure times of OC and module exceed this set

10.33

fault limit reset

0～9999

○

times

value, it needs to be powered on again before resetting.

0: LED units

Selection of

encoder frequency

1: LED tens

10.34

0～3

○

adjustment start

2: LED hundreds

bit

3: LED thousands

10.35

Reserved

—

◆

011Group-RS485 communication parameters

Function

Setting

Name

Content

Factory

Alteration

code

range

Protocol selection

0: MODBUS

11.00

0～1

1: User defined

11.01

Local address

0: Broadcast address

1～247: Slave station

0～247

Communication

baud rate setting

0: 2400BPS

1: 4800BPS

2: 9600BPS

11.02

0～5

3: 19200BPS

4: 38400BPS

5: 115200BPS

HV100

Series High Performance Current Vector Inverter

0: No check（N，8，1）for RTU

1: Parity check（E，8，1）for RTU

2: Odd parity check（0，8，1）for RTU

11.03

Date format

0～5

3: No check（N，8，2）for RTU

4: Parity check（E，8，2）for RTU

5: Odd parity check（0，8，2）for RTU

Local machine

response delay

This function code defines the intermediate time interval

time

between receiving the data frame of the inverter and

sending the response data frame to the upper computer.

If the response time is less than the system processing

11.04

time, the system processing time shall prevail. If the

0～200ms

delay is longer than the system processing time, the

system will delay waiting after processing the data, and

then send the data to the upper computer until the

response delay time is up.

Transmission

0: Write response

11.05

response

0～1

processing

1: Write not response

Proportional

This function code is used to set the coefficient of the

linkage coefficient

frequency command received through the RS485

interface when the inverter is used as a slave. The actual

operating frequency is equal to the value of this function

11.06

0.01～10.00

1.00

○

code multiplied by the frequency setting command value

received through the RS485 interface. In linked control,

this function code can set the ratio of the running

frequency of multiple inverters.

LED single digit: Communication mode selection

0: General mode

1: Reserved

2: Reserved

3: Reserved

Transmission

4: Reserved

11.07

00～24

mode selection

LED10 digit: Broadcast frequency source selection

0: host set frequency

1: Host frequency source A

2: Host frequency source B

LED100 digit: Reserved

LED1000 digit: Reserved

LED single digit: Display and selection of communication

bus voltage

0: Normal display

1: Magnify 10 times

2: Magnify 100 times

3: Shrink 10 times

4: Shrink 100 times

LED10 digit: Communication current display selection

0: Normal display

1: Magnify 10 times

2: Magnify 100 times

3: Shrink 10 times

Communication

11.08

4: Shrink 100 times

000～444

000

display selection

LED100 digit: Operation frequency display selection

0:Normal display

1: Magnify 10 times

2: Magnify 100 times

3: Shrink 10 times

4: Shrink 100 times

LED1000 digit: Reserved

012 Group-Advanced functions and performance parameters

Function

Setting

Name

Content

Factory

Alteration

code

range

Energy

consumption

0: Invalid

12.00

braking function

1: Valid throughout

0～2

setting

2: Only valid when decelerating

220V:

Energy

340 ～ 380V

consumption

360V

Type

12.01

○

braking starting

380V:

setting

voltage

660 ～ 760V

680V

Energy

220V:

10 ～

consumption

100V

braking return

Type

12.02

difference voltage

○

380V:

10 ～

setting

100V

10V

Energy

consumption

12.03

10～100％

100%

○

braking action

ratio

Power failure

restart settings

0: Forbid

12.04

1: Starting from starting frequency

0～2

2: Speed tracking start

Waiting time for

restart after power

During the waiting time for restart, any operation

failure

instruction entered is invalid. If the shutdown command

12.05

is input, the inverter will automatically release the speed

0.0～60.0s

5.0

tracking restart state and return to the normal shutdown

state.

HV100

Series High Performance Current Vector Inverter

Automatic

fault

reset times

The frequency of automatic fault reset is set by 12.06.

When the number of fault resets is set to 0, there is no

12.06

automatic reset function, and it can only be reset

0～100

manually. When 12.06 is set to 100, the number of times

is unlimited, that is, countless times.

Automatic

fault

reset interval

After a fault occurs during operation, the inverter stops

outputting and displays the fault code. After the reset

12.07

interval set in 12.07, the inverter automatically resets the

0.1～60.0s

3.0

fault and restarts the operation according to the set

starting mode.

Cooling fan control

0: automatic control mode

1: Always running during power-on

12.08

2. The fan will work when the temperature is higher than

0～2

○

50℃, and the fan will not work when the temperature is

lower than 45℃.

Password

for

running restricted

function

By default, the password is 0 ,and 12.10 and 12.11 can

12.09

be set; When there is a password, 12.10 and 12.11 can

0～65535

○

only be set after the password is verified correctly.

Selection

for

running restricted

0: Forbid

12.10

0～1

○

function

1:Effective

12.11

Run limit time

Set Run limit time

0～65535(h)

Frequency drop

point at

220V:180 ～

instantaneous

330V

If the inverter bus voltage drops below 12.12* rated bus

power failure

250V

Type

12.12

voltage, and the instantaneous stop control is effective,

380V:300 ～

setting

the instantaneous stop starts to act.

550V

450V

Frequency drop

coefficient

The larger the value is, the faster the frequency reduction

12.13

instantaneous

rate is.

0～100

○

power failure

0: the instantaneous stop function is invalid.

0.00: The droop control function is invalid

When multiple inverters drive the same load, the load

distribution is unbalanced due to different speeds, which

makes the inverters with higher speeds bear heavier

0.00

～

12.14

Dropping control

0.00

loads. The droop control characteristic is that the speed

10.00Hz

droops with the increase of load, which can make the

load evenly distributed; This parameter adjusts the

frequency variation of inverter with drooping speed.

Speed tracking

Before the inverter speed tracking starts, start tracking

12.15

0.1～5.0S

1.0

waiting time

after the delay.

Speed tracking

current

limiting

level

In the process of speed tracking, this function code plays

the role of automatic current limiting. When the actual

％

～

current reaches the threshold

(12.16), the inverter

12.16

200 ％ * INV

100%

reduces the frequency and limits the current, and then

continues to track and accelerate; The set value is a

Rtd current

percentage relative to the rated current of the inverter.

Speed tracking

When speed tracking restarts, select the speed of speed

speed

tracking. The smaller the parameter, the faster the

tracking speed. But too fast may lead to unreliable

12.17

tracking.

1～125

LED single digit: PWM synthesis mode

0: Full frequency seven segment

1: The seven paragraph turns to the five paragraph

LED10-digit: temperature correlation

0: Forbid

1:Effective

LED100-digit: Frequency correlation

0: All invalid

12.18

PWM mode

0000～1311

001

1: Low frequency adjustment,High frequency adjustment

2: Low frequency doesn't adjust,High frequency

adjustment

3: Low frequency adjustment,High frequency doesn't

adjust

LED1000-digit: Soft PWD function

0: invalid

1:Effective

Voltage

control

function

LED single digit: AVR function

0: Forbid

1: All Effective

2: Forbid only slow down

LED10 digit: Overmodulation selection

0: invalid

1:Effective

12.19

LED100 digit: Choice of death compensation

0000～3112

2112

0: Forbid

1:Effective

LED1000 digit: Shock suppression selection

0: invalid

1: Oscillation suppression mode 1

2: Oscillation suppression mode 2

3: Oscillation suppression mode 3

Oscillation

0.00

～

Type

12.20

suppression

Set oscillation suppression start frequency

○

300.00Hz

setting

starting frequency

Magnetic flux

braking selection

This parameter is used to adjust the magnetic flux

braking ability of the inverter during deceleration. The

larger this value is, the stronger the magnetic flux braking

ability is. To a certain extent, the shorter the deceleration

time, the parameter generally does not need to be set.

12.21

0～100

○

When this value is 0, this function is invalid.

When the overvoltage limit level is set low, turning on this

function can shorten the deceleration time appropriately.

When the overvoltage limit level is set high, it is not

necessary to turn on this function.

Energy

saving

control coefficient

0: Invalid

1: Automatic

12.22

0～100

○

Note: Energy-saving operation is only effective for

ordinary V/F control

Multi-speed

0: Forbid

12.23

priority enable

0～1

1: Multi segment speed takes precedence over 00.07

JOG

priority

0: Invalid

12.24

enable

0～1

1: JOG has the highest priority

HV100

Series High Performance Current Vector Inverter

Special function

LED single digit: AO2 and DO selection

0: AO2 Effective

1: DO Effective

LED10 digit: IPM Fault setting

0: Shield the fault

12.25

000～110

010

1: the fault is Effective

LED100 digit: input phase failure rest selection

0: Unable to reset

1: it can be reset after the power supply is normal

LED1000 digit: Reserved

Upper

limit

Set Upper limit frequency of oscillation suppression

frequency

0.00～

12.26

50.00

○

300.00Hz

oscillation

suppression

Oscillation

When 12.19 kilobits =1 (oscillation suppression mode

suppression

1), the PWM mode is forced to be five-segment; When

12.27

1～500

○

12.19 kilobits =2 (oscillation suppression mode 2), the

coefficient

original mode remains unchanged, and these two modes

can be adjusted by oscillation suppression coefficient

Oscillation

(12.27). In special occasions, if the first two modes cant

suppression

suppress the oscillation, use the oscillation suppression

voltage

mode 3 (12.19 thousands of bits =3 ), and adjust it

0.0～25.0%*

12.28

5.0

○

Rtd volt

together with the parameters 12.27 (oscillation

suppression coefficient) and 12.28 (oscillation

suppression voltage).

Wave-by-wave

current limiting

LED single digit: Selection of wave by wave current

and

limiting acceleration

anti-overvoltage

0: Forbid

action options

1:Effective

LED10 digit: Selection in wave by wave current limiting

deceleration

0: Forbid

12.29

1:Effective

0000～1111

011

○

LED100 digit: Selection of wave by wave current limiting

and constant speed

0: Forbid

1:Effective

LED1000 digit: Anti-overvoltage action selection

0: Forbid

1:Effective

Special function

LED single digit: Direct-Start function select

selection

0: Forbid

1: Effective

LED 10 digit: display selection of over-torque alarm A-05

Type

12.30

00～11

○

0: Forbid

setting

1: Effective

LED100 digit: Reserved

LED1000 digit: Reserved

013 Group-Reserved

014 Group Keypad function setting and parameter management

Function

Setting

Name

Content

Factory

Alteration

code

range

M-FUNC function

selection

0: JOG(Point control)

1: Forward/Reverse switch

14.00

2: Clear”▲/▼ “frequency setting

0～4

3: Local/Remote operation switch(Reserved)

4: Reverse direction

STOP/RST key

0: Only valid for keypad control

function Selection

1: Effective for both keypad and terminal control

14.01

0～3

○

2: Effective for keypad and communication control

3: Valid for all control modes

HV100

Series High Performance Current Vector Inverter

STOP+RUN key

0: Forbid

14.02

emergency stop

0～1

○

1: Free stop

function

Closed

loop

This function code is used to correct the display error

display coefficient

between the actual physical quantity

(pressure, flow,

0.01

～

14.03

etc.) and the given or feedback quantity

(voltage,

1.00

○

100.00

current) during closed-loop control, and has no influence

on closed-loop adjustment.

Load

speed

This function code is used to correct the display error of

0.01

～

14.04

display coefficient

1.00

○

speed scale, and has no influence on the actual speed.

100.00

Line

speed

This function code is used to correct the display error of

0.01

～

14.05

coefficient

linear speed scale, and has no influence on the actual

1.00

○

100.00

speed.

Encoder

14.06

The larger the value, the faster the encoder adjusts

1～100

○

adjustment rate

Monitoring

parameter

14.07

selection 1 in

The monitoring items of the main monitoring interface

0～57

○

running state

can be changed by changing the set values of the above

(main display)

function codes. For example, if

14.07=5, that is, the

Monitoring

output current d-05 is selected, the default display item of

parameter

the main monitoring interface is the current output

14.08

selection 2 in

current value during operation.

0～57

○

running state

(Auxiliary display)

Monitoring

parameter

14.09

selection 1 in stop

0～57

○

The monitoring items of the main monitoring interface

state (main

can be changed by changing the set values of the above

display)

function codes. For example, if

14.09=6, that is, the

Monitoring

output voltage d-06 is selected, the default display item

parameter

of the main monitoring interface will be the current output

14.10

selection 2 in stop

voltage value when the machine stops.

0～57

○

state (Auxiliary

display)

Parameter display

mode selection

LED ones: function parameter display mode selection

0: display all function parameters

1: only display the parameters that are different from the

factory value

2: only display the parameters modified after the last

power-on (reserved)

LED ten digits: monitor parameter display mode

selection

14.11

0000～1112

0100

○

0: only display main monitor parameters

1: Main and auxiliary display alternately (interval time 1s)

LED hundreds: adjust frequency display selection

0: display frequency

1: Only display status monitoring parameters

Thousands of LED: Panel ▲/▼ key adjustment enable

0: Valid

1: invalid

Parameter

initialization

0: No operation

1: All parameters except motor parameters are restored

14.12

to factory settings

0～3

2: Restore all user parameters to factory settings

3: Clear fault record

0: Modify all Parameter (Some parameters cannot be

modified during operation)

1: only the frequency settings 00.07 and 00.10 and this

function code can be modified

14.13

Parameter protect

0～2

○

2: All parameters except this function code are forbidden

to be modified

Note: the above restrictions are invalid for this function

code and 14.13

HV100

Series High Performance Current Vector Inverter

0: No operation

1: Upload parameters to the keypad

2: Download all function code parameters to the inverter

3: Download all function code parameters except motor

parameters to the inverter

Note 1: When selecting parameter download, the

14.14

Parameter copy

0～3

software will judge whether the inverter power

specifications are consistent. If they are inconsistent, the

parameters related to the model will not be modified.

Note 2: Only the external keyboard KB2 has the copy

function, and the normal keyboard copy will prompt an

error.

14.15

Software version

1.00～99.99

4.12

◆

14.15～14.16 View only, cannot be modified.

14.16

Keypad version

1.00～99.99

1.00

◆

0.4

～

This parameter can only be viewed and cannot be

Type

14.17

INV rated power

999.9KW

◆

modified.

setting

（G/P)

0: G type (constant torque load model)

1: P type (load type of fan and water pump)

Note 1: After setting as P type machine, the motor

Inverter

type

parameters will be refreshed automatically, and it can be

14.18

0～1

selection

used as a higher gear special frequency converter for fan

and water pump without changing any parameters.

Note 2: This parameter cannot be initialized, please

modify it manually

015 Group-Multiple pumps water supply parameters

Function

Setting

Name

Content

Factory

Alteration

code

range

Terminal

delay

15.00

The delay time when the pump is switched on and off.

0.0～600.0s

0.1

○

time

Polling time is the time to switch the variable frequency

15.01

Polling time

pump regularly, which is only valid when a single pump

0.0～600.0h

48.0

○

works.

Lower limit

When the feedback pressure is higher than the set

frequency for

pressure and the frequency drops to the lower limit

0.0

～

15.02

35.00

reducing the

frequency of pump reduction, the pump is reduced after

600.00HZ

number of pumps

the delay time of pump reduction.

This parameter is used in the "one drive three constant

Main pump

0.0

～

15.03

pressure water supply", the main pump start delay time

0.0

○

Start-up delay time

3600.0s

after the main and auxiliary pumps are switched.

Auxiliary pump

0: Direct start

15.04

0～1

Start-up mode

1: Soft start

Add pump delay

0.0

～

15.05

The delay time used for adding the pump,

10.0

○

time

3600.0s

Reduce

pump

0.0

～

15.06

The delay time used for reduce the pump,

10.0

○

delay time

3600.0s

0.00 ～ 60.00

15.07

Sensor range

10.00

○

（MPa、Kg）

If 08.01=5, select the sensor range (15.07) and the given

pressure (15.08) according to the field conditions.

0.00

～

15.08

Pressure setting

【 15.07 】

5.00

○

（MPa、Kg）

016 Group-Photovoltaic water pump MPPT parameters

Function

Setting

Name

Content

Factory

Alteration

code

range

Lack of water

16.00

0～250s

○

detect time

～ MPPT

MPPT low point

If the bus voltage (d-12) is higher than the set value of

High

16.01

350/200V

○

operating Voltage

MPPT high working voltage (16.02), it will run at the

operating

maximum frequency; if it is lower than the set value of

voltage

MPPT high working voltage (16.01), it will be operated

【16.01】～

MPPT high point

according to

(bus voltage/MPPT high point operating

1000 /

16.02

537/311V

○

operating Voltage

voltage)

* Maximum frequency operation. If the bus

【16.01】～

voltage reaches the MPPT low point operating voltage

500

Photovoltaic pump

(16.01), it will run at the lowest water output frequency

(16.04). If the inverter runs above the lowest water

80.0

～

water

shortage

frequency and the output current is less than Motor

300.0%*

detection current

16.03

no-load current

* Photovoltaic water pump water

High

150.0

○

corresponds to the

shortage detection current corresponds to the ratio of

operating

ratio of no-load

no-load current

(16.03). After the photovoltaic water

voltage

current

pump water shortage detection time (16.00), the inverter

Minimum

reports water shortage fault E-32.

operating

0.00Hz

～

16.04

frequency of

Upper limit

20.00

○

photovoltaic water

frequency

pump

d-xx Group-Monitoring parameter group and fault record

Function

Alteratio

Name

Setting range

Factory

code

d-00

Output frequency

0.00～Max output frequency【00.13】

◆

d-01

Settings frequency

0.00～Max output frequency【00.13】

◆

0.00～Max output frequenc【00.13】Note: the running

d-02

Motor estimated frequency

frequency of the motor is calculated from the

◆

estimated speed of the motor

d-03

Main frequency

0.00～Max output frequency【00.13】

◆

d-04

Auxiliary frequency

0.00～Max output frequency【00.13】

◆

d-05

Output current

0.0～6553.5A

◆

d-06

Output voltage

0～999V

◆

d-07

Output Torque

-200.0～+200.0%

◆

d-08

Motor rotation speed(rpm)

0～36000（rpm）

◆

d-09

Motor power factor

0.00～1.00

◆

d-10

Running line speed(m/s)

0.01～655.35(m/s)

◆

d-11

Setting line speed(m/s)

0.01～655.35(m/s)

◆

d-12

DC bus voltage(V)

0～999V

◆

d-13

Input voltage(V)

0～999V

◆

d-14

PID setting value(V)

0.00～10.00V

◆

d-15

PID feedback value(V)

0.00～10.00V

◆

d-16

Analog input AI1(V/mA)

0.00～10.00V

◆

d-17

Analog input AI2(V)

0.00～10.00V

◆

d-18

Pulse frequency input (KHz)

0.00～50.00kHz

◆

d-19

Analog output AO1(V/mA)

0.00～10.00V

◆

d-20

Analog output AO2(V)

0.00～10.00V

◆

0 ~ 7fh Note: After expanding to binary, it

means

d-21

Input terminal status

◆

HDI/DI6/DI5/DI4/DI3/DI2/DI1 from high to low

0 ~ FH Note: After expanding to binary, it

means

d-22

Output terminal status

◆

R2/R1/Y2/Y1 from high to low

0～FFFFH

BIT0: Start/Stop

BIT1: Forward/Reverse

BIT2: Zero speed operation

BIT3: Reserved

Operation

status

frequency

BIT4: Acceleration

d-23

◆

converter

BIT5: Deceleration

BIT6: Constant speed

BIT7: Pre-excitation

BIT8: Motor parameter tuning

BIT9: Over current limiting

BIT10: Over voltage limiting

BIT11: Torque limiting

BIT12: Speed limiting

BIT13: Speed control

BIT14: Torque control

BIT15: Reserved

Multi segment speed mode,current

d-24

0～15

◆

segment number

d-25

Pulse frequency output(Hz)

0～50000Hz

◆

d-26

Reserved

—

◆

d-27

Current count

0～65535

◆

d-28

Set count value

0～65535

◆

d-29

Current timing value(S)

0～65535S

◆

d-30

Setting timing value(S)

0～65535S

◆

d-31

Current length

0.000～65.535(KM)

◆

d-32

Setting length

0.000～65.535(KM)

◆

d-33

Radiator temperature1

0.0℃～+110.0℃

◆

d-34

Radiator temperature2

0.0℃～+110.0℃

◆

Accumulated running time of the

d-35

0～65535H

◆

machine(h)

Accumulated power-on time of the

d-36

0～65535H

◆

machine(h)

Accumulated running time of the

d-37

0～65535H

◆

FAN(h)

Accumulated electricity consumption

d-38

0～9999KWH

◆

(Low position)

Accumulated electricity consumption

d-39

0～9999KWH（*10000）

◆

(High position)

d-40

PID Pressure feedback

0.00～60.00（MPa、Kg）

0.00

◆

d-41

Output frequency

0.0～6553.5KW

0.0

◆

d-42

PID Pressure setting

0.00～60.00（MPa、Kg）

0.00

◆

d-48

4th fault type from last

0～34

◆

d-49

3rd fault type from last

0～34

◆

d-50

2nd fault type from last

0～34

◆

d-51

Latest fault type

0～34

◆

d-52

Operating frequency at latest fault

0.00～【00.13】Upper limit frequency

◆

d-53

Output current at latest fault

0.0～6553.5A

◆

d-54

DC bus voltage at latest fault

0～999V

◆

0～7FH

d-55

DI status at latest fault

Note: after expanding to binary,

means

◆

HDI/DI6/DI5/DI4/DI3/DI2/DI1 from high to low

0～FH

d-56

DO status at latest fault

Note: After expanding to binary, it

means

◆

R2/R1/Y2/Y1 from high to low

d-57

Inverter status at latest fault

0～FFFFH

◆

Chapter VII Description of Function Parameters

000 group-basic operating parameters

LCD language (only valid for LCD keypad)

00.00

0～2

0: Chinese

1: English

2：Reservation

Functional macro definition

00.01

0～20

0：General model

1: Single pump constant pressure water supply mode

2: One inverter with two working (1 variable frequency pump +2 power frequency pumps) water supply mode

3: Three-pump cycle soft start (3 variable frequency pumps) water supply mode

4: Photovoltaic pump water supply mode

5: CNC machine tool control mode

6: Fire patrol mode

7: EPS power mode

8～20：Reservation

Note: Initialize parameters first, and then set macro functions. Options 2 and 3 are detailed in the description of water

supply parameters.

Control mode

00.02

0～4

Model setting

0: Common V/F control

When more than one motor needs to be driven by a single inverter, and when the motor parameter self-learning cannot

be carried out correctly or the parameters of the controlled motor cannot be obtained by other means, the control mode is

selected. This control mode is the most commonly used motor control mode, which can be used in any occasion with low

requirements on motor control performance.

1: Advanced V/F control

This control mode introduces the idea of flux closed-loop control, which can greatly improve the torque response of

motor control in the whole frequency band and enhance the torque output ability of motor at low frequency, and at the same

time, it is not too sensitive to motor parameters like field-oriented vector control. This control mode is especially suitable for

some occasions with certain requirements on starting torque (such as wire drawing machine, ball mill, etc.)

2. SVC mode（SVC）-Open-loop current vector control (motor parameter sensitive mode)

The real current vector control mode has not only the high torque output performance of magnetic flux control mode,

but also the flexible torque output effect, which can be described as a combination of rigidity and flexibility. However, this

control mode is sensitive to motor parameters, so it is best to enable dynamic self-learning of motor parameters before

using it, otherwise the effect is not good.

3：Reserved

4. Separate V/F control

In this control mode, the output voltage and frequency of the inverter can be controlled independently, instead of

simply satisfying the constant V/F relationship, it can generally be used in the fields of variable frequency power supply,

EPS and so on.

Note: The factory default is 1 for below 55KW and 0 for above 75KW.

Run command channel selection

00.03

0～2

This function code selects the physical channel where the inverter accepts operation commands such as running and

stopping.

0: The operation panel runs the command channel

Operation control is implemented by the, RUN

,STOP/RESET

M-FUNC

and other keys on the operation panel.

1: Terminal operation command channel

Operation control is implemented by multi-function terminals defined as FWD, REV, JOG forward rotation, JOG

reverse rotation and other functions.

2： Communication operation command channel

Operation control is implemented by the upper controller through communication.

Notes:

Even in the running process, by modifying the set value of the function code, the running command channel can be

changed. Please set it carefully!

Selection of main frequency source A

00.04

0～11

0: Digital setting 1 (press keyboard key

, encoder+00.10)

The

initial value of frequency setting is 00.09, which can be adjusted by using operation panel key or digital

encoder. The modified frequency value will be stored in 00.09 after power failure (if you want this frequency not to be stored,

you can set 00.07 to 1.

1: Digital setting 2(UP/DOWN terminal +00.10)

The initial value of frequency setting is 00.10, and the operating frequency is changed by the on-off of multifunctional

terminals externally defined as UP/DOWN function (see 07 Group X terminal frequency increasing and decreasing item

function number for details). When the UP terminal and COM terminal are closed, the frequency rises; When the DOWN

terminal and COM terminal are closed, the frequency drops; The frequency remains unchanged when the UP/DOWN

terminal is closed or disconnected from the COM terminal at the same time. If frequency power-down storage is set, the

modified frequency value will be stored in 00.10 after power-down. The rate at which the UP/DOWN terminal modifies the

operating frequency can be set by function code 07.12.

Tips：

Whether

it is panel key adjustment or terminal UP/DOWN adjustment, the set value is superimposed with an

adjustment amount on the basis of 00.09 or 00.10, and the final frequency output value is from the lower limit frequency to

the maximum output frequency. The adjustment amount of terminal UP/DOWN adjustment can be cleared by selecting 0

for the UP/DOWN terminal frequency through X terminal. The^M-FUNC adjustment

amount of the panel can

also be cleared by selecting the clear key frequency setting.

2: Digital setting 3 (communication setting)

Change the set frequency through the serial port frequency setting command. See Group 011 communication

parameters for details.

3: AI1 analog setting (0 ~ 10V/20mA)

The frequency setting is determined by the analog voltage/current of AI1 terminal, and the input range is:

See the definition of function 06.00 ~ 06.05 for the related setting of DC 0 ~ 10V/20mA.

4: AI2 analog setting (0 ~ 10V)

The frequency setting is determined by the analog voltage/current of AI1 terminal, and the input range is:

See definition of function code 06.06 ~ 06.11 for related setting of DC 0 ~ 10 V.

5: Pulse setting(0~50Hz)

The frequency setting is determined by the terminal pulse frequency (it can only be input by DI6, see 07.05 definition),

and the input pulse signal specification: the high level range is 15 ~ 30V; The frequency range is 0 ~ 50khz. See the

definition of function code 06.15 ~ 06.20 for related settings.

6： Simple PLC

To select the given frequency mode of simple PLC, it is necessary to set the function code 09.00 ~ 09.05; Function

codes 09.06 ~ 09.21 are used to determine the operating frequency of each stage of PLC, and function codes 09.22 ~

09.53 respectively define the acceleration and deceleration time and operation time of each stage of PLC.

7：Multi- speed settings

Choose this frequency setting mode, and the inverter runs in multi-speed mode. It is necessary to set F7 group “X

terminal as multi-speed selection”and

009

groups of

“multi-speed frequency” function codes to determine the

corresponding relationship between a given number of multi-speed segments and a given frequency.

8: PID control

If this frequency setting mode is selected, the operation mode of inverter is process PID control. At this time, 008 sets

of process PID parameters and analog given and pulse given related function codes need to be set. Operating frequency of

inverter is the frequency value after PID action. Please refer to the detailed description of 008 group functions for specific

settings.

9: Keyboard potentiometer setting

The operating frequency is adjusted by operating the potentiometer on the keyboard, and the adjusting frequency

range of the potentiometer is fixed from 0 to the maximum output frequency [00.12].

10: MPPT given（Solar water pump）

11: Potentiometer

HV100 Series Frequency Inverter. User Manual (V4.0) - page 3