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HV610 Series Frequency Inverter. User Manual (2021 V0.2 version) - page 1

Chapter I Purchase inspection

Danger

z

Do not install the frequency inverter if it is damaged, water intake, parts missing or

damaged

Caution

z

Handle with care and avoid falling shock.

z

Do not use your hands to pull or touch any components of the machine to avoid

short-circuit accidents or electrostatic damage

1.1 Inspection items

Although the Company's products have been strictly inspected before leaving the factory, due to transportation

or unforeseen circumstances, please carefully inspect the products after purchase.

The items and methods that must be checked and confirmed are as follows:

Confirmation content

Confirmation method

Please confirm the nameplate on the side of the

Is it consistent with the goods ordered

machine

Check the overall appearance and check for damage

Are there any parts broken or damaged

during transportation

Are there any loose fastening parts such as

If necessary, use a screwdriver to check it

screws

Instructions, certificates of conformity and other

Operating instructions and corresponding accessories

accessories

If there is any bad situation or abnormality, please contact the agent or the Company's customer service center.

5

1.2 Nameplate description

z

Nameplate data

Description of frequency inverter model

HV610 - 7R5 G

3

Inverter Series

No.

Voltage

1

Single-phase220V

No.

Adaptati

2

Three-phase220V

R75

0.75kW

3

Three-phase380V

7R5

7.5kW

4

Three-phase460V

011

11kW

018

18.5kW

No.

Inverter Type

110

110kW

G

General type

400

400kW

P

Fan pump type

Note:

G1 input voltage range: Single-phase AC220V±15%

G2 input voltage range: Three-phase AC220V±15%

G3 input voltage range: Three-phase AC 380~440 (-15%~+10%)

G4 input voltage range: Three-phase AC 460~480 (-15%~+10%)

Note of DC reactor:

G1: No interface

G2: 18kw and below, no interface;

22kw~200kw, interface is optional, 220kw built-in DC reactor.

G3: 37kw and below, no interface;

45kw~400kw, interface is optional, 450kw and above built-in DC reactor.

G4: 37kw and below, no interface;

45kw~400kw, interface is optional, 450kw and above built-in DC reactor.

6

1.3 Description of components of frequency inverter

Company logo label

Fan

Lo

Lower panel fixing screw

Protec

minal

Main circuit co

er

Take HV610-022G3 as an example

7

2.1.2 Installation Space

The installation diagram of the frequency inverter is as follows:

Monomer installation: the size of A is larger than 150

mm, because the upper and lower directions are air ducts,

the space distance should be increased.

When installing up and down: when installing the

frequency inverter up and down, please press the heat

insulation baffle as shown in the figure on the right.

The mechanical installation needs to pay attention to

the heat dissipation problem, so please pay attention to

the following points:

z Please install the frequency inverter vertically so

that heat can be dissipated upwards. If there are more

frequency inverters in the cabinet, it is better to install

them in parallel. For occasions requiring mounting up and

down, please refer to the schematic diagram on the right

side to install the heat insulation deflector.

z For applications with metal dust, it is recommended

to install the radiator outside the cabinet. At this time, the

space inside the fully sealed cabinet should be as large as

possible.

z Mounting bracket must be flame retardant material

9

2.2 Electrical Installation

Danger

z

Before wiring, please make sure that the input power supply is cut OFF to avoid electric

shock and fire.

z

To ensure safety, grounding terminals must be reliably grounded according to the

specification requirements.

z

Do not connect the input power supply to the U, V, and W terminals of the output by

mistake.

Caution

z

Please confirm whether the AC power supply is consistent with the rated input voltage of

the frequency inverter

z

Do not connect the electromagnetic switch and contactor to the frequency inverter input

circuit.

z

Before peripheral equipment is connected to the frequency inverter, it must be confirmed

that its insulation to ground is in good condition.

z

Do not conduct insulation withstand voltage test on the frequency inverter so as not to

damage the devices inside the machine.

2.2.1 Frequency inverter main circuit terminal description

1) Main loop terminals below 22kw:

2)30kw / 37kw frequency inverter main circuit terminal:

10

3) Main loop terminal of frequency inverter of 45kw and above:

Description of main circuit terminal of three-phase frequency inverter

Terminal

Name

Description

marking

Three-phase power supply input

R,S,T

Connection point for AC input three-phase power supply

terminal

Negative and positive terminals of

㊀,㊉

Common DC bus input point

DC bus

㊉,PB

Brake resistor connection terminal

Brake resistance connection point

㊉,P+

DC reactor connection terminal

U,V,W

frequency inverter output terminal

Connecting three-phase motor

Earth terminal

Earth terminal

2.2.2 Main circuit wiring method and wiring matters needing attention:

z

Input power supply R, S, T: input side wiring of frequency inverter, no phase sequence requirements.

z

Terminals ⊕ and Θ DC bus: please note that there is still a high residual voltage in the DC bus just after the

power failure, so it must wait at least 15 minutes later, or confirm that the voltage is less than 36 V before

touching, otherwise there is danger of electric shock.

z

When selecting an external brake unit, pay attention to the positive and negative polarity, which cannot be

reversed, otherwise, the frequency inverter will be damaged or even damaged by fire. In order to prevent stray

inductance from affecting the braking effect, the wiring length of the braking unit should not exceed 5m.

Twisted pair or tight double wire should be used for parallel preparation, and non-inductive resistance should

also be used for braking resistance.

z

Brake resistance connection terminals ⊕, PB ： 22kW G type machines and the following specifications are

models with built-in brake function. The wiring precautions for the brake resistance are the same as those for the

output side U, V, and W: the frequency inverter capacitors or surge absorbers cannot be connected to the output

side of the frequency inverter, otherwise, the frequency inverter will often be protected or even damaged. When

the motor cable is too long, due to the influence of the distributed capacitance, it is easy to generate electrical

resonance, thus causing the motor insulation to be damaged or causing a large leakage current to cause over

current protection of the frequency inverter. When the length of the motor cable is greater than 100 m, an AC

output reactor must be installed.

z

Earthling terminal

: the terminal must be reliably grounded, and the resistance value of grounding wire must

be less than 0.1Ω. Failure to do so will result in work of equipment is abnormal or even damaged Do not share

the earthling terminal with the N terminal of the zero line of the power supply.

z

See [2.2.4 inverter standard wiring diagram] for wiring method].

z

Frequency inverter on/off operation should avoid frequent power-up and power-down operations (less than twice

per minute) or direct start-up operations of the frequency inverter through contactors. Refer to the following table

for air switch, contactor and conductor section.

11

2.2.3 Frequency inverter control loop terminal description

12

HV610 jumper description: and its function table

Jumper number

Description

J4

GND ground terminal

J5

AO1 output terminal selection - voltage / current

J14

AO2 output terminal selection - voltage / current

J13

COM ground terminal

J8

AI2 analog input terminal selection - voltage / current

J15 & J16

AI3 analog input terminal selection - temperature /AI, to be used in combination

CN6 & CN7

485 communication terminal resistance, need to be used in combination

Jumper serial

Jumper

Functional Description

Jumper

Functional Description

number

position

position

J4

0.1 u F is connected between

-

GND and PE

J5

AO1 analog DC 0 ~ 10 v output

AO1 analog DC 0 ~ 20 m a

output

J8

AI2 analog DC 4 m a ~ 20 m a

AI2 analog DC 0~ 10V

J13

0.1 u f between COM and PE

-

J14

AO2 analog 4 m A ~ 20m A

AO2 analog DC 0~ 10

V

output

output

J15 & J16

AI3 terminal is analog DC

AI3 terminal for PT100 input

0V～ 10 V

CN6 & CN7

Connect 485 communication

Terminal resistance not

terminal resistance

connected

13

Terminal

Category

Terminal name

Functional Description

symbol

External provide

+ 10v power supply the maximum output

External

current is 10mA, which is generally used as the working power

+10V-GND

connection + 10v

supply for external potentiometer and the resistance value of

power supply

potentiometer ranges will be from 2.5k ~ 5kΩ

External provide + 24v power supply, generally used as working

External

power supply for digital input and output terminals and

Power supply

+24V-COM

connection + 24v

maximum output current for external sensor power supply:

power supply

200mA

Select + 24V or OP connection through the short connector 1

External power

on the control panel, and the factory defaults to

+

24v

OP

input terminal

connection. When X1 ~ X7 are driven by external signals, OP

needs to be connected to external power supply.

Analog input

1. Input voltage range: DC 0V ~ 10V

AI1-GND

terminal 1

2. Input impedance: 22kΩ

1. Input range ： DC 0V~10V/4mA~20mA ， determined by the

Analog input

selection of AI2 jumper on the control panel.

AI2-GND

terminal 2

2. Input impedance: 22kΩ for voltage input and 500Ω for current

Analog input

input.

1. Optical coupling isolation input can accept differential voltage

Analog input

input, current input, temperature detection resistance input

AI3-GND

terminal 3

2. Input range：DC ±10V or ±(4~20mA)，determined by the

selection of AI3 jumper on the control panel.

1. Optical coupling isolation is compatible with bipolar input

X1~X8

Digital input

2. Input impedance: 2.4kΩ

3. Voltage range during level input: 9V~30V

Digital input

Besides the features of X1~X8, it can also be used as a

High-speed pulse

X5

high-speed pulse input channel. Highest input frequency:

input terminal

100kHz; Voltage range: 9V~30V

The AO1 jumper on the control board determines the voltage or

AO1-GND

Analog output 1

current output. Output voltage range: 0V ~ 10V output current

range: 0mA ~ 20mA

Analog output

The AO2 jumper on the control board determines the voltage or

AO2-GND

Analog output 2

current output. Output voltage range: 0V ~ 10V output current

range: 0mA ~ 20mA

Optical coupling isolation, bipolar open collector output voltage

range: 0V ~ 24V output current range: 0mA ~ 20mA

Note: CME of digital output location is internally isolated from

com of digital input location, but at the factory it is shorted to

DO-CME

Digital output 1

COM via short connector 2CME on the control board (DO1 is

driven by + 24v by default at this time). When DO1 is driven by

Digital output

an external power supply, the short connector

2 must be

unplugged.

Constrained by function code F4 - 00 " FM terminal output

High speed pulse

mode selection" as high-speed pulse output, the highest

FM- COM

output

frequency is 100 kHz; When it is exported as open collector, it is

the same as DO1 specification.

Rs485

Communication

Input and output signal terminals of Modbus - RTU protocol

485+ 485-

communication

interface

communication

interface terminal

Normally closed

T/A-T/B

Contact drive capability:

terminal

Relay output

AC250V, 3A, COSø=0.4.

Normally open

DC 30V, 1A

T/A-T/C

terminal

14

2.2.4 Standard wiring diagram of frequency inverter

Precautions:

1) Terminal

means main circuit terminal and O means control circuit terminal.

15

2.2.5 Control circuit wiring mode

a) Analog input terminal because weak analog voltage signals are particularly susceptible to external

interference, shielded cables are generally required, and the wiring distance should be as short as possible, not

exceeding 20m. As shown in the figure, when some analog signals are seriously disturbed, filter capacitors or ferrite

cores need to be added to the analog signal source side:

HV610

Potentiometer

Wiring diagram of analog input terminal

Pass through or in the same

direction 2 - 3 turn in the

same direction

HV610

Ferrite magnetic ring

Schematic diagram of processing and wiring for analog input terminals

b) Digital input terminal: Shielded cables are generally required, and the wiring distance should be as short as

possible, not exceeding 20m. When active driving mode is selected, necessary filtering measures should be taken

for crosstalk of power supply. It is recommended to use contact control square.

z

Leakage wiring

Signal

External controller

Frequency inverter control panel

Leakage (NPN) connection mode

16

This is one of the most common wiring methods. If an external power supply is used, the short connector

between + 24V and OP and the short connector between COM and CME must be removed. The positive electrode of

the external power supply is connected to OP and the negative electrode of the external power supply is connected

to CME, and the external trigger signal is connected to the corresponding DI.

Frequency 1 inverter control panel

Signal

External controller

Frequency 2 inverter control panel

Multiple frequency inverters digital input and connection leakage type connection mode

Multiple frequency inverters digital input terminals cannot be connected and used, otherwise it may cause

incorrect operation of the input terminals. If it is needed that the input terminals of different frequency inverters are

connected in parallel, the diode is connected in series at the X terminal and the wiring is as shown above and the

diode needs to meet IF＞10mA，UF＜1V

Signal

External controller

Frequency inverter control panel

Source type (PNP) wiring mode

This wiring mode must remove the short connectors of +24v and OP, and connect +24v to the common terminal

of the external controller together, COM and OP are connected together at the same time. If an external power

supply is used, the short connector between COM and CME must also be removed,and the external trigger signal is

connected to the corresponding DI.

17

c) Digital output terminal: When the digital output terminal needs to drive the relay, absorption diodes should be

installed on both sides of the relay coil. Otherwise, it is easy to cause damage to the DC 24V power supply and the

driving capacity is not more than 50mA.

Note: as shown in the figure, the polarity of the absorption diode must be installed correctly. Otherwise,

when the digital output terminal has output, the DC 24V power supply will be burnt out immediately.

HV610

Relay

Diode

18

Chapter III Process operation

3.1 Operation keyboard and display interface

The operating keyboard of the series of frequency inverters can modify the functional parameters of the

frequency inverter, monitor the working state of the frequency inverter, and control the operation of the frequency

inverter (starting and stopping). Its appearance and functional area are shown in the following figure:

3.2

Indicator light indicates run

RUN: When the light is on, it indicates that the frequency inverter is in operation, and when the light is off, it

indicates that the frequency inverter is in shutdown state

LOCAL/REMOT: Keyboard operation, terminal operation and remote operation

(communication control)

indicator light

FWD/REV: Positive and negative rotation indicator light, which indicates that it is in reverse rotation when the

light is on

TUNE/TC: Tuning / torque control / fault indicator light, light on indicates torque control mode, light slow flashing

indicates tuning state, and light flash indicates fault state.

The unit indicator lamp is used to indicate the unit of the current display data (○ marks off, ●

marks on). There are the following units:

Hz frequency unit

A current unit

V voltage unit

RMP rotational speed unit

% percentage

Total of 5 - bit LED displays can display the set frequency, output frequency, various monitoring data and alarm

codes, etc.

19

3.3

key function description

Key

Key name

Functionalities

Enter or exit the first-level menu and view the function

Menu key

sequence code

Enter the menu screen step by step and set parameters

Set key

for confirmation

Switch different menu modes according to F0 - 43

Menu mode select key

median value ( the default is a menu mode )

Under the shutdown display interface and the operation

display interface, the display parameters can be

Shift key

selected according to the loop. When modifying a

parameter, you can select the modification bit of the

Multifunction selection

According to F0 - 07, function switching can be defined

key

as command source or fast direction switching.

When it is set to keyboard control, forward rotation

Run key

operation instruction will be issued to start the

frequency inverter operation.

When running, pressing this key can be used to stop the

running operation. When the fault alarm is on, it can be

Stop / reset key

used to reset the operation. And the characteristics of

the key are restricted by the function code F0 - 08.

Increment key

Increment of data or function code

Descending key

Decrements of data or function code

3.4 Methods of checking and modifying function codes

The operation panel of this series of frequency inverters uses a three-level menu structure to set parameters

and other operations.

The three-level menus are: function parameter group (I - level menu) → function code (II - level menu) →

function code setting value (level III menu).

State parameter

Level I menu

When flashing, press // to modify

(Default screen)

(Function code group

number selection)

Toggle

Return

Enter

Level II menu

(Function code serial

Enter

number selection)

Return

Enter

Next function code

Level III menu

serial number

(Function code parameter

Give up

Save

value setting)

Description: press PRG key or enter key to return to the level II menu when operating the level II menu. The

difference between the two is: press enter to save the setting parameters and return to the secondary menu, and

20

automatically transfer to the next function code; while pressing PRG key is to abandon the current parameter

modification and directly return to the secondary menu of the current function code serial number.

Example: example of setting function code F3 - 02 to 15.00 Hz from 10.00 Hz

In the level III menu state, if the parameter does not flash, it indicates that the function code cannot be modified.

Possible reasons are:

This function code is an unmodified parameter, such as frequency inverter type, actual detection parameter,

operation record parameter, etc.

This function code cannot be modified in the running state. It can only be modified after shutdown.

3.5 Two quick search modes for function code parameters there

Are many function codes in this series. In order to facilitate quick search by users, the frequency inverter also

provides two quick search methods for function codes:

1) Selecting and customizing common function codes and users, up to 30 of which can be customized, to form a

user-defined code function code set; the user determines the function parameters to be displayed through the FE

group

2) Automatically arranges the function codes different from the factory values and the frequency inverters for

quick selection by the user;

This provides three function code lookup methods, the display code of each parameter display method is:

Parameter display mode

Display

Function parameter mode

--F--

User - customized parameter method

--U-

The method for changing parameters by the users

--C-

The display modes of the three function codes are switched by the quick key on the panel ( F0 - 43 is set to 11 ),

and the search or modification method after entering the function codes of each group is the same as that of the

previous keyboard operation:

3.6 Commissioning

The series of frequency inverters has three operation control modes, which including keyboard control, terminal

control and RS - 485 control. Its control can be selected by setting the function code F0 - 02.

Through keyboard operation, the function code F0 - 02 = 0, i.e. the panel start-stop control mode, presses the

run key on the keyboard, and the frequency inverter starts to run ( the run indicator lights up ); When the frequency

inverter is running, press the stop key on the keyboard to stop the frequency inverter ( the run indicator goes out )

3.7 Motor characteristic parameter setting and self - learning

When the frequency inverter operates in the “vector control" (F0 - 01 = 0 or 1) mode, it is highly dependent on

accurate motor parameters. This is one of the important differences from the “VF control" (F0 - 01 = 2) mode. In order

21

for the frequency inverter to have good driving performance and operating efficiency, the frequency inverter must

obtain the preparation parameters of the controlled motor.

Motor 1 parameter

Parameter description

Description

Rated power / voltage / current / frequency / speed of

Model parameters, manual

F1-01 F1-05

motor

input

Equivalent stator resistance, inductance, rotor

F1-06 F1-20

Tuning parameter

inductance, etc. inside the motor

Methods for obtaining the internal electrical parameters of the controlled motor by the frequency inverter include

dynamic identification, static identification, manual input of motor parameters, etc.

Identification method

Application

Identification effect

Suitable for asynchronous motors. Occasions where the

No

- load dynamic

motor and the application system are conveniently

Best

identification

separated

On

- load dynamic

Suitable for asynchronous motors. Where the motor is

May

identification

not easily separated from the application system

It is only suitable for asynchronous motors, where it is

Static identification

difficult to separate the motor from the load and dynamic

Poor

identification of operation is not allowed

It is only suitable for asynchronous motors. When the

motor is difficult to separate from the application system,

Manually

enter

the parameters of the same type of electric machine

May

parameters

successfully identified by the frequency inverter are

copied and input into the corresponding function codes

of F1-00～F1-10

Automatic tuning of motor parameters (motor self - learning) steps are as follows:

The following explains the parameter identification method of the default motor

1 as an example. The

identification method of the motor 2 is the same as that of the default motor 1, except that the function code number

needs to be changed in a targeted way:

z

If the motor can be completely disconnected from the load, under the condition of power failure, the motor

can be mechanically separated from the load so that the motor can rotate freely without load.

z

After power on, first select the frequency inverter command source (F0 - 02) as the operation panel

command channel.

z

Accurately input the nameplate parameters of the motor (for example, F1-00 ～ F1-05). Please input the

parameters of the lower surface according to the actual parameters of the motor (according to the current

motor selection)

z

If it is an asynchronous motor, then F1 - 29 (tuning selection, for motor 2, it should be FB- 29 function code)

please select 2 (asynchronous motor fully tuned), press enter to confirm, at this point, the keyboard shows

STUDY, as shown in the following figure:

Then press the run key on the panel, the frequency inverter will drive the motor to accelerate and decelerate,

rotate forward and backward, the operation indicator light will illuminate, and the operation duration will be

recognized for about 2 minutes. When the above display information disappears, the normal parameter display state

will be returned, indicating that the tuning is completed. After the complete tuning, the frequency inverter will

automatically calculate the following parameters of the motor:

F1 - 06: Asynchronous motor stator resistance

F1 - 07: Asynchronous motor rotor resistance

22

Chapter IV Functional parameters

F0 - 46 is set to a value other than 0, i.e. the parameter protection password is set. In the function parameter mode

and the user change parameter mode, the parameter menu cannot be entered until the password is correctly entered.

To cancel the password, F0 - 46 needs to be set to 0.

Group F and group P are basic functional parameters, and group U is monitoring functional parameters.

4.1 Summary of basic functional parameters

Function

Factory

Communica

Name

Setting range

code

value

tion address

F0 group basic functions

Bits: monitoring group U0

0: Not displayed

1: Display

F0-00

Menu mode selection

11

F000H

Ten digits: special parameter group P

0: Not displayed

1: Display

0: No PG open loop vector control

F0-01

Control operation mode

1: PG closed loop vector control

2

F001H

2: V/F control

0: Operation panel

Run command channel

F0-02

1: Terminals

0

F002H

selection

2: Communication

0: Number setting 1

1: Number setting 2

2: AI1

3: AI2

Main frequency source X

4: AI3

F0-03

1

F003H

selection

5: X5 pulse given

6: Multi-segment instruction

7: Simple PLC

8: PID

9: Communication given

0: Allowed

F0-04

Anti - reverse selection

1: Forbidden (0 frequency operation when

0

F004H

reverse command is applied)

0: Standard

Phase sequence

F0-05

1: Carry out phase sequence exchange.

0

F005H

selection

(rotation direction changes)

0: Allowed (when the power supply is turned on

and there is an operation command, the

Operation selection

operation will start.)

F0-06

0

F006H

when power is on

1: Prohibit (even if there is an operation

command while the power supply is on, the

motor selection is also prohibited.)

0: JOG.K is invalid

1: Operation panel command channel and

remote command channel ( terminal command

JOG.K key function

channel or communication command channel )

F0-07

0

F007H

selection

switch

2: Forward and reverse switching

3: JOG forward

4: Reverse JOG

24

Function

Factory

Communica

Name

Setting range

code

value

tion address

0: STOP / RES key stop function is valid only in

STOP/RESET key

keyboard operation mode

F0-08

1

F008H

function

1: STOP / RES key stop function is valid in any

operation mode

F0-09

Preset frequency

0.00Hz ~ maximum frequency ( F0

-

16

)

50.00Hz

F009H

0.00s～650.00s(F0-12=2)

Model

F0-10

Acceleration time 1

0.0s～6500.0s(F0-12=1)

determin

F00AH

0s～65000s(F0-12=0)

ation

0.00s～650.00s(F0-12=2)

Model

F0-11

Deceleration time 1

0.0s～6500.0s(F0-12=1)

determin

F00BH

0s～65000s(F0-12=0)

ation

0: 1 second

Acceleration /

F0-12

1: 0.1 second

1

F00CH

deceleration time unit

2: 0.01 second

Acceleration and

0: maximum frequency ( F0 - 12

)

F0-13

deceleration time

1: set frequency

0

F00DH

reference frequency

2: 100Hz

0: slow down and stop

F0-14

Shutdown mode

0

F00EH

1: free parking

F0-15

Droop control

0.00Hz～10.00Hz

0.00Hz

F00FH

50.00Hz～500.00Hz(F0-25=2)

F0-16

Maximum frequency

50.00Hz

F010H

50.0Hz～3200.0Hz(F0-25=1)

0: F0 - 18 settings

1: AI1

2: AI2

F0-17

Upper frequency source

0

F011H

3: AI3

4: X5 pulse setting

5: Communication given

Lower frequency F0 - 20 ~ maximum frequency

F0-18

Upper limiting frequency

50.00Hz

F012H

F0 - 16

F0-19

Upper frequency offset

0.00Hz ~ maximum frequency F0 - 16

0.00Hz

F013H

F0-20

Lower limit frequency

0.00Hz ~ upper frequency F0 - 18

0.00Hz

F014H

Operating mode with set

0: The following limited frequency operation

F0-21

frequency lower than

1: Shutdown

0

F015H

lower limit frequency

2: Zero speed operation

Model

F0-22

Carrier frequency

0.5kHz～16.0kHz

determin

F016H

ation

Carrier frequency adjusts

0: No

F0-23

1

F017H

with load

1: Yes

LED shutdown operation

0: Shutdown operation display separated

F0-24

0

F018H

display selection

1: Stop operation display does not separate

1: One decimal point

F0-25

Frequency decimal point

2

F019H

2: Two decimal points

Digital setting frequency

0: No memory

F0-26

shutdown memory

1

F01AH

1: Memory

selection

25

Function

Factory

Communica

Name

Setting range

code

value

tion address

Runtime frequency

0: Operating frequency

F0-27

command UP / DOWN

1

F01BH

1: Set frequency

reference

0: Motor 1

F0-28

Motor selection

0

F01CH

1: Motor 2

Auxiliary frequency

F0-29

Same as F0 - 03 ( main frequency source X )

0

F01DH

source Y

Base value of auxiliary

0: Relative to maximum frequency

F0-30

frequency Y range during

0

F01EH

1: Relative to frequency source x

superposition

Auxiliary frequency Y

F0-31

range during

0% - 150%

100%

F01FH

superposition

Bits: frequency selection

0: Main frequency x

1: Main and auxiliary operation results ( the

operation relationship is defined by ten - digit

confirmation )

2: Switch between main frequency X and

auxiliary frequency Y.

3: Switching between main frequency X and

main and auxiliary operation results

F0-32

Frequency superposition

00

F020H

4. The auxiliary frequency Y is cut OFF from the

result of the main and auxiliary operations

change

10 Bits: frequency primary and secondary

operation relation

0: Primary + secondary

1: Primary and secondary

2: Maximum value of both

3: Minimum of both

Auxiliary frequency

F0-33

source offset frequency

0.00Hz ~ maximum frequency F0 - 16

0.00Hz

F021H

during superposition

Bits: operation panel command binding

frequency source selection

0: Unbound

1: Number setting

2: AI1

3: AI2

4: AI3

Command source

5: X5 pulse quantity setting

F0-34

bundling frequency

0000

F022H

6: Multi-segment instruction

source

7: Simple PLC

8: PID

9: Communication given

Ten bits: terminal command binding frequency

source selection

Hundred bits: communication command binding

frequency source selection

0: Fan running when running

F0-35

Cooling fan control

0

F023H

1: The fan is running all the time

Forward and reverse

F0-36

0.0s～3000.0s

0.0s

F024H

dead time

0000～FFFF

Tens

Ones

Parameter 1 displayed at

Operating frequency

F0-37

H401F

F025H

run time

Setting frequency

Bus bar voltage

Output voltage

Output current

Output power

Output torque

X output state

26

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