Sensorless Vector Inverter

INVERTER
HF-430NEO series

No.D3401E-1

Table of Contents
Features …………………………………………… 2
Specifications ……………………………………… 6
Protective Functions ……………………………… 9Outline Drawing ………………………………… 10
Main Circuit Terminals ………………………… 12
Control Circuit Terminals ……………………… 13
Terminal Description …………………………… 14
Connecting Diagram …………………………… 15
List of Parameters ……………………………… 16
Accessories and Options ……………………… 37
Braking Unit and Braking Resistor…………… 38

Peripheral Equipment ………………………… 42
Notes to Inverter Users ………………………… 49
Warranty ………………………………………… 51

INVERTER HF-430NEO

1INVERTER HF-430NEO

FeaturesInverter HF-430series is much easier to use!
High Performance Inverter ＨＦ-430NEO
Easy operation using the colored liquid crystal display!
・Intuitive, easy-to-use LCD operator is standard.
・Easily monitor, set, or review operational data and parameters.

Colored Liquid Crystal
Display

5.5kW 200V class(HF4322-5A5)

15kW 200V class(HF4322-015)

Powerful operation for the Geared motor!
・The sensor-less vector control provides High starring torque and High performance.
(Starting Torque 150％ or more)

Cyclo® Gearmotor2

INVERTER HF-430NEO

INVERTER HF-430NEO

Features■Easy data copy to multiple inverters!
Easy・Operation
data copy topanel
multipleinverters! and memory is built in.
is removable

・Operation
panel isdata
removable
memoryis built in.						Parameter
can beandcopiedto multiple
inverters, which allows users to replace inverter inParameter data can be copied to multiple inverters, which allows users to replace inverter in a shorta short working time.
working time.

Optional Cassette■Optional Cassette・Optional cassettes are able to connect easily to HF-430NEO.
・Optional
cassettes
area able
to connect
easilyandto Analog
HF-430NEO.
・Optionalcassette
is preparing
communication
optionInput/output.			
AnalogInput/output：P1-AG								・Optional
cassette is preparing a communication option and Analog Input/output.
Communication：PROFIBUS, PROFINET, CC-Link

Analog Input/output：P1-AG

Communication：PROFIBUS, PROFINET, CC-Link
Easy Maintenance・Cooling fun and the capacitor for the main circuit is designed for 10 years life.
・W
hen theMaintenancelife of component (cooling fan or capacitor) is near its end, an alarm can be generated based■Easy
on ・Coolingself-diagnosis.
fun and the capacitor for the main circuit is designed for 10 years life.
・If the battery (CR2023) is used, real time data is retained even when the power is turn off.

・When the life of component (cooling fan or capacitor) is near its end, an alarm can begenerated based on self-diagnosis.

Power・IfRange
the battery (CR2023) is used, real time data is retained even when the power is turn off.
Voltage class(Input/Rated Output)

Applicable Motor(kW)
5.5

7.5

11

15

2

−

22

30

37

45

55

3-phase 200V/3-phase 200V
3-phase 400V/3-phase 400V

Model No.

HF432
HF430 NEO Series(HF432)

Power supply
2：3-phase 200V
4：3-phase 400V

5A5

Output power
5A5：5.5kW 015：15kW 037：37kW
7A5：7.5kW 022：22kW 045：45kW
011：11kW 030：30kW 055：55kW3

INVERTER HF-430NEO

Operation

INVERTER HF-430NEO
INVERTER HF-430NEO

Operator Keypad■Operator
Keypad■Operator Keypad
F1 KeyF1 KeyF2 KeyF2 Key

Displays functions such as
Displays functions
suchscreen
asnavigation
to the homenavigation
to
the
home
screenand cancellation at the bottom
andofcancellationleft
the screen.at the bottom
left of the screen.
画面左下に表示されます。
画面左下に表示されます。

Displays functions such as data
Displaysatfunctions
such
as of
data
storagethe bottom
right
the
storageatthebottomrightofthescreen.
screen.

RUN LED
RUN LEDPower LED
Power LED

RUN Key
RUN Key

The inverter runs when
The key
inverterruns when
thisis enabled.
this key is enabled.

Arrow keys & SEL key (center)
Arrow keys & SEL key (center)

Select data on the screen using arrow
Selectanddataconfirm
on the byscreen
using
arrow
keys,
pressingtheO key inkeys,
and confirm by pressing the O key inthecenter.
the center.
で選択できます。
で選択できます。

STOP/RESET Key
STOP/RESET Key

Performs deceleration stop and
Performs
trip
reset. deceleration stop andtrip reset.

■Colored
LiquidCrystal
Display
Colored Liquid
Crystal
Display■Colored
LiquidCrystal
Display

Visualization Icon
Visualization Icon

RUN, STOP and other is
RUN, STOP and other isvery obvious.
very obvious.
For this icon, error
For this icon, error
diagnosis is also easy.
diagnosis is also easy.

STOP
STOP
Output frequency
Output frequency
Output current
Output current

H01
H01

M1
M1

60.00 Hz60.00 Hz11.9 A
11.9 A

Input terminal monitor
Input terminal monitor
LLLLLLLLLLL
LLLLLLLLLLL
Menu
Menu

oFR
oFR

46.49 Hz46.49 Hz

OptionOptionBackground color can be selected.
Background color can be selected.

Selectable from Blue/Green/Gray.
Selectable from Blue/Green/Gray.
Easy visualization can be achieved in every cases!
Easy visualization can be achieved in every cases!

＜Icon Display＞＜Icon
Display＞< Icon Display>

Assist bar
Assist bar

Show function F1, Ｆ2
Show function F1, Ｆ2
And RUN key to assist user
And RUN key to assist user
operation.
operation.
Also clock information can be
Also clock information can beShown in this area.
Shown in this area.

RUN
RUN
RUN
FR
FR
FR

The motor is in forward running.
The
forwardrunning.
The motor
motor isisinin
forwardrunning.

LIM
LIM
LIM

RUN
RUN
RUN
RR
RR
RR

The motor is in reverse running.
The
reverserunning.
The motor
motor isisinin
reverserunning.

ALT
ALT
ALT

TRIP
TRIP
TRIP

The inverter is in trip statusThe
status
The inverter
inverter isis
in intriptripstatus

NRDY
NRDY
NRDY

Output frequency is limited by such as
Output frequency is limited by such as
Output frequency is limited by such as
overload.
overload.
overload.
The inverter is in overload notice or
The inverter is in overload notice or
The inverter
is in overload notice or
Thermalnotice.
Thermalnotice.
Thermal notice.
The inverter cannot be operated in the
The inverter cannot be operated in the
The inverter
cannot be operated in the
RUN
command.
RUN
RUNcommand.
command.

FAN
FAN
FAN

The inverter is in Fan life notice state.
The
inverter is in Fan life notice state.
The inverter is in Fan life notice state.

C
CC

The inverter is in capacitor life of the
The inverter is in capacitor life of the
The inverter
is innotice
capacitor
life of the control
controlboard
state.
control
board
notice state.
board noticestate.

STOP
STOP
STOP
STOP
STOP
STOP

4

Setting visualization Icon
Setting visualization Icon

Some of the setting is easy toSome of the setting is easy tounderstand.
understand.

Operation command is entered, but the
Operation command is entered, but the
Operationis entered, but theInverteris command
forced stop.
Inverterforcedstop.
Inverter isisforced
stop.
The inverter is stopped.
The inverter is stopped.
The inverter
is stopped.
Becauseoperationcommand is OFF.
Becauseoperationcommand
Because operationcommandis OFF.is OFF.

INVERTER HF-430NEO

Operation

INVERTER HF-430NEO■Monitor
ScreenandParameter
Setting
Monitor Screen
andParameter
Setting
Monitor Screen

Parameter Setting Screen
H01

M1

RUN
FR

Output frequency
Output Current

M1

RUN
FR

Output frequency
29.51 Hz11.9 A

29.51 Hz

FA-01

Input Terminal
LLLLLLLLLLL
Menu

oFR

46.49 Hz

OptionH03

Wide Monitor Screen
H04

M1

RUN
FR

dA-01
Output frequency

29.51Hz46.49 Hz[0.00-60.00]
Menu

oFR

46.49 Hz

OptionoFR

Menu

Option46.49 Hz

Trip History Screen
It is easy to access theparameters you want to set.
EX. FA-01＝60Hz → 30Hz

RUN
FR

H03

M1

Output frequency
60.00 HzFA-01
60.00 Hz[0.00-60.00]

Home

oFR

60.00 Hz

----

M1

RUN
FR

H06

Trip history
Total count 20 times
1. E007
2. E001
3. E001
4. E009
5. E012Menu

19/07/15
19/07/15
19/07/15
19/07/12
19/07/10

oFR

10:10
08:55
08:52
10:10
22:52

46.49 Hz

Detail

RUN
FR

M1

H03

Output frequency

It is easy to set the parametersin Scroll mode.

60.00 HzFA-01
60.00 Hz[0.00-60.00]

Home

oFR

RUN
FR

60.00 Hz

----

M1

H03

Output frequency
60.00 HzFA-01
30.00 Hz

Set FA-01＝30Hz[0.00-60.00]

Home

oFR

30.00 Hz

Save

5

INVERTER HF-430NEO

Specifications
200V class Specifications
HF4322-

OutputModel name

5A5

7A5

011

015

022

030

037

045

Applicable motor(4 poles)(kW)

5.5

7.5

11

15

22

30

37

45

55

Rated output current (A)

24.0

32.0

46.0

64.0

95.0

121

145

182

220

Overload current rating

150% 60s / 200% 3s

Rated output voltage

Three-phase(3 wire)200 to 240V (Corresponding to the incoming voltage)

Input

Rated capacity
(kVA)

200V

8.3

11.1

15.9

22.1

32.9

41.9

50.2

63.0

76.2

240V

9.9

13.3

19.1

26.6

39.4

50.2

60.2

75.6

91.4

Control power supply : Single-phase 200 to 240V , Permissible AC voltage 170 to 264 , 50Hz/60Hz(±5%)

Rated input AC voltage Note:1
Power supply capacity (kVA) Note:2

Three-phase(3 wire) 200 to 240V , Permissible AC voltage 170 to 264 , 50Hz/60Hz(±5%)
11.3

14.5

20.9

29.0

Carrier frequency variation Note:3

43.1

55.3

66.2

82.6

99.8

0.5～16.0kHz

Starting torque Note:4150%

Regenerative brake

Internal BRD circuit (external discharge resistor value)

Minimum resistance value(Ω)

Dimensions Note:5055

External regenerative braking unit

16

10

10

7.5

5

-

-

-

-

H (height) (mm)

260

260

260

390

390

540

550

550

700

W (width) (mm)

210

210

210

245

245

300

390

390

480

D (Depth) (mm)

170

170

170

190

190

195

250

250

250

22

33

33

47

055

Protective structure

IP20 / UL open type

Aprox. weight (kg)

6

6

6

10

10

5A5

7A5

011

015

022

030

037

045

Applicable motor(4 poles)(kW)

5.5

7.5

11

15

22

30

37

45

55

Rated output current (A)

12.0

16.0

23.0

32.0

48.0

58.0

75.0

90.0

110

76.2

400V class Specifications
HF4324-

OutputModel name

Overload current rating

150% 60s / 200% 3s

Rated output voltage

Three-phase(3 wire)380～500V (Corresponding to the incoming voltage)

Input

Rated capacity
(kVA)

400V

9.7

13.1

15.9

22.2

33.3

40.2

52.0

62.1

480V

9.9

13.3

19.1

26.6

39.9

48.2

62.3

74.8

91.4

500V

10.4

13.9

19.9

27.7

41.6

50.2

65.0

77.9

95.3

Control power supply : Single-phase 380 to 500V , Permissible AC voltage 323 to 550V , 50Hz/60Hz(±5%)

Rated input AC voltage Note:1
Power supply capacity (kVA) Note:2

Three-phase(3 wire) 380 to 500V , Permissible AC voltage 323 to 550 , 50Hz/60Hz(±5%)
13.4

17.2

22.7

29.0

Carrier frequency variation Note:3Starting torque Note:4

Dimensions Note:5

55.3

68.0

82.6

101.6

150%

Regenerative Brake
Minimum resistance value (Ω)

43.5
0.5～16.0kHz

External regenerative
braking unit

Internal BRD circuit (external discharge resistor value)
70

35

35

24

20

15

15

10

10

H (height) (mm)

260

260

260

390

390

540

550

550

550

W (width) (mm)

210

210

210

245

245

300

390

390

390

D (Depth) (mm)

170

170

170

190

190

195

250

250

250

22

31

31

31

Protective structure
Aprox. weight (kg)

IP20 / UL open type
6

6

6

8.5

8.5

＊ND rating is initial set parameter.(Overload current rating：150％ 60sec)
Note: 1. Following are for Low Voltage Directive (LVD) compliant.
- Pollution degree 2- Overvoltage category 3
2. The power supply capacity is the value of the rated output current at 220V. The value of the impedance at the supply side changes due to the wiring, breaker,
input reactor, etc.
3. It is necessary to set the carrier frequency settings [bb101]/ [bb201] equal or greater than the (maximum output frequency x 10) Hz. For induction motor IM, set
the carrier frequency to 2 kHz or more except V/f control. For synchronous motor (SM), permanent magnet motor (PMM) set the carrier frequency to 8 kHz or more.
4. The value is specified for the standard motor controlled by the sensor less vector control when ND rating.
Torque characteristics may vary by the control system and the use of the motor.
5. The key height of keypad are exclued from dimensions. When an option is connected, the depth is increased. Refer to the each optional instruction.

6

INVERTER HF-430NEO

Specifications
Common specifications(1)PWM system

Sine-wave PWM system

Output frequency range Note:1

0.00～590.00Hz

Frequency accuracy

For the highest frequency, digital±0.01%, analog±0.2% (25±10℃)

Frequency resolution

Digital: 0.01Hz：Analog: Max. frequency/4000(VRF terminal/IRF terminal:12bit/0～+10V or 0～+20mA, VF2 terminal 12bit/-10～+10V)

Control system Note:2

IM

V/f control (constant torque/reduced torque/ free / automatic boost control )V/f with encoder( constant torque/reduced torque/ free / automatic boost control )Cascade type sensorless vector control, 0Hz sensorless vector control, Vector control with encoder

SM/PMM

synchronous startup for smart sensorless vector control , IVMS start type sensor less vector control

Speed fluctuation Note:3±0.5%(sensorless vector control)

Acceleration/deceleration time

0.00～3600.00s (Linear, S-curve, U-curve, Inverted-U-curve, EL-S-curve)

Display

Output frequency, Output current, Output torque, trip history, input/output terminal status, input/output terminal function
input/output power, PN voltage, etc, the rest is described in the chapter 4.
DC braking after the start, matching frequency after the start, active frequency matching start, Low-voltage start, retry restart

Stop functions

After free run stop, deceleration stop, DC braking or external DC braking operation (Braking force, time, adjustment of operation speed)

Stall prevention function

Overload limit function, overcurrent supression, overvoltage suppresion function

Protection functions Note:4Overcurrent error, overload error, brake resistor overload, overvoltage error, memory error, undervoltage error, current detector error, CPUerror, external trip error, USP error, ground error, supply overvoltage error, power loss error, temperature detector error, Cooling-fan rotation
speed decrease, temperature error, phase input error, IGBT error, phase output error, thermistor error brake error, low-speed range overload
error, inverter overload, RS485communication error, RTC error, the rest is described in the chapter 5.

Other functions

V/f free setting (7 points), upper and lower speed limit, speed jump, curve acceleration and deceleration, manual torque boost
energy-saven operation, analog output adjustment, minimun speed, carrier frequency adjustment, motor electronic thermal function(free ispossible), inverter thermal function, external start-end(speed and rate), frequency input selection, trip retry, restart stop, various signal output,
inilization setting, PID control, auto-decel at shut-off, brake control function, commercial switching function, auto-tuning (on/offline), etc. therest is described in the chapter 4.

RUN Stop
Forward/Reverse

Frequency reference Panel

Start functions

Panel

External signal Note:5

Communication port

UP, DOWN keys according to the set parameter.
VRF/IRF terminal (for voltage input)

0～10Vdc set by the voltage input (Input impedance:10kΩ)VRF/IRF terminal (for current input)

0～20mA set by the current input (Input impedance:100Ω)VF2 terminal-10～+10Vdc set by the voltage input (Input impedance:10kΩ)Multi-speed terminal

16multi-speed(With the use of the intelligent input terminal)

Pulse train-input

Maximum 32kHz×2

RS485 serial communication (Protocol: Modbus-RTU)

KeypadBy RUN/Stop key (With the set parameter, forward/reverse can be switched)

External signal

Forward (FR)/Reverse(RR)(When input terminal functions are allocated)
3-wire input allowed(When input terminal functions are allocated)

Communication PortSet by RS485 communication (Maximum: 115.2kbps)

Input

11 terminals (A or B terminal accept a pulse train)

Input terminals

FR(Forward rotation)/RR(Reverse rotation), DFL/DFM/DFH/DHH(Multi-speed 1～4), SF1～7(Multi-speed bit 1～7), ADD(Trigger for frequency
addition), AUT(Command change), STA(3-wire start)/STP(3-wire stop)/ F/R(Forward/reverse by 3-wire), AHD(Analog command holding,
UP(Remote control up)/DWN(Remote control down), UDC(Remote data clearance), F-OP(Forcible operation), SET(2nd-motor), RST(Reset),
JOG(Jogging), DB(External DC braking), AD2(2-stage accel/decel), MBS(Free-run stop), ES(External trip) USP(Unattended start protection),CS(Commercial power supply switching), SFT(Software lock), BOK(Braking confirmation) OLR(Overload restriction selection), KHC(Accumulated
input power clear), OKHC(Accumulated input), PID(PID1 disable), PIDC(PID1 integration reset), PID2(PID2 disable), PIDC2(PID2 integration reset),
PID3(PID3 disable), PIDC3(PID3 integration reset), PID4(PID4 disable), PIDC4(PID4 integration reset), SVC1～4(PID1 multistage target value 1～4), PRO(PID gain change), PIO1(PID output change 1), PIO2(PID output change 2), SLEP(SLEEP trigger)/WAKE(WAKE trigger), TL(Enable torquelimit), TRQ1/2(Torque limit 1/2), PPI(P/PI switching), CAS(Control gain switching), SON(Servo-ON), FOC(Forcing), ATR(Enable torque command
input), TBS(Enable torque bias), ORT(Home search function), LAC(LAD cancellation), PCLR(Position deviation clearance), STAT(Enable 90°-shiftphase) PUP(Position bias addition), PDN(Position bias subtraction), CP1～4(Multistage position 1～4), ORL(Zero-return limit function) ORG(Zeroreturn trigger function), FOT(Forward drive stop), ROT(Reverse drive stop), SPD(Speed/position change), PSET(Position data pre-set), PCC(Pulse
counter clearance), HLD(accel/decel stop), REN(Motion enable signal), DISP(Display lock), PLA(Pulse train input A), PLB(Pulse train input B),
EMF(Emergency-force drive activation), COK( Contactor check signal), DTR(Data trace start signal) PLZ(Pulse train input Z), TCH( Teach-in signal)

Backup supply terminal

P+/P-: DC24V input(Input allowable voltage: 24V±10%)Functional safety STO
input terminal

2 terminals (Simultaneous input)

Thermistor input terminal

1 terminal (PTC/NTC resistor allowed)

Note: 1. Output frequency range will depend on the motor control method and the motor used. Consult the motor manufacturer for the maximum
allowable frequency of the motor when operating beyond 60Hz.
2. In case of the control mode is changed and the motor constant is not set appropriately, the desired starting torque cannot be obtained andalso exists the possibility of tripping.
3. Regarding the speed range regulation of motor, the variable range depends on the client system and the environment in which the motor
is used.
4. If the IGBT error [E030] occurs by the protective function, it may have happened by the short-circuit protection, but also can occur if the IGBT
is damaged. Depending on the operation status of the inverter, instead of the IGBT error, the overcurrent error [E001] may also occur.
5. At factory setting, the maximum output frequency for analogue input signal VRF/IRF is adjusted to 9.8V for voltage input and 19.6mA for
current input. In order to adjust the specification use analogue start/end function.

7

INVERTER HF-430NEO

Specifications

OutputCommon specifications(2)Output terminals

Transistor output terminal 5, 1a contact relay 1 point, 1c contact relay 1 point

Relay/Alarm relay(1a, 1c) function

DRV(While in run), UPF1～5(Reached frequency signal), IRDY(Inverter ready), FRR(Forward rotation), RRR(Reverse rotation), FREF(panel frequency
reference), REF(panel motion operation), SETM(2nd-motor selected), OPO(Option-Output), AL(Alarm signal), MJA(Major failure signal), OTQ(Overtorque), IP(Power loss), UV(Undervoltage), TRQ(Torque limited), IPS(Decel. Power loss), RNT(RUN time exceeded), ONT(ON time exceeded), THM(Motorelectronic thermal warning), THC(Electronic thermal warning), WAC(Capacitor life warning), WAF(Cooling-fan life warning), FS(Operation signal),
OHF(heat sink overheat warning), LOC/LOC2(Low-current indication signal), OL/OL2(Overload warning signal 1/2), BRK(Brake release)/BER(Brake error)/
CON(Contactor control), ZS(0Hz detection signal) DSE(Maximum speed deviation), PDD(Maximum position deviation), POK(Positioning completed),
PCMP(Pulse counter compare output) OD/OD2/OD3/OD4(Output deviation for PID control), FBV/FBV2/FBV3/FBV4(PID feedback comparison),NDc(Communication disconnection), VRFDc/IRFDc/VF2Dc(Analog VRF/IRF/VF2 disconnection), Ai4Dc/Ai5Dc/Ai6Dc(Option analog Ai4/Ai5/Ai6
disconnection) WCVRF/WCIRF/WCVF2(Window comparator VRF/IRF/VF2), WCAi4/WCAi5/WCAi6(Window comparator Ai4/Ai5/Ai6),LOG1～7(logicaloperation result 1～7),EMFC(Emergency force drive indicator),EMBP(Bypass mode indicator), WFT(Trace waiting signal), TRA(Trace running signal),
LBK(Low battery of panel), OVS(Overvoltage power Supply), AC0-3( Alarm code bit-0 to 4), SSE( PID soft start error)

EDM output terminal

Functional safety diagnostic output

Output terminal
monitor Note:6

The data of the monitor can be selected by the parameter of the output.

EMC filter

EMC filter can be enable (The filter exchange method can alter depending on the model)

Note:7

Operating environment

PC external access

USB Micro-B

Ambient temperature

Storage temperature-10～50℃

LD-10～45℃

VLD-10～40℃

Note:8-20～65°

Level of humidity

20～90%RH(No condensation allowed)
Model: up to HF4322-022 and up to HF4324-022

5.9m/s2 (0.6G), 10～55Hz

Note:9Model: more than HF4322-030 and more than HF4324-030

2.94m/s2 (0.3G), 10～55Hz

Installation place Note:10

A maximum altitude of 1000m, without gases or dust.

Vibration tolerance

Components life span
Conformity standars

Note:11

Coating color
Optional slots
Input/ouput option
Optional boards

ND

Communication option

The life span of the main circuit smoothing capacitors is 10 years.
The life span of the cooling-fan is 10 years.
UL, cUL, CE marking, RCM
Functional safety (STO function/ IEC61800-5-2,IEC62061,IEC61508: SIL3/ EN ISO13849-1: Cat.4 PLe)Black
3 ports
Analog input/output option ( available soon )Note:12

CC-Link, PROFIBUS, PROFINET, Ethernet (Modbus-TCP)

Feedback option

Line driver input (RS422)

Functional safety
optionFunctional safety option(STO/SS1/SBC/SLS/SDI/SSM function / IEC61800-5-2,IEC62061,IEC61508: SIL3/ EN ISO13849-1: Cat.4 PLe )Other optional
components

Braking resistor, AC reactor, DC reactor, Noise filter,Radio noise filter, Zero phase reactor,operator cable, regenerative braking unit,
PC software

Note: 6. The analogue voltage and analogue current monitor are estimated outputs of the analogue meter connection. Maximum output value might deviate slightly
from 10V or 20mA by variation of the analogue output circuit. If you want to change the characteristics, adjust the Ao1 and Ao2 adjustment functions.
There are some monitor data that cannot be output.
7. In order to enable the EMC filter, connect to the neutral grounding supply. Otherwise, the leakage current may increase.
8. Storage temperature is the temperature during transport.
9. In accordance with the test methods of JIS C 60068-2-6:2010(IEC 60068-2-6:2007).
10. In case of utilization at an altitude of 1000m or more, take into account that the atmospheric pressure is reduced by 1% for every 100m up. Apply 1% deratingfrom the rated current by increasing every 100m, and conduct an evaluation test.
When using above 2500m ambient, please contact Hitachi Inverter distributer.
11. Insulation distance is in accordance with the UL and CE standards.
12. Modbus is a registered trademark of Schneider Automation Inc.
PROFIBUS® and PROFINET® is registered trademark of PROFIBUS Nutzerorganisation e.V. (PNO).

8INVERTER HF-430NEO

Protective Functions
Error Code
Error
Code

Name

E001

Overcurrent error

A large current flowing in the inverter results in a failure. To prevent this, the inverter turns OFF its output.

E005

Motor overload error

The built-in electronic thermal function monitors the output current of the inverter and when a motor overload is detected, the inverter
turns OFF its output.

E006

Braking resistor overload
error

When the use rate of inverterʼs braking resistor operation circuit (BRD) exceeds the use rate set beforehand in [bA-60], the inverter turns
OFF its output.

E007

Overvoltage error

Too high P-N voltage results in a failure. To prevent this, the inverter turns OFF its output.
When P-N voltage exceeds approx. 410Vdc (200V class) or approx. 820Vdc (400V class), the output is turned OFF.

E008

Memory error

If the built-in memory has problems, the inverter turns OFF its output.
CPU error may be issued instead. The inverter recovers by re-turning ON the power; however, you need to check that there is no problem
in parameters.

E009

Under voltage error

A decrease of the main power supply of inverter results in a circuit breakage.
To prevent this, the inverter turns OFF its output. When P-N voltage falls below approx. 160Vdc (200V class) or approx. 320VDC (400V
class), the output is turned OFF.

Explanation

E010

Current detector error

If the built-in current detector has problems, the inverter turns OFF its output.

E011

CPU error

When a malfunction or problem occurs in the built-in CPU, the inverter turns OFF its output and then displays the error.

E012

External trip error

When the inverter accepted a signal commanded by an external device or equipment, the inverter turns OFF its output. (When external
trip function is selected.)

E013

USP error

This error occurs if an operation command has been input to the inverter when the power supply is turned ON. Operation commanddetection is carried out for 1 second after the power supply is turned ON. (When USP function is selected.)

E014

Ground fault error

This is a function to protect the inverter by the detection of ground faults between the inverter output and the motor at power-on. The
function doesnʼt work when there is a voltage induced in the motor due to idling or when the inverter trips.

E015

Incoming overvoltage error

This error occurs if high incoming voltage level is held for 100 seconds continuously while the inverter output is stopped when incoming
overvoltage level [bb-61] is set to 01. It occurs when the P-N voltage exceeds the voltage level set in the incoming overvoltage levelselection [bb-62] due to incoming voltage.

E016

Instantaneous power failureerror

At the time of an instantaneous power failure, the inverter turns OFF its output. (15ms and over)If the power failure continues, the event is regarded as a normal power-off.

E019

Temperature detector error

This error occurs if there is a problem in the temperature detector circuit such as disconnection.

E020

Cooling fan rotation speed
reduction error

If the temperature of inverter gets high due to deterioration of cooling ability resulted from decrease in fan rotation speed, the inverter
turns OFF its output.

E021

Temperature error

When the temperature of inverter gets high, the inverter turns OFF its output.

E024

Input open-phase error

When [bb-65] input phase loss selection is set to 01, when a missing phase is detected in input line, the inverter turns OFF its output.

E030

IGBT error

At the time of an instantaneous overcurrent or the main element failure, the inverter turns OFF its output to protect the main element.
Overcurrent error may be issued instead.

E034

Output open-phase error

When the output phase loss selection [bb-66] is set to 01, when a loose connection or disconnection of output line, disconnection inside
the motor, etc. is detected, the inverter turns OFF its output. Detection of phase loss state is executed in the section between 5Hz to
100Hz.

E035

Thermistor error

If an abnormal temperature is observed during detection of resistor level change in an external thermistor, the inverter turns OFF its
output. (When thermistor function is enabled.)

E036

Brake error

This is error occurs when the inverter cannot detect whether the brake check signal is ON or OFF during waiting time after the inverterhas output a brake releasing signal.
(When brake function is enabled.)

E038

Low-speed range overload
errorThis error occurs to protect the main element if the inverter has output at a low frequency of 0.2Hz or below. When such a low frequency
is detected by the built-in electronic thermal function, the inverter turns OFF its output.

E039

Inverter overload error

The built-in electronic thermal function monitors the output current of the inverter and when inverter overload is detected, the inverter
turns OFF its output.

E040

Operator keypadcommunication error

The inverter displays this error when timeout occurs because of a malfunction due to noises, loose connection or disconnection of
circuit for communication with the operator keypad.

E041

RS485 communication error

The inverter displays this error only when timeout occurs because of a malfunction due to noises, loose connection or disconnection of
circuit for RS485 communication (such as Modbus-RTU).

E042

RTC error

The error is generated if the data of RTC incorporated in the operator keypad is returned to the initial data.

9

INVERTER HF-430NEO

Outline Drawing
200V Class：HF4322-5A5(5.5kW), HF4322-7A5(7.5kW)
400V Class：HF4324-5A5(5.5kW), HF4324-7A5(7.5kW)

200V Class：HF4322-011(11kW)
400V Class：HF4324-011(11kW)

Operator Panel

22

Exhaust

78

7

210
189

ExhaustAir Intake

189

149.2
7

(100)
(104)
(124)
(160)

Control Terminal

Cable Holes

170

10cm or more

(1.6)
L2

L2
15

5cm or
more

(100)
(L3)
(L4)
(L5)
Minimum allowable space

Minimum allowable space
10cm or more

Air Intake

Control Terminal

189

L1

Mains Terminal
W=13 M5
Tightening Torque 3.0 Nm

Cable Holes

L1

7

(66)

(100)
(67)
(44)

(67)

(50)

(100)
(67)

149.2

246
260

246
260

78

78

7

78

2-Ø

22

2-Ø
7

210
189

Control Power Supply
Terminal
W=9.8 M4
Tightening Torque1.2~1.4 Nm

Mains Terminal
W=16.5 M6Tightening Torque 4.0 Nm

Operator Panel

Control Power Supply Terminal
W=9.8 M4
Tightening Torque 1.2~1.4 Nm

5cm ormore

203
Position for mounting screws

5cm or
more

(1.6)
70

Shape of installation part for VLD/ND mode

10cm or more

Dimension for each load mode
Voltage
Load ModeL1
VLD/LD
185
200V
ND
400V
VLD/LD/ND 170

203

L2
85

L3
119

L4
138

L5
175

70

104

123

160

10cm or more

Unit: mm

Weight：6kg

Operator Panel(2.5)

2-7 X 9.5
78

400V Class：HF4324-015(15kW), HF4324-022(22kW)

Control Power Supply Terminal
W=9.8 M4
Tightening Torque1.2~1.4 Nm
Control Terminal

245
229

Control Power Supply Terminal
W=9.8 M4
Tightening Torque 1.2~1.4 Nm

Operator Panel
245
229
42

Exhaust78

2-7 X 9.5

(R3.5

)

Control Terminal
Exhaust

376
390

L1

(142)
(165)

(223)
(150)
Air Intake

(L3)
(L4)
(L5)
(L6)

Cable Holes

7
229

Minimum allowable space
10cm or more
5cm ormore

235

Cable Holes
5cm or
more

(1.6)
84

4-Spacer(Accessory)
10cm or more
Shape of installation part for VLD mode

Dimension for each load mode
Capacity
Load Mode
L1
200
VLD
22kW
LD/ND
190
VLD/LD/ND
15kW

Air Intake

Mains Terminal
W=16.5 M6Tightening Torque 4.0 Nm

(130)
(149)
(175)
(180)

Minimum allowable space

190

(1.6)
L2

L2
10
4-Ø6.8Mains Terminal
15kW: W=23 M6
22kW: W=23 M8Tightening Torque
15kW: 2.5~3.0 Nm
22kW: 5.5~6.6 Nm

271.7

271.7
229

L1

7

(80)
(116)

(150)

(223)

390
376

78

78

(R3

.5)

42

Weight：6kg(2.5)

200V Class：HF4322-015(15kW), HF4322-022(22kW)

5cm ormore

10cm or more
5cm ormore

5cm or
more

235

L2
94

L3 L4 L5
152 173 185

L6
190

84

142 163 175

180

10cm or more

Unit: mm

Weight：10kg

10Weight：8.5kg

INVERTER HF-430NEO

Outline Drawing
200V Class：HF4322-030(30kW)
400V Class：HF4324-030(30kW)

200V Class：HF4322-037(37kW), HF4322-045(45kW)
400V Class：HF4324-037(37kW), HF4324-045(45kW)
HF4324-055(55kW)

Operator Panel

390
2.4

Exhaust

15

2-

78

Digital Operator Panel

Control Power Supply Terminal
W=9.8 M4
Tightening Torque 1.2~1.4 Nm

Ø1
0

300
265

2-

300

78

2

Ø1

Control Power Supply Terminal
W=9.8 M4
Tightening Torque 1.2~1.4 Nm

ControlTerminal

ExhaustControlTerminal

195

5cm ormore

2.3

5cm or
more

(191)
219

Minimum allowable space
250

10cm or more

Air Intake

Mains Terminal
W=29 M8
Tightening Torque 15.0 Nm(200V 45kW: 6.0~10.0 Nm)

10cm or more

Cable Holes
3-91 X 48

2.3

Mains Terminal
200V: W=22 M8, 400V: W=22 M6Tightening Torque
Minimum allowable space
200V: 6 Nm
400V: 2.5~3.0 Nm

Cable Holes
3-82 X 25

230

(101)

300

(164)

265

(235)

40

520
550
379.7
(330)

251.5

(101)

12
Air Intake

10

(225)

Cable Holes(Both Sides)
2-Ø20 X 2

(180)

40

510
540
(360)

392
(342)

78

78

(170)
Cable Holes(Both Sides)
2-Ø20 X 2

(348)

14.5

5cm ormore

5cm ormore

10cm or more

10cm or more

Weight：22kg
200V Class：HF4322-055(55kW)
Operator Panel
7.4

Operator Panel (OS-44)

2-

23.75

Control Power Supply Terminal
W=9.8 M4
Tightening Torque 1.2~1.4 Nm

Control Terminal

480
380

Weight：200V Class 33kg, 400V Class 31kg2
Ø1

Exhaust78

78

2-M3 depth 5 (Back side)
13

9.8

6.6

(225)
15

78

Cable Holes(Both Sides)
2-Ø20 X 2

Air Intake

250

10cm or more
5cm or
Cable Holes more
4-91 X 48

5cm or
more

18
2-Ø4

0.3

(199)

56

Mains Terminal
W=40 M10
Tightening Torque10~12 Nm㻋㻦㼄㼅㼏㼈㻃㼉㼒㼕㻃㻲㻶㻗㻗㻌

18

380

Minimum allowable space

2.3

ICS-1, 3

23.75
12

56

78

40

1

313.5

219

(127)

(422)

453.2
(404)

670
700

(235)

Mounting hole

Weight：0.1kg

10cm or more

Weight：47kg

㻰㼒㼇㼈㼏

㻯䟺㼐䟻

11

INVERTER HF-430NEO

Terminals
Main Circuit Terminals
Terminal Description
SymbolTerminal Name

Description

R,S,T(L1,L2,L3)

Main power input terminals

Connect to the AC power supply.

U,V,W(T1,T2,T3)

Inverter output terminals

Connect a Three-phase motor. Note

P1,P
(+)

DC reactor connection
terminals

Remove the P1-P jumper from terminals, and connect the optional DC choke for power factor improvement.

P,PR
(+)

External braking resistor
connection terminals

Connect the optional external braking resistor.
(HF4322-5A5 to 022 and HF4324-5A5 to 037)

P,N
(+,-)

External braking unit
connection terminals

Connect the optional external braking unit.
(HF4322-030 to 055 and HF4324-045、055)

E(G)Ground connection terminals

Connect the optional regenerative braking unit.

r1、t1Control power supply input
terminals

This serves as a ground terminal for the inverter chassis to ground. Connect 200V class and 400V class models
to Type-D grounding and Type-C grounding, respectively.

Note: When operating with sensorless vector control, be sure to connect the motor.

Screw Diameter and Terminal widthModelr1, t1 Terminal

Ground Terminal

Terminal width(mm)

Other Terminal

HF4322-5A5、7A5 / HF4324-5A5、7A5(5.5、7.5kW)

M4

M5

M5

13

HF4322-011(11kW)/ HF4324-011(11kW)

M4

M6

M6

16.5

HF4322-015(15kW)

M4

M6

M6

23

HF4322-022(22kW)

M4

M6

M8

23

HF4322-030(30kW)

M4

M6

M8

22

HF4322-037(37kW )/ HF4322-045(45kW)

M4

M8

M8

29

HF4322-055(55kW)

M4

M8

M10

40

HF4324-015(15kW)/ HF4324-022(22kW)

M4

M6

M6

16.5

HF4324-030(30kW)

M4

M6

M6

22

HF4324-037～HF4324-045(37～55kW)

M4

M8

M8

29

Terminal
Arrangement
Fig.1
Fig.2

Fig.3
Fig.4
Fig.5

Terminal Arrangement
Fig.4 400V class：HF4324-015、HF4324-022(15、22kW)

Fig.1 200V class：HF4322-5A5～HF4322-011(5.5～11kW)
400V class : HF4324-5A5～HF4324-011(5.5～11kW)
r1

t1

OFF G

ON

R
(L1)
E
(G)

S
(L2)
P1

T
U
(L3) (T1)
P
N
(+)
(-)

EMCフィルタ有効
EMC
filter enabled

チャージランプ
Charge LED

V
(T2)
PR

W
(T3)
E
(G)

r1

t1

OFF G

Charge LED
チャージランプ

R
(L1)

S
(L2)

T
(L3)

U
(T1)

V
(T2)

W
(T3)

E
(G)

P1

P
(+)

N
(-)

PR

E
(G)

ON

EMCフィルタ有効
EMC
filter enabled
EMCフィルタ無効
EMC filter disabled

EMCフィルタ無効
EMC
filter disabled
Fig.2 200V class：HF4322-015、HF4322-022(15、22kW)

Fig.5 400V class：HF4324-030～HF4324-055(30～55kW)

チャージランプ
Charge
LED
t1

r1

R
(L1)
E(G)

チャージランプ
Charge LED

S
(L2)

T
(L3)

r1

PR

P1

P
(+)

N
(-)

Grounding terminal with a jumper
EMCフィルタ有効用接地端子
forenabling EMC filter

U
(T1)

V
(T2)

接地端子
(短絡片付き)

W
(T3)

R
(L1)
E(G)

E(G)

Fig.3 200V class：HF4322-030～HF4322-055(30～55kW)
チャージランプ
Charge LED
r1

R
(L1)
E(G)

12

S
(L2)

T
(L3)

P1

P
(+)

N
(-)

U
(T1)

V
(T2)
E(G)

t1

W
(T3)

S
(L2)

T
(L3)

P1

P
(+)

N
(-)

PR

t1

U
(T1)

V
(T2)

E(G)

W
(T3)

INVERTER HF-430NEO

Terminals
Control Circuit Terminals

RY

RC

X3

X1

X2

DRV

OM

UPF

10V

10V

10V

10V

SRC
SW6

SW5

VRF
P.SEL
20mA
EX
SW1

SW2

IRF
AMV
20mA 20mA
SW3

Outputterminal
出力端子

リレー出力端子Relay
output terminal

AMI
20mA
SW4

Terminal Arrangement

SINK

IN

アラームリレー出力端子
Alarm relay output terminal
FA

FB

P24

FC

PCS

外部用
External
24V
terminal
24V端子

AMI

AMV

COM

COM

VF2

IRF

VRF

＋V

TH+

TH -

FRQ

P-

SP

SN

SP

SN

RP

ED +

ModbusModbus通信

Digital output
デジタル出力

DHH

DFH

RST

BC

ES

JOG

MBS

給電用
Power
supply24Vterminal
24V端子
STO terminal
STO
端子

サーミスタ端子Thermistor
terminals

Analoginput/output
アナログ入出力P-

ST2 STCED -ST1

P24 STC CMS

STO monitoring
STO
確認端子

AUT

BC

DFM

DFL

RR

FR

BC

Input terminals
入力端子

Configuration of Switches
Indication

Name of Switch

Description

SW1

Analog input 1 selector

It changes the input specification of Analog input 1 (VRF terminal).
10V: Voltage input is available. 20mA: Current input is available.

SW2

Analog input 2 selector

It changes the input specification of Analog input 2 (IRF terminal).
10V: Voltage input is available. 20mA: Current input is available.

SW3

Analog output 1 selector

It changes the output specification of Analog output 1 (AMV terminal).
10V: Voltage output is applied. 20mA: Current output is applied.

SW4

Analog output 2 selector

It changes the output specification of Analog output 2 (AMI terminal).
10V: Voltage output is applied. 20mA: Current output is applied.

SW5

Change of the power supply
Method to input terminals

It changes the power source for input terminals.
IN: Internal power source. EX: External power source.
(While setting EX, it requires an external power supply between input terminals and COM terminal)

SW6

Input terminal
Sink/Source logic switching

It changes the sink or source logic for input terminal. This Is enabled when SW5 is in IN position.
SINK: Switch to Sink logic. SRC: Switch to Source logic.

Terminal Description
SymbolPower
SupplyAnalogInput/
outputterminal

AnalogInput

Terminal NameCOM

COM for analog power
supply＋V

Speed setting power
supplyVRF

Analog input terminal 1(voltage/current selector
SW1)

IRF

Analog input terminal 2(voltage/current selector
SW2)

VF2

Analog input terminal 3

AMV
AnalogOutputAMI

Analog output terminal 1(voltage/current selector
SW3)
Analog output terminal 2(voltage/current selector
SW4)

Description
COM terminals for analog input terminals (VRF, IRF,
VF2) and analog output terminals (AMV, AMI). Two
COM terminals are available.

Electric characteristics-

DC10V power supply. Used for voltage input withanalog input terminals (VRF, IRF, VF2) using a variable
resister.

Max. allowable input current 20mA

Either VRF or IRF can be used by switching theselector switch to DC0 to 10V voltage input or 0- to
20ｍA current input.
Used as speed input and feedback input.

For voltage input:
・Input impedance Approx.10kΩ
・Allowable input voltage DC-0.3V to 12V
For current input:
・Input impedance Approx.100Ω
・Max. allowable input current 24mA

DC-10 to 10V voltage input is available.
Used as speed input and feedback input.

Voltage input only:
・Input impedance Approx.10kΩ
・Allowable voltage input DC-12V to 12V

Either AMV or AMI can be used as an output for
inverter monitoring data by switching the selector
switch to DC0 to 10V voltage output or 0 to 20ｍA
current output.

For voltage output:
・Max. allowable output current 2mA・Output voltage accuracy ±10%
(Ambient temperature:25±10 degrees C)
For current input:
・Allowable load impedance 250Ω or less・Output current accuracy ±20%
(Ambient temperature:25±10 degrees C)

13

INVERTER HF-430NEO

Terminals
Terminal Description
SymbolPCSPower Supply

P+
P-

Contact point

Terminal Name
24V output powersource terminal
Terminal for external
24V input (24V)
Terminal for external
24V input (0V)

FR,RR
DFL,DFM
AUT,MBS
JOG,ES
RST

Input terminal

DFH

Pulse input-A

DHH

Pulse input-B

BC

Input (common)

Contact point
or Pulse input

CommonOpencollector

Description
This terminal supplies DC24V power for contact signals.

Max. output 100mA

Input external DC24V power supply to the inverter.
24V power supply input permit to change parameter settings andperform optional communication operations without control power
supply.

Allowable input voltage
DC24V±10%Max. allowable current 1A

Terminal functions are selectable according to the parameter settingsfor each terminal.
Switching SW6 to SRC or SINK allows you to select SINK or Source logic.

Voltage between each input andCOM terminals• ON voltage Min.DC18V• OFF voltage Max.DC3V• Max. allowable voltage DC27V• Load current 5.6mA(at DC27V)

This is a terminal for pulse input.
A and B terminals can be used also as an input terminal.
Terminal functions are selectable according to theparameter settings for each terminal.
The maximum input pulse rate is 32kpps.

Voltage between an input andCOM terminals• ON voltage Min.DC18V• OFF voltage Max.DC3V• Max. allowable voltage DC27V• Load current 5.6mA(at DC27V)• Max input pulse rate 32kpps

This is a common terminal for digital input terminals
Three COM terminals are available.

UPF,DRV
X1,X2,X3

Output terminal

Terminal functions are selectable according to the parameter settingsfor each terminal.
This is available for both SINK and Source logics.

OM

Output (common)

This is a common terminal for output terminals.

RYRC

1a relay terminal

Relays for A contact output

FA
FB
FC

1c relay terminal

Relays for C contact output

FRQ

Digital monitor(voltage)

Digital monitor output is selectable from PWM output with 6.4ms cycle
or pulse output with a variable duty cycle of approx. 50%.

P-

COM for digitalmonitor

Relay

Monitor
OutputTH+
Thermistor
TH–

Serialcommunication

14

SP
SN
RP
(P-)

Electric characteristics

This is a common terminal for digital monitor.
This is also used as 0V reference potential for P24.
Connect to an external thermistor to make the inverter trip if anabnormal temperature is detected.
External thermistor
Connect the thermistor to TH+ and TH-.
input
The impedance to detect temperature errors can be adjusted within
the range 0Ω to 10,000Ω.
Common terminal for[Recommended thermistor properties]
external thermistor
Allowable rated power: 100 mW or more
input
Impedance at temperature error: 3kΩ
SP terminal:
RS-485 differential(+) signal
SN terminal:
RS-485 differential(-) signal
RP terminal:
Connect to SP through a termination resistor
MODBUS terminal
CM1 terminal: Connect to the signal ground of external(RS-485)
communication devices.
There are two SP and two SN terminals, which are connectedinternally.
The maximum baud rate is 115.2kbps.

Open collector output
Between each terminal and CM2• Voltage drop when turned on: 4
V or less• Max. allowable voltage 27V• Max. allowable current 50mA
Maximum contact capacity• AC250V, 2A(resistance)• AC250V, 1A(inductive load)(Minimum contact capacity)• DC1V, 1mA
Maximum contact capacity
FB/FC:• AC250V, 2A (resistance)• AC250V, 0.2A (inductive load)
FA/FC:• AC250V, 1A (resistance)• AC250V, 0.2A(inductive load)
Minimum contact capacity(common)• AC100V, 10mA
• DC5V, 100mA
Pulse train output DC0 to 10V
Max. allowable output current
1.2mA
Maximum frequency 3.60kHz-

DC0〜5VTH+
サーミスタ
Thermistor

DC5V
1kΩ
2kΩ

TH-

Termination resistor (120Ω)
integrated
Enabled: RP-SN shorted
Disabled: RP-SN opened

INVERTER HF-430NEO

Connecting Diagram
Internal EMC ﬁlter
Earth-leakage
circuit breaker
ELB

Jumper or terminal

JumperAC reactor
ACL

Three-phase
power
supplyR/L1

Disable EnableN/‒ PR P1 P/+

S/L2Three-phase
AC motor

U/T1

T/L3

M

V/T2
200V class:
200 to 240Vac
400V class:
380 to 500Vac

W/T3

J51 connector
Control circuit
power supply

Main circuit
terminal section

r1
t1
G
P24

PCS
P‒
FR
RR
Sink or source logic
for input terminal isswitched by SW6.
Input terminals

G

DFL
DFM

FC

Control circuit terminal
section

(SW5)
IN

FB
FA

(SW6) P24
Sink

RY
RC

EX

JOG
ES

X1

P‒

X2

1

1kΩ

Analog input 2

(+)
(‒)

Analog input 3

(±)
(0)

Thermistor

20mA
(SW2)

L

10V AMV
20mA
10V AMI

Voltage input

L 20mA(SW4) COM

Current input

P24 P24

Voltage input
Current input

DC24V

P1

TH+
TH‒

SP
SN
SP
SN

STC

ED+

ST1

PC (SASF001)

RS485

RP

CMS

ST2

Interface
24V power source terminal

FRQ

COM

P24S

Functional safety input
STO input

OM

(SW3)

＋V (SW1)
10V
VRF
20mA
IRF 10V

VF2

Output terminals*Sink/source supported

X3

DHH
BC
2

Relay
1A contact points

DRV

Source

DFH

Analog input 1

Alarm relay
1C contact points

UPF

AUT
MBS

RST

3

Type-D grounding(200 V class model)
Type-C grounding(400 V class model)

USB

RJ45

ED‒

Functional safety
conﬁrmation output
STO output

Operator Key pad（OS-44）

Note:1. Common to each terminal varies.
2. DisconnectedJ51 when to supply r1, t1 separately. UV error is issued when main supply is oﬀ while in operation.

15

INVERTER HF-430NEO

List of Parameters
Monitors related to output
Code
dA-01
dA-02
dA-03
dA-04
dA-06
dA-08
dA-12
dA-14
dA-15
dA-16
dA-17
dA-18

Name
Output frequency monitor
Output current monitor
Operation direction monitor
Frequency command
Output frequency conversion monitor
Speed detection value monitor
Output frequency monitor (with sign)Frequency upper limit monitor
Torque command monitor (after calculation)
Torque limit monitor
Output torque monitor
Output voltage monitor

dA-20

Current position monitor

dA-26
dA-28
dA-30
dA-32
dA-34
dA-36
dA-38
dA-40
dA-41
dA-42
dA-43

Pulse string position deviation monitor
Pulse counter monitor
Input power monitor
Integrated input power monitor
Output power monitor
Integrated output power monitor
Motor temperature monitor
DC voltage monitor
Braking resistor circuit (DBTR) duty ratio monitor
Electronic thermal duty ratio monitor (motor)
Electronic thermal duty ratio monitor (inverter)

Data range
0.00~590.00 (Hz)0.0~655.35 (A)F (Normal rotation in process)/r (Reverse rotation in process) /d (0Hz output)/o (Stopped)-590.00~590.00 (Hz)0.00~59000.00 (Hz)-590.00~590.00 (Hz)0.00~590.00 (Hz)-1000.0~1000.0 (%)
0.0~500.0 (%)-1000.0~1000.0 (%)
0.0~800.0 (V)When [AA121]≠10 or [AA123]≠03 -268435455~+268435455 (pls)
When [AA121]=10 and [AA123]=03 -1073741823~+1073741823 (pls)-2147483647~+2147483647 (pls)0~2147483647 (pls)0.00~75.00 (kW)0.0~1000000.0 (kW)0.00~75.00 (kW)0.0~1000000.0 (kW)-20.0~200.0 (°C)
0.0~1000.0 (V)
0.00~100.00 (%)

Monitors related to control circuit
Code

Name

Data range

dA-45

STO monitor

dA-50

Terminal block option mounted

dA-51

Input terminal monitor

dA-54

Output terminal monitor

dA-60

Analog I/O selection monitor

00 (no input)/ 01 (P-1A)/ 02 (P-2A)/ 03 (P-1b)/04 (P-2b)/05 (P-1C)/06 (P-2C)/ 07 (STO)
00 (P1-TM: standard terminal block)
02 (P1-TM2: terminal block with round screws)/15 (not connected)
LLLLLLLLLLL~HHHHHHHHHHH [L:OFF/H:ON][Left side] (terminal DHH) (terminal DFH) (terminal RST) - (terminal FR) [Right side]
LLLLLLL-HHHHHHH [L:OFF/H:ON][Left side] (terminal FL) (terminal RL) (terminal X3) - (terminal UPF) [Right side]
AAAAAAAA- VVVVVVVV [A: current/V: voltage][Left side] (terminal Ao4 (Io4/Vo4)) (terminal Ao3 (Io3/Vo3)) (terminal Ai4 (Ii4/Vi4)) (terminal VF2 (Ii3/Vi3))(terminal AMI) (terminal AMV) (terminal IRF) (terminal VRF) [Right side]

dA-61
dA-62
dA-63
dA-64
dA-65
dA-66
dA-70
dA-71

Analog input [VRF] monitor
Analog input [IRF] monitor
Analog input [VF2] monitor
Extended analog input [Ai4] monitor
Extended analog input [Ai5] monitor
Extended analog input [Ai6] monitor
Pulse string input monitor (main body)
Pulse string input monitor (HF-FB)

0.00~100.00 (%)-100.00~100.00 (%)
0.00~100.00 (%)-100.00~100.00 (%)

Option slot monitor
Code
dA-81
dA-82
dA-83

Name
Option slot 1 mounted
Option slot 2 mounted
Option slot 3 mounted

Data range
00: (none)/01: (P1-EN)/03: (P1-PN)/06: (P1-PB)/07: (P1-CCL)/18: (P1-AG)<hereafter only da-82 is indicated>33: (HF-FB)

Monitors related to PID function
Code
db-30
db-32
db-34
db-36
db-38
db-40
db-42
db-44
db-50
db-51
db-52
db-53
db-54
db-55
db-56
db-57
db-58
db-59
db-60
db-61
db-62
db-63
db-64

16

Name
PID1 feedback data 1 monitor
PID1 feedback data 2 monitor
PID1 feedback data 3 monitor
PID2 feedback data monitor
PID3 feedback data monitor
PID4 feedback data monitor
PID1 target value monitor
PID1 feedback data monitor
PID1 output monitor
PID1 deviation monitor
PID1 deviation 1 monitor
PID1 deviation 2 monitor
PID1 deviation 3 monitor
PID2 output monitor
PID2 deviation monitor
PID3 output monitor
PID3 deviation monitor
PID4 output monitor
PID4 deviation monitor
PID current P gain monitor
PID current I gain monitor
PID current D gain monitor
PID feed-forward monitor

Data range
0.00~100.00 (%) (adjustable in [AH-04][AH-05][AH-06])
0.00~100.00 (%) (adjustable in [AJ-04][AJ-05][AJ-06])
0.00~100.00 (%) (adjustable in [AJ-24][AJ-25][AJ-26])
0.00~100.00 (%) (adjustable in [AJ-44][AJ-45][AJ-46])
0.00~100.00 (%) (adjustable in [AH-04][AH-05][AH-06])-100.00~100.00 (%)

0~100.00 (%)
0.0~3600.0 (s)0.00~100.00 (s)0.00~100.00 (%)

INVERTER HF-430NEO

List of Parameters
Monitors for checking internal condition
Code

Name

dC-01

Monitor for checking selection of inverter duty spec

dC-02

Rated current monitor

Data range
00 (very low duty)
01 (low duty)
02 (normal duty)
0.0~6553.5 (A)00 (disabled)/01 (VRF)/02 (IRF)/03 (VF2)/04 (Ai4)/05 (Ai5)/06 (Ai6)
07 (Multistage speed 0)/08 (auxiliary speed)/09 (Multistage speed 1)
10 (Multistage speed 2)/11 (Multistage speed 3)/12 (Multistage speed 4)
13 (Multistage speed 5)/14 (Multistage speed 6)/15 (Multistage speed 7)
16 (Multistage speed 8)/17 (Multistage speed 9)/18 (Multistage speed 10)
19 (Multistage speed 11)/20 (Multistage speed 12)/21 (Multistage speed 13)
22 (Multistage speed 14)/23 (Multistage speed 15)/24 (JOG)/25 (RS485)
26 (Option 1)/27 (Option 2)/28 (Option 3)/29 (Pulse array (main unit))
30 (Pulse array (HF-FB))/31 (Reserved)/32 (PID)
33 (Reserved)/34 (AHD retention speed)

dC-07

Main speed command destination monitor

dC-08

Auxiliary speed command destination monitor

dC-10

Operation command destination monitor

dC-15

Cooling fin temperature monitor-20.0~200.0 (°C)

Life diagnostic monitor

LL - HH [L: normal/H: reduction of life][Left side ] (FAN life) (lives of the capacitors on the circuit board) [Right side]

dC-16
dC-20

Total start-up countdC-21

Power-on count00 ([FR]/[RR] terminal)/01 (3 wire)
02 (RUN key on operator keypad)/03 (RS485 setting)04 (Option 1)/05 (Option 2)/06 (Option 3)

1 - 65535 (Counts)

dC-22

Cumulative operating hours monitor during RUN

dC-24

Cumulative power-on timedC-26

Cumulative operating time of cooling fan

1~1000000 (hr)Detailed monitor for icon 2LIM

00 (Condition other than below)
01 (Overcurrent suppression in process)02 (Overload being limited)
03 (Overvoltage suppression in process)04 (Torque being limited)
05 (Upper/lower limit and jump frequency setting being limited)
06 (Setting of minimum frequency being limited)

dC-38

Detailed monitor for icon 2ALT

00 (Condition other than below)
01 (Overload advance notice)
02 (Motor thermal advance notice)
03 (Controller thermal advance notice)04 (Motor overheat advance notice)dC-39

Detailed monitor for icon 2RETRY

00 (Condition other than below)
01 (Retry standby)
02 (Restart standby

dC-40

Detailed monitor for icon 2NRDY

00 (Preparation completed condition other than below IRDY=OFF)
01 (Trip occurred)
02 (Power supply abnormality)
03 (Resetting)04 (STO)/05 (Standby)
06 (Data inconsistency Others(Including no FB, consistency of settings of A and B phases, etc.)
07 (Sequence abnormality)
08 (Free run)09 (Forced stop)

dC-45

IM/SM (PMM) monitor

00 (Induction motor IM being selected)
01 (Synchronous motor SM (permanent magnet motor PMM) being selected)

dC-37

dC-50

Firmware version monitor

0.000~99.255

dC-53

Firmware grade monitor

00 (Standard)

dE-50

Warning monitor(Max. frequency) < (Upper limiter) [Hb105] < [bA102] [Hb205] < [bA202](Max. frequency) < (Lower limiter) [Hb105] < [bA103] [Hb205] < [bA203](Max. frequency) < (Main speed command) [Hb105] < [Ab110] [Hb205] < [Ab210](Max. frequency) < (Auxiliary speed command) [Hb105] < [AA104] [Hb205] < [AA204]

Monitors and parameters for changing the current commands
Code

Name

FA-01
FA-02
FA-10
FA-12
FA-15
FA-16

Main speed command monitor
Auxiliary speed command monitor
Acceleration time monitor
Deceleration time monitor
Torque command monitor
Torque bias command monitor

FA-20

Position command monitor

FA-30
FA-32
FA-34
FA-36
FA-38
FA-40

PID1 target value 1
PID1 target value 2
PID1 target value 3
PID2 target value
PID3 target value
PID4 target value

Data range
0.00~590.00 (Hz)-590.00 - 590.00 (Hz) (for monitoring)/0.00 - 590.00 (Hz) (for setting)0.00~3600.00 (s)-500.0~500.0 (%)
When [AA121]≠10 or [AA123]≠03 -268435455~+268435455 (pls)
When [AA121]=10 and [AA123]=03 -1073741823~+1073741823 (pls)0.00~100.00 (%) (adjustable in [AH-04] [AH-05] [AH-06])
0.00~100.00 (%) (adjustable in [AJ-04] [AJ-05] [AJ-06])
0.00~100.00 (%) (adjustable in [AJ-24] [AJ-25] [AJ-26])
0.00~100.00 (%) (adjustable in [AJ-44] [AJ-45] [AJ-46])

17

INVERTER HF-430NEO

List of Parameters
Parameter mode (code A)
Code

AA101

First main speed command selection

AA102

First auxiliary speed command selection

AA104
AA105
AA106

First auxiliary speed settingFirst operator selection
First additional frequency setting

AA111

First operation command selection

AA-12
AA-13
AA114
AA115

RUN key operation direction selection
STOP key selection
First operation direction limit selection
First stop mode selection

AA121

First control mode

AA123

First vector control mode selection

AA201
AA202
AA204
AA205
AA206
AA211
AA214
AA215
AA221
AA223

Second main speed command selection
Second auxiliary speed command selection
Second auxiliary speed setting
Second operator selection
Second additional frequency setting
Second operation command selection
Second operation direction limit selection
Second stop mode selection
Second control mode
Second vector control mode selection

CodeFrequency conversion coefficientMultistep speed selection
0th speed of the 1st multi-step speed
1st speed of the multi-step speed
2nd speed of the multi-step speed
3rd speed of the multi-step speed
4th speed of the multi-step speed
5th speed of the multi-step speed
6th speed of the multi-step speed
7th speed of the multi-step speed
8th speed of the multi-step speed
9th speed of the multi-step speed
10th speed of the multi-step speed
11th speed of the multi-step speed
12th speed of the multi-step speed
13th speed of the multi-step speed
14th speed of the multi-step speed
15th speed of the multi-step speed
0th speed of the 2nd multi-step speed

AC-01

Acceleration or deceleration time input type selection

AC-02

Multi-stage acceleration or deceleration selection

AC-03
AC-04

Acceleration pattern selection
Deceleration pattern selection
Acceleration curve constant(S-shaped, U-shaped, reverse U-shaped)
Deceleration curve constant(S-shaped, U-shaped, reverse U-shaped)
Curvature 1 for EL-S-shaped acceleration
Curvature 2 for EL-S-shaped acceleration
Curvature 1 for EL-S-shaped deceleration
Curvature 2 for EL-S-shaped deceleration
First 2-stage acceleration or deceleration selection

AC-06
AC-08
AC-09
AC-10
AC-11
AC115

Data range
01 (VRF terminal input)/02 (IRF terminal input)/03 (VF2 terminal input)
04 (Ai4 terminal input)/05 (Ai5 terminal input)/06 (Ai6 terminal input)
07 (Parameter setting)/08 (RS 485)/09 (Option 1)/10 (Option 2)/11 (Option 3)
12 (Pulse string input: main unit)/13 (Pulse string input: HF-FB)/14 (Reserved)
15 (PID calculation)/16 (Reserved)
00 (Disabled)/01 (VRF terminal input)/02 (IRF terminal input)/03 (VF2 terminal input)
04 (Ai4 terminal input)/05 (Ai5 terminal input)/06 (Ai6 terminal input)
07 (Parameter setting)/08 (RS 485)/09 (Option 1)/10 (Option 2)/11 (Option 3)
12 (Pulse string input: main unit)/13 (Pulse string input: HF-FB)
14 (Reserved)/15 (PID calculation)/16 (Reserved)
0.00~590.00 (Hz)00 (Disabled)/01 (Addition)/02 (Subtraction)/03 (Multiplication)-590.00~590.00 (Hz)00 ([FR]/[RR] terminal)/01 (3 wire)/02 (RUN key on operator keypad)
03 (RS485)/04 (Option 1)/05 (Option 2)/06 (Option 3)
00 (Normal rotation)/01 (Reverse rotation)
00 (Disabled)/01 (Enabled)/02 (Only reset is enabled)
00 (No limitation)/01 (Only normal rotation)/02 (Only reverse rotation)
00 (Deceleration stop)/01 (Free run stop)
00 ([V/f] Fixed torque characteristics (IM))
01 ([V/f] Reducing torque characteristics (IM))
02 ([V/f] Free V/f (IM))/03 ([V/f] Auto torque boost (IM))
04 ([V/f with sensor] Fixed torque characteristics (IM)05 ([V/f with sensor] Reduced torque characteristics (IM)06 ([V/f with sensor] Free V/f (IM)/07 ([V/f with sensor] Auto torque boost (IM)08 (Sensorless vector control (IM))/09 (Zero-Hz range sensorless vector control (IM))
10 (Vector control with sensor (IM))
11 (Synchronous start type sensorless vector control (SM/PMM))
12 (IVMS start type sensorless vector control (SM/PMM))
00 (Speed/torque control mode)/01 (Pulse string position control mode)
02 (Absolute position control mode)
03 (High-resolution absolute position control mode)
Same as AA101
Same as AA102
Same as AA104
Same as AA105
Same as AA106
Same as AA111
Same as AA114
Same as AA115
Same as AA121
Same as AA123

Name

Ab-01
Ab-03
Ab110
Ab-11
Ab-12
Ab-13
Ab-14
Ab-15
Ab-16
Ab-17
Ab-18
Ab-19
Ab-20
Ab-21
Ab-22
Ab-23
Ab-24
Ab-25
Ab210

AC-05

18

Name

Data range
0.01~100.00
00 (16th speed: binary (DFL~DHH))/01 (8th speed: bit (SF1-SF7))

0.00~590.00 (Hz)Same as Ab110
00 (Parameter setting)/01 (Option 1)/02 (Option 2)
03 (Option 3)/04 (Reserved)
00 (Common)
01 (Multi-stage acceleration/deceleration)

Initial value

07

00

0.00
00
0.00
02
00
01
00
00

00

00
07
00
0.00
00
0.00
02
00
00
00
00
Initial value
1.00
00
10.00
20.00
30.00
40.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
10.00
00
00

00 (Linear)/01 (S-shaped)/02 (U-shaped)
03 (Reverse U-shaped)/04 (Elevator S-shaped)

00

1~10

2

0~100

25

00 ([AD2] terminal)/01 (Parameter setting)/02 (Normal/reverse rotation)00INVERTER HF-430NEO

List of Parameters
Code

Name

AC116

First 2-stage acceleration frequency

AC117First 2-stage deceleration frequency

AC120First acceleration time 1

AC122

First deceleration time 1

AC124

First acceleration time 2

AC126

First deceleration time 2

Data range
0.00~590.00 (Hz)

0.00

30.00

AC-30

Acceleration time for multi-speed 1st speed

AC-32

Deceleration time for multi-speed 1st speed

AC-34

Acceleration time for multi-speed 2nd speed

AC-36

Deceleration time for multi-speed 2nd speed

AC-38

Acceleration time for multi-speed 3rd speed

AC-40

Deceleration time for multi-speed 3rd speed

AC-42

Acceleration time for multi-speed 4th speed

AC-44

Deceleration time for multi-speed 4th speed

AC-46

Acceleration time for multi-speed 5th speed

AC-48

Deceleration time for multi-speed 5th speed

AC-50

Acceleration time for multi-speed 6th speed

AC-52

Deceleration time for multi-speed 6th speed

AC-54

Acceleration time for multi-speed 7th speed

AC-56

Deceleration time for multi-speed 7th speed

AC-58

Acceleration time for multi-speed 8th speed

AC-60

Deceleration time for multi-speed 8th speed

AC-62

Acceleration time for multi-speed 9th speed

AC-64

Deceleration time for multi-speed 9th speed

AC-66

Acceleration time for multi-speed 10th speed

AC-68

Deceleration time for multi-speed 10th speed

AC-70

Acceleration time for multi-speed 11th speed

AC-72

Deceleration time for multi-speed 11th speed

AC-74

Acceleration time for multi-speed 12th speed

AC-76

Deceleration time for multi-speed 12th speed

AC-78

Acceleration time for multi-speed 13th speed

AC-80

Deceleration time for multi-speed 13th speed

AC-82

Acceleration time for multi-speed 14th speed

AC-84

Deceleration time for multi-speed 14th speed

0.00~3600.00 (s)
0.00

AC-86

Acceleration time for multi-speed 15th speed

AC-88

Deceleration time for multi-speed 15th speed

AC215

Second 2-stage acceleration or deceleration selection

Same as AC115

AC216

Second 2-stage acceleration frequency

Same as AC116

AC217

Second 2-stage deceleration frequency

Same as AC117

AC220

Second acceleration time 1

Same as AC120

AC222

Second deceleration time 1

Same as AC122

AC224

Second acceleration time 2

Same as AC124

AC226

Second deceleration time 2

Same as AC126

CodeInitial value

Name

00
0.00

30.00

Data range

Initial value

Ad-01

Torque command input selection

00 (Disabled)/01 (VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)/05 (Ai5 terminal input)
06 (Ai6 terminal input)/07 (Parameter setting)/08 (RS 485)
09 (Option 1)/10 (Option 2)/11 (Option 3)
12 (Pulse string input: main unit)
13 (Pulse string input: HF-FB)/15 (PID calculation)

Ad-02

Torque command setting-500.0~500.0 (%)(Limited at a torque equivalent to 200% of inverter ND rating)

Ad-03

Torque command polarity selection

00 (As per the sign) 01 (Follow the revolution direction)

00

Ad-04

Speed/torque control switch time

0~1000 (ms)

100

Ad-11

Torque bias input selection

00 (Disabled)/01 (VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)/05 (Ai5 terminal input)
06 (Ai6 terminal input)/07 (Parameter setting)/08 (RS 485)
09 (Option 1)/10 (Option 2)/11 (Option 3)
12 (Pulse string input: main unit)
13 (Pulse string input: HF-FB)/15 (PID calculation)

00

Ad-12

Torque bias setting-500.0~500.0 (%)(Limited at a torque equivalent to 200% of inverter ND rating)

0.0

Ad-13

Torque bias polarity selection

00 (As per the sign)/01 (Follow the revolution direction)

00

Ad-14

Torque bias enable terminal [TBS] selection

00 (Disabled)/01 (Enabled)

00

Ad-40

Torque control speed limit value input selection

01 (VRF terminal input)/02 (IRF terminal input)/03 (VF2 terminal input)
04 (Ai4 terminal input)/05 (Ai5 terminal input)/06 (Ai6 terminal input)
07 (Parameter setting)/08 (RS 485)
09 (Option 1)/10 (Option 2)/11 (Option 3)
12 (Pulse string input: main unit)/13 (Pulse string input: HF-FB)

07

Ad-41

Torque control frequency limit value(for normal rotation)
Torque control frequency limit value(for reverse rotation)

0.00~590.00 (Hz)

0.00

Ad-42

01

0.0

19

INVERTER HF-430NEO

List of Parameters
Code

20

Name

AE-01
AE-02
AE-03
AE-04
AE-05
AE-06
AE-07
AE-08
AE-10
AE-11
AE-12
AE-13
AE-20
AE-22
AE-24
AE-26
AE-28
AE-30
AE-32
AE-34
AE-36
AE-38
AE-40
AE-42
AE-44
AE-46
AE-48
AE-50

Electronic gear installation position selection
Electronic gear ratio numerator
Electronic gear ratio denominator
Positioning completion range setting
Positioning completion delay time setting
Position control feed forward
Position loop gain
Position bias amount
Orientation stop position input destination selection
Orientation stop position
Orientation speed setting
Orientation direction setting
Position command 0
Position command 1
Position command 2
Position command 3
Position command 4
Position command 5
Position command 6
Position command 7
Position command 8
Position command 9
Position command 10
Position command 11
Position command 12
Position command 13
Position command 14
Position command 15

AE-52

Position range designation (forward rotation side)

AE-54

Position range designation (reverse rotation side)

AE-56
AE-60
AE-61

Positioning mode selection
Teaching selection
Memorization of current position at power-off

AE-62

Preset position data

AE-64
AE-65
AE-66
AE-67

Gain for calculating the deceleration stop distance
Bias for calculating the deceleration stop distanceAPR control speed limit
APR start speed

Data range
00 (Feedback side)/01 (Command side)

Initial value
00

1~10000

1

0~1000 (ms)0.00~10.00 (s)0.00~655.35
0.00~100.00-2048~2048
00 (Parameter setting)/01 (Option 1)/02 (Option 2)/03 (Option 3)
0~40950.00~120.00
00 (Normal rotation)/01 (Reverse rotation)

5
0.00
0.00
0.50
0
00
0
5.00
00

When [AA121]≠10 or [AA123]≠03 -268435455~+268435455 (pls)
When [AA121]=10 and [AA123]=03 -1073741823~+1073741823 (pls)0When [AA121]≠10 or [AA123]≠03 0~+268435455 (pls)
When [AA121]=10 and [AA123]=03 0~+1073741823 (pls)
When [AA121]≠10 or [AA123]≠03 -268435455~0 (pls)
When [AA121]=10 and [AA123]=03 -1073741823~0 (pls)
00 (With limit)/01 (Without limit)
00 (X00)~15 (X15)
00 (Disabled)/01 (Enabled)
When [AA121]≠10 or [AA123]≠03 0~+268435455 (pls)
When [AA121]=10 and [AA123]=03 0~+1073741823 (pls)50.00~200.00
0.00~655.35
0.00~100.00
00 (Low speed zero return)/01 (High speed zero return)02 (High speed zero return 2)
00 (Normal rotation)/01 (Reverse rotation)
0.00~10.00 (Hz)0.00~590.00 (Hz)00 (Disabled)/01 (Enabled)/02 (Frequency command)
00 (DC braking)/01 (Speed servo lock)/02 (Position servo lock)0.00~590.00 (Hz)0.00~5.00 (s)0-100 (%) (with internal limitation)
0.00~60.00 (s)00 (Edge mode)/01 (Level mode)
0-100 (%) (with internal limitation)
0.00~60.00 (s)00 (Disabled)/01 (Enabled: primary side)/02 (Enabled: secondary side)

AE-70

Zero return mode selection

AE-71
AE-72
AE-73
AF101
AF102
AF103
AF104
AF105
AF106
AF107
AF108
AF109
AF120
AF121
AF122
AF123

Zero return direction selection
Low speed zero return speed
High speed zero return speed
First DC braking selection
First braking mode selection
First DC braking frequency settingFirst DC braking delay timeFirst DC braking force at the time of the stop
First DC braking time at the time of the stop
First DC braking trigger selection
First DC braking force at the startFirst DC braking time at the startFirst contactor control selection
First start waiting timeFirst contactor release delay timeFirst contactor check time

AF130

First brake control selection

AF131
AF132
AF133
AF134
AF135

First brake release establishment waiting time (forward rotation)
First acceleration waiting time (forward rotation)
First stop waiting time (forward rotation)
First brake confirmation waiting time (forward rotation)
First brake release frequency (forward rotation)

AF136

First brake release current (forward rotation)

0.00 to 2.00) × Inverter rated current (A)

AF137
AF138
AF139
AF140
AF141
AF142

First brake apply frequency (forward rotation)
First brake release establishment waiting time (reverse rotation)
First acceleration waiting time (reverse rotation)
First stop waiting time (reverse rotation)
First brake confirmation waiting time (reverse rotation)
First brake release frequency (reverse rotation)

0.00~590.00 (Hz)

AF143

First brake release current (reverse rotation)(0.00 to 2.00) × Inverter rated current (A)

AF144
AF150
AF151
AF152
AF153
AF154

First brake apply frequency (reverse rotation)
First brake release delay timeFirst brake apply delay timeFirst brake check timeFirst servo lock time at startFirst servo lock time at stop

0.00~590.00 (Hz)0.00~2.00 (s)0.00~5.00 (s)00 (Disabled)/01 (Brake control 1 common inforward/reverse rotation)
02 (Brake control 1 forward/reverse set individually)/03 (Brake control 2)
0.00~5.00 (s)0.00~590.00 (Hz)0.00~5.00 (s)0.00~590.00 (Hz)0.00~2.00 (s)268435455-268435455
00
X00
00
0
100.00
0.00
1.00
0.20
00
00
0.00
0.00
00
00
0.50
0.00
0
0.00
01
0
0.00
00
0.20
0.10
0.10
00

0.00
0.00
1.0×
rated current
0.00
0.00
0.00
1.0×
rated current
0.00
0.20

0.00~5.00 (s)0.10

0.00~10.00 (s)0.60INVERTER HF-430NEO

List of Parameters
Code
AF201
AF202
AF203
AF204
AF205
AF206
AF207
AF208
AF209
AF220
AF221
AF222
AF223
AF230

Name

Data range

AF232
AF233
AF234
AF235

Second DC braking selection
Second braking mode selection
Second DC braking frequency setting
Second DC braking delay time
Second DC braking force at the time of the stop
Second DC braking time at the time of the stop
Second DC braking trigger selection
Second DC braking force at the start
Second DC braking time at the start
Second contactor control selection
Second start waiting time
Second contactor release delay time
Second contactor check time
Second brake control selection
Second brake release establishment waiting time
(forward rotation)
Second acceleration waiting time (forward rotation)
Second stop waiting time (forward rotation)
Second brake confirmation waiting time (forward rotation)
Second brake release frequency (forward rotation)

AF236

Second brake release current (forward rotation)

Same as AF136

AF237

Second brake apply frequency (forward rotation)
Second brake release establishment waiting time
(forward rotation)
Second acceleration waiting time (forward rotation)
Second stop waiting time (forward rotation)
Second brake confirmation waiting time (reverse rotation)
Second brake release frequency (reverse rotation)

AF231

AF238
AF239
AF240
AF241
AF242

Same as AF101
Same as AF102
Same as AF103
Same as AF104
Same as AF105
Same as AF106
Same as AF107
Same as AF108
Same as AF109
Same as AF120
Same as AF121
Same as AF122
Same as AF123
Same as AF130

Initial value
00
00
0.50
0.00
0
0.00
01
0
0.00
00
0.20
0.10
0.10
00

Same as AF131

0.00

Same as AF132
Same as AF133
Same as AF134
Same as AF135

Same as AF137

0.00
0.00
0.00
0.00
1.0×
rated current
0.00

Same as AF138

0.00

Same as AF139
Same as AF140
Same as AF141
Same as AF142

0.00
0.00
0.00
0.00
1.0×
rated current
0.00
0.20
0.20
0.10
0.60
0.60
0.00
0.50
0.00
0.50
0.00
0.50
0.00
0.0
0.00
0.0
5.00

AF243

Second brake release current (reverse rotation)

Same as AF143

AF244
AF250
AF251
AF252
AF253
AF254
AG101
AG102
AG103
AG104
AG105
AG106
AG110
AG111
AG112
AG113
AG-20

Second brake apply frequency (reverse rotation)
Second brake release delay time
Second brake apply delay time
Second brake check time
Second servo lock time at start
Second servo lock time at stop
First jump frequency 1First jump frequency width 1First jump frequency 2First jump frequency width 2First jump frequency 3First jump frequency width 3First acceleration stop frequency
First acceleration stop timeFirst deceleration stop frequency
First deceleration stop time
Jogging frequency

AG-21

Selecting the jogging stop

AG201
AG202
AG203
AG204
AG205
AG206
AG210
AG211
AG212
AG213

Second jump frequency 1
Second jump frequency width 1
Second jump frequency 2
Second jump frequency width 2
Second jump frequency 3
Second jump frequency width 3
Second acceleration stop frequency
Second acceleration stop time
Second deceleration stop frequency
Second deceleration stop time

AH-01

PID1 selection

AH-02
AH-03
AH-04
AH-05
AH-06

PID1 deviation negative
PID1 unit selection
PID1 scale adjustment (0%)
PID1 scale adjustment (100%)
PID1 scale adjustment (decimal point)

Same as AF144
Same as AF150
Same as AF151
Same as AF152
Same as AF153
Same as AF154
0.00~590.00 (Hz)0.00~10.00 (Hz)0.00~590.00 (Hz)0.00~10.00 (Hz)0.00~590.00 (Hz)0.00~10.00 (Hz)0.00~590.00 (Hz)0.0~60.0 (s)0.00~590.00 (Hz)0.0~60.0 (s)0.00~10.00 (Hz)00 (Disabled during MBS operation at stop)
01 (Disabled during deceleration stop operation)
02 (Disabled during DB operation at stop)
03 (Enabled during MBS operation at stop)
04 (Enabled during deceleration stop operation)
05 (Enabled during DB operation at stop)
Same as AG101
Same as AG102
Same as AG103
Same as AG104
Same as AG105
Same as AG106
Same as AG110
Same as AG111
Same as AG112
Same as AG113
00 (Disabled)
01 (Enabled Without reverse output)
02 (Enabled With reverse output)
00 (Disabled)/01 (Enabled)
Unit options

AH-07

PID1 target value 1 input destination selection

AH-10

PID1 target value 1 set value-10000~10000
0~400 (None)/01 (VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)
05 (Ai5 terminal input)/06 (Ai6 terminal input)
07 (Parameter setting)/08 (RS 485)/09 (Option 1)
10 (Option 2)/11 (Option 3)
12 (Pulse string input: main unit)
13 (Pulse string input: HF-FB)-100.00~100.00
Data range differs depending on [AH-04] - [AH-06].

01

0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.0
0.00
0.0
00
00
01
0
10000
2

07

0.00

21

INVERTER HF-430NEO

List of Parameters
Code

PID1 multistage target value 1
PID1 multistage target value 2
PID1 multistage target value 3
PID1 multistage target value 4
PID1 multistage target value 5
PID1 multistage target value 6
PID1 multistage target value 7
PID1 multistage target value 8
PID1 multistage target value 9
PID1 multistage target value 10
PID1 multistage target value 11
PID1 multistage target value 12
PID1 multistage target value 13
PID1 multistage target value 14
PID1 multistage target value 15
PID1 target value 2 input destination selection
PID1 target value 2 set value
PID1 target value 3 input destination selection
PID1 target value 3 set value
PID1 target value 1 operator selection

AH-51

PID1 feedback Data 1 Input destination selection

AH-52

PID1 feedback Data 2 Input destination selection

AH-53

PID1 feedback Data 3 Input destination selection

AH-54
AH-60
AH-61
AH-62
AH-63
AH-64
AH-65
AH-66
AH-67

PID1 feedback Data operator selection
PID1 gain switch method selection
PID1 proportional gain 1
PID1 integral gain 1
PID1 differential gain 1
PID1 proportional gain 2
PID1 integral gain 2
PID1 differential gain 2
PID1 gain switch time

AH-70

PID feed-forward selection

AH-71
AH-72
AH-73
AH-74
AH-75
AH-76
AH-78
AH-80
AH-81
AH-82
AH-85
AH-86
AH-87
AH-88
AH-89
AH-90
AH-91
AH-92
AH-93
AH-94
AH-95
AH-96

PID1 changeable range
PID1 deviation excessive level
PID1 feedback comparison signal OFF level
PID1 feedback comparison signal ON level
PID soft-start function selection
PID soft-start target level
Acceleration time for PID soft-start
PID soft-start time
PID start abnormal judgment implement selection
PID start abnormality judgment level
PID sleep condition selection
PID sleep start level
PID sleep operation time
Boost selection prior to PID sleep
Boost time prior to PID sleep
Boost amount prior to PID sleep
Minimum operation time prior to PID sleep
PID sleep status minimum retaining time
PID wake condition selection
PID wake start level
PID wake operation time
PID wake start deviation amountCode
AJ-01 to 10
AJ-12
AJ-13
AJ-14
AJ-15
AJ-16
AJ-17
AJ-18
AJ-19
AJ-20 to 30
AJ-32
AJ-33 to 39
AJ-41 to 50
AJ-52
AJ-53 to 59

22

Name

AH-12
AH-14
AH-16
AH-18
AH-20
AH-22
AH-24
AH-26
AH-28
AH-30
AH-32
AH-34
AH-36
AH-38
AH-40
AH-42
AH-44
AH-46
AH-48
AH-50

Data range-100.00~100.00
Data range differs depending on [AH-04] - [AH-06].

0.00

Same as AH-07-100.00~100.00 (%) Data range differs depending on [AH-04] - [AH-06].
Same as AH-07-100.00~100.00 (%) Data range differs depending on [AH-04] - [AH-06].
01 (Addition)/02 (Subtraction)/03 (Multiplication)/04 (Division)

00
0.00
00
0.00
01

00 (None)/01 (VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)/05 (Ai5 terminal input)
06 (Ai6 terminal input)/07 (Parameter setting)/08 (RS 485)/09 (Option 1)
10 (Option 2)/11 (Option 3)/12 (Pulse string input: main unit)
13 (Pulse string input: HF-FB)

01

01 (Addition)/02 (Subtraction)/03 (Multiplication)/04 (Division)
00 (Only gain 1)/01 ([PRO] terminal switch)
0.0~100.0
0.0~3600.0 (s)0.00~100.00 (s)0.0~100.0
0.00~3600.0 (s)0.00~100.00 (s)0~10000 (ms)00 (Disabled)/01 (VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)/05 (Ai5 terminal input)
06 (Ai6 terminal input)

00
00
01
00
1.0
1.0
0.00
0.0
0.0
0.00
100
00

00 (Disabled)/01 (Enabled)
0.00~100.00 (%)
0.00~3600.00 (s)0.00~100.00 (s)00 (Disabled)/01 (Enabled: error output)/02 (Enabled: warning)
0.00~100.00 (%)
00 (Disabled)/01 (Low output)/02 ([SLEP] terminal)
0.00~590.00 (Hz)0.00~100.00 (s)00 (Disabled)/01 (Enabled)
0.00~100.00 (s)0.00~100.00 (%)

0.00
3.00
100.000.00
00
100.00
30.00
0.00
00
0.00
00
0.00
0.00
00
0.00
0.00

0.00~100.00 (s)0.00

01 (Deviation amount)/02 (Low feedback)/03 ([WAKE] terminal)
0.00~100.00 (%)
0.00~100.00 (s)0.00~100.00 (%)

01
0.00
0.00
0.00

0.00~100.00 (%)

Name
PID2 selection
PID2 feedback data input destination selection
PID2 proportional gain
PID2 integral gain
PID2 differential gain
PID2 changeable range
PID2 deviation excessive level
PID2 feedback comparison signal OFF level
PID2 feedback comparison signal ON level
PID3 selection
PID3 feedback data input destination selection
PID3
PID4 selection
PID4 feedback data input destination selection
PID4

Initial value

Data range
Same as AH-01 to AH-10
Same as AH-52
0.0~100.0
0.0~3600.0 (s)0.00~100.00 (s)0.00~100.00 (%)
Same as AH-01 to AH-10
Same as AH-52
Same as AJ-13 to AJ-19
Same as AH-01 to AH-10
Same as AH-52
Same as AJ-13 to AJ-19

Initial value
02
1.0
1.0
0.00
0.00
3.00
100.00
0.00
02
02
-

INVERTER HF-430NEO

List of Parameters
Parameter mode (code B)
Code

Name

bA101

First frequency upper limit selection

Data range

Initial value

00 (Disabling)/01(VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)/05 (Ai5 terminal input)
06 (Ai6 terminal input)/07 (Parameter setting)/08 (RS485)/09 (Option 1)
10 (Option 2)/11 (Option 3)/12 (Pulse string input (main body))
13 (Pulse string input HF-FB)00

0.00~590.00 (Hz)

0.00

bA102

First frequency upper limiter

bA103

First frequency lower limiter

bA110

First torque limit selection

00 (Disable)/01 (VRF terminal input)/02 (IRF terminal input)
03 (VF2 terminal input)/04 (Ai4 terminal input)/05 (Ai5 terminal input)
06 (Ai6 terminal input)/07 (Parameter setting)/08 (RS 485)/09 (Option 1)
10 (Option 2)/11 (Option 3)

07

00 (Four quadrant specific)/01 ([TRQ] terminal switch)00

0.0~500.0 (%)(Limited at a torque equivalent to 200% of inverter ND rating)

200.0

00

bA111

First torque limit parameter mode selection

bA112

First torque limit 1(Four quadrant normal powered)bA113

First torque limit 2(Four quadrant reverse rotation regeneration)

bA114

First torque limit 3(Four quadrant reverse powered)bA115

First torque limit 4(Four quadrant normal rotation regeneration)bA116

First torque LAD stop selection

bA120

First overcurrent suppression selection

00 (Disabled)
01 (Enabled)bA121

First overcurrent suppression level(0.00 to 2.50) × Inverter rated current (A)bA122

First stall prevention 1 selection

00 (Disabled)
01 (Accelerate at constant speed)
02 (Only constant speed)
03 (Accelerate at constant speed/Increase speed at regeneration)

bA123

First stall prevention level 1(0.20 to 2.50) × Inverter rated current (A)bA124

First stall prevention 1 operation time

0.10~3600.00 (s)

1.00

bA126

First stall prevention 2 selection

00 (Disabled)
01 (Accelerate at constant speed)
02 (Only constant speed)
03 (Accelerate at constant speed/Increase speed at regeneration)

01

Note: 1.
01
Note: 2.

bA127

First stall prevention level 2(0.20 to 2.50) × Inverter rated current (A)bA128First stall prevention 2 operation time

0.10~3600.00 (s)

1.00

bA-30

Instantaneous power failure non-stop selection

00 (Disabled)/01 (Enabled: deceleration stop)
02 (Enabled: no recovery)/03 (Enabled: with recovery)

00

bA-31

Instantaneous power failure non-stop function starting voltage(200V class) 0.0 - 410.0 (V)(400V class) 0.0 - 820.0 (V)

220.0
440.0

bA-32

Instantaneous power failure non-stop target level(200V class) 0.0 - 410.0 (V)(400V class) 0.0 - 820.0 (V)

360.0
720.0

Note: 2.

bA-34

Instantaneous power failure non-stop deceleration time

0.01~3600.00 (s)

1.00

bA-36

Instantaneous power failure non-stop deceleration starting
range

0.00~10.00 (Hz)

0.00

bA-37

Instantaneous power failure non-stop constant DC voltage
control P gain

0.00~5.00

0.20

bA-38

Instantaneous power failure non-stop constant DC voltage
control I gain

0.00~150.00 (s)

1.00

bA140

First overvoltage suppression function

00 (Disabled)
01 (DC voltage constant deceleration)
02 (Acceleration only at deceleration)
03 (Acceleration at constant speed/deceleration)

00

bA141

First overvoltage suppression level setting(200V class) 330.0 - 400.0 (V)(400V class) 660.0 - 800.0 (V)

380.0
760.0

bA142

First overvoltage suppression operating time

0.00~3600.00 (s)

1.00

bA144

First DC voltage control P gain

0.00~5.00

0.20

bA145

First DC voltage control I gain

0.00~150.00 (s)1.00First over-excitation function selection

00 (Disabled)/01 (Regular operation)
02 (Operation only at deceleration)
03 (Level mode)/04 (Level mode only at deceleration)

00
0.30

bA146
bA147

First over-excitation filter time constant

0.00~1.00(s)bA148First over-excitation voltage gain

50~400 (%)

100

bA149

First over-excitation suppression level setting(200V class) 330.0 - 400.0 (V)(400V class) 660.0 - 800.0 (V)

360.0
720.0

bA-60

Braking resistor operation circuit (DBTR) use rate

0.0 - 10.0×([bA-63]/minimum resistance) 2 (%) Note: 3.

10.0

Braking resistor circuit (DBTR) selection

00 (Disabled)/01 (Enabled: disabled at stop)
02 (Enabled: enabled at stop)

00

bA-62

Braking resistor circuit (DBTR) ON level(200V class) 330.0 - 400.0 (V)(400V class) 660.0 - 800.0 (V)

360.0
720.0

bA-63

Braking resistor circuit (DBTR) resistance

Minimum resistance - 600 (Ω)

Note: 3.

bA-70

Selection of the cooling fan operation

00 (Always ON)
01 (ON during operation)
02 (Temperature dependent)

00

bA-71

Clear cumulative operating time of cooling fan

00 (Disabled)/01 (Clear)

00

bA-61

Note: 1. 2.00 × Inverter rated current (A)2. 1.70 × Inverter rated current (A)
3. The minimum resistance varies depending on inverter models.

23

INVERTER HF-430NEO

List of Parameters
Code
bA201
bA202
bA203
bA210
bA211
bA212

Name

bA216
bA220
bA221
bA222
bA223
bA224
bA226
bA227
bA228
bA240
bA241
bA242
bA244
bA245
bA246
bA247
bA248
bA249

Second frequency upper limit selection
Second frequency upper limiter
Second frequency lower limiter
Second torque limit selection
Second torque limit parameter mode selection
Second torque limit 1 (Four quadrant normal powering)
Second torque limit 2(Four quadrant reverse rotation regeneration)
Second torque limit 3 (Four quadrant reverse powering)
Second torque limit 4(Four quadrant normal rotation regeneration)
Second torque LAD stop selection
Second overcurrent suppression selection
Second overcurrent suppression level
Second stall prevention 1 selection
Second stall prevention level 1
Second stall prevention 1 operation time
Second stall prevention 2 selection
Second stall prevention level 2
Second stall prevention 2 operation time
Second overvoltage suppression function
Second overvoltage suppression level setting
Second overvoltage suppression operating time
Second DC voltage control P gain
Second DC voltage control I gain
Second over-excitation function selection
Second over-excitation filter time constant
Second over-excitation voltage gain
Second over-excitation suppression level setting

bb101

First carrier frequency

bb102

First sprinkle carrier pattern selection

bb103

First automatic carrier frequency reduction selection

bb-10

Auto-reset selection

bb-11
bb-12
bb-13
bb-20
bb-21
bb-22
bb-23

Auto-reset alarm selection
Auto-reset waiting timeAuto-reset countInstantaneous power failure retry countUndervoltage retry count
Overcurrent retry count
Overvoltage retry countbb-24

Selection of instantaneous power failure/undervoltage retry

bb-25
bb-26

Allowable instantaneous power failure time
Retry wait time after instantaneous power failure/undervoltage
Instantaneous power failure/undervoltage tripping selection
during stop

bA213
bA214
bA215

bb-27
bb-28

Overcurrent trip/retry selection

bb-29

Retry wait time after overcurrent

bb-30

Overvotage tripping retry selection

bb-31
bb-40
bb-41
bb-42
bb-43
bb-44
bb-45
bb-46

Overvoltage retry standby time
Restart mode after free-run (MBS) stop
Restart mode after reset (RST)Frequency matching lower limit setting
Level of frequency pull-in restart
Constant (frequency) of frequency pull-in restart
Constant (voltage) of frequency pull-in restart
Overcurrent suppression level of frequency pull-in restartbb-47

Start frequency selection of frequency pull-in restart

bb-50
bb160
bb-61

Frequency matching filter gainFirst overcurrent detection level
Excessive voltage of accepted power

bb-62

Incoming overvoltage level selection

bb-64
bb-65
bb-66
bb-67

Ground fault detection selection
Input phase loss selection
Output phase loss selection
Output phase loss detection sensitivity

Note: 1. 2.00 × Inverter rated current (A)2. 1.70 × Inverter rated current (A)3. 1.00 × Inverter rated current (A)24

Data range
Same as bA101
Same as bA102
Same as bA103
Same as bA110
Same as bA111
Same as bA112

Initial value
00
0.00
0.00
07
00

Same as bA113
Same as bA114

200.0

Same as bA115
Same as bA116
Same as bA120
Same as bA121
Same as bA122
Same as bA123
Same as bA124
Same as bA126
Same as bA127
Same as bA128
Same as bA140
Same as bA141
Same as bA142
Same as bA144
Same as bA145
Same as bA146
Same as bA147
Same as bA148
Same as bA149[Ub-03]=02: Normal duty：0.5~16.0 (kHz)[Ub-03]=01: Low duty：0.5~12.0 (kHz)[Ub-03]=00: Very low duty：0.5~10.0 (kHz)00 (Disabled)/01 (Pattern 1 enabled)
02 (Pattern 2 enabled)/03 (Pattern 3 enabled)
00 (Disabled)/01 (Enabled: current)/02 (Enabled: temperature)
00 (Disabled)/01 (Enabled with operation command OFF)02 (Enable after the setting time)
00 (Output)/01 (Not output)
0~600 (s)
0~10

00
00
Note: 1.
01
Note: 2.
1.00
00
Note: 2.
1.00
00
380.0/760.0
1.00
0.20
1.00
02
0.30
100
360.0/720.0
2.0
00
00
00
00
2
3

0~16/255

0

0~5

0

00 (0Hz)/01 (Frequency matching)/02 (Frequency entrainment)
03 (Detection speed)/04 (Trip after frequency matching deceleration stop)
0.3~25.0 (s)0.3~100.0 (s)00 (Disabled)/01 (Enabled at stop)
02 (Disabled at stop and deceleration stop)
00 (0Hz)/01 (Frequency matching)/02 (Frequency entrainment)
03 (Detection speed)
04 (Trip after frequency matching deceleration stop)
0.3~100.0 (s)00 (0Hz)/01 (Frequency matching)/02 (Frequency entrainment)
03 (Detection speed)
04 (Trip after frequency matching deceleration stop)
0.3~100.0 (s)00 (0Hz)/01 (Frequency matching)/02 (Frequency entrainment)
03 (Detection speed)
0.00~590.00 (Hz)(0.20 to 2.50) × Inverter rated current (A)0.10~30.00 (s)(0.00 to 2.50) × Inverter rated current (A)
00 (Cutoff frequency)/01 (Maximum frequency)/
02 (Setting frequency)
0~1000 (％)
Depend on the inverter model
00 (Warning)/01 (Error)(200V class) 300.0 - 410.0 (V)(400V class) 600.0 - 820.0 (V)
00 (Disabled)/01 (Enabled)
00 (Disabled)/01 (Enabled)
1~100 (%)

01
1.0
0.3
00
01
0.3
01
0.3
00
0.00
Note: 3.
0.50
Note: 3.
00
50
00
390.0
780.0
01
00
00
10

INVERTER HF-430NEO

List of Parameters
Code

Name

bb-70
bb-80
bb-81
bb-82
bb-83
bb-84
bb-85
bb-86
bb-87
bb201
bb202
bb203
bb260

Thermistor error level
Over-speed error detection level setting
Over-speed error detection time
Operation for speed deviation error
Speed deviation error detection level setting
Speed deviation error detection time
Behavior when the position deviation is abnormal
Abnormal position deviation detection level
Abnormal position deviation time
Second carrier frequency
Second sprinkle carrier pattern selection
Second automatic carrier frequency reduction selection
Second overcurrent detection level

bC110

First electronic thermal level

Data range
0~10000 (Ω)
0.0~150.0 (%)
0.0~5.0 (s)00 (Warning)/01 (Error)
0.0~100.0 (%)
0.0~5.0 (s)00 (Warning)/01 (Error)
0.0~65535 (×100pls)
0.0~5.0 (s)Same as bb101
Same as bb102
Same as bb103
Same as bb160(0.00 - 3.00)× Inverter rated current

bC111

First electronic thermal characteristics selection

bC112
bC113
bC-14
bC120
bC121
bC122
bC123
bC124
bC125

First electronic thermal subtraction function selection
First electronic thermal subtraction time
Electronic thermal counter memory at power-off
First free electronic thermal frequency 1First free electronic thermal current 1
First free electronic thermal frequency 2First free electronic thermal current 2
First free electronic thermal frequency 3First free electronic thermal current 3

00 (Reduction characteristics)
01 (Constant torque characteristics)/02 (Arbitrary setting)
00 (Disabled)/01 (Enabled)
1~1000 (s)00 (Disabled)/01 (Enabled)
0.00~[bC122] (Hz)(0.00~3.00)× Inverter rated current[bC120]~[bC124] (Hz)(0.00~3.00)× Inverter rated current[bC122]~590.00 (Hz)(0.00~3.00)× Inverter rated current

bC210

Second electronic thermal level

Same as bC110

bC211
bC212
bC213
bC220
bC221
bC222
bC223
bC224
bC225
bd-01
bd-02
bd-03
bd-04

Second electronic thermal characteristics selection
Second electronic thermal subtraction function selection
Second electronic thermal subtraction time
Second free electronic thermal frequency 1
Second free electronic thermal current 1
Second free electronic thermal frequency 2
Second free electronic thermal current 2
Second free electronic thermal frequency 3
Second free electronic thermal current 3
STO input indication selection
STO allowable input switch time
STO indication selection within allowable input time
STOoperation selection after allowable input time

Same as bC111
Same as bC112
Same as bC113
Same as bC120
Same as bC121
Same as bC122
Same as bC123
Same as bC124
Same as bC125
00 (With indication)/01 (Without indication)/02 (Trip)
0.00~60.00 (s)00 (With indication)/01 (Without indication)
00 (Retain only the condition)/01 (Disabled)/02 (Trip)

Initial value
3000
135.0
0.5
00
15.0
0.5
00
4096
0.5
2.0
00
00
1.0×
rated current
00
01
600
01
0.00
0.00
0.00
0.00
0.00
0.00
1.0×
rated current
00
01
600
0.00
0.00
0.00
0.00
0.00
0.00
00
1.00
00
00

Parameter mode (code C)
Code
CA-01
CA-02
CA-03
CA-04
CA-05
CA-06
CA-07
CA-08
CA-09
CA-10
CA-11
CA-21
CA-22
CA-23
CA-24
CA-25
CA-26
CA-27
CA-28
CA-29
CA-30
CA-31
CA-41
CA-42
CA-43
CA-44
CA-45
CA-46
CA-47
CA-48
CA-49
CA-50
CA-51
CA-55
CA-60
CA-61

Name
Input terminal function [FR] selection
Input terminal function [RR] selection
Input terminal function [DFL] selection
Input terminal function [DFM] selection
Input terminal function [AUT] selection
Input terminal function [MBS] selection
Input terminal function [JOG] selection
Input terminal function [ES] selection
Input terminal function [RST] selection
Input terminal function [DFH] selection
Input terminal function [DHH] selection
Selection of Input terminal [FR] a/b (NO/NC)
Selection of Input terminal [RR] a/b (NO/NC)
Selection of Input terminal [DFL] a/b (NO/NC)
Selection of Input terminal [DFH] a/b (NO/NC)
Selection of Input terminal [AUT] a/b (NO/NC)
Selection of Input terminal [MBS] a/b (NO/NC)
Selection of Input terminal [JOG] a/b (NO/NC)
Selection of Input terminal [ES] a/b (NO/NC)
Selection of Input terminal [RST] a/b (NO/NC)
Selection of Input terminal [DFH] a/b (NO/NC)
Selection of Input terminal [DHH] a/b (NO/NC)
Input terminal [FR] response time
Input terminal [RR] response time
Input terminal [DFL] response time
Input terminal [DFM] response time
Input terminal [AUT] response time
Input terminal [MBS] response time
Input terminal [JOG] response time
Input terminal [ES] response time
Input terminal [RST] response time
Input terminal [DFH] response time
Input terminal [DHH] response timeMulti-step input determination time
UP/DWN target selection
UP/DWN memory selection

Data range

Initial value

See <List of input terminal functions>

001
002
003
004
015
032
029
033
028
005
006

00 (Normally open)/01 (Normally closed)00

20~400 (ms)20~200 (ms)00 (Frequency command)/01 (PID1)
00 (Not save)/01 (Save)

0
00
00

25

INVERTER HF-430NEO

List of Parameters
Code
CA-62
CA-64
CA-66

26

Name
UP/DWN UDC mode selection
Acceleration time for UP/DWN functions
Deceleration time for UP/DWN functions

CA-70[F-OP] frequency command

CA-71[F-OP] Operation command

CA-72

Reset selection

CA-81
CA-82
CA-83
CA-84

Encoder constant set-up
Encoder phase sequence selection
Motor gear ratio's numerator
Motor gear ratio's denominator

CA-90

Pulse string input (main body) detection target selection

CA-91

Pulse string input (main body) mode selection

CA-92
CA-93
CA-94
CA-95
CA-96
CA-97
CA-98
CA-99
Cb-01
Cb-03
Cb-04
Cb-05
Cb-06
Cb-07
Cb-11
Cb-13
Cb-14
Cb-15
Cb-16
Cb-17
Cb-21

Pulse string frequency (main body) scale
Pulse string frequency (main body) filter time constantPulse string frequency (main body) bias size
Pulse string frequency (main body) upper detection limit
Pulse string frequency (main body) lower detection limit
Pulse count compare-match output ON level
Pulse count compare-match output OFF level
Maximum value for pulse count compare-match output[VRF] terminal input filter time constant[VRF] terminal frequency setting start amount[VRF] terminal frequency setting end amount[VRF] terminal analog input start ratio[VRF] terminal analog input end ratio[VRF] terminal start selection[IRF] terminal input filter time constant[IRF] terminal frequency setting start amount[IRF] terminal frequency setting end amount[IRF] terminal analog input start ratio[IRF] terminal analog input end ratio[IRF] terminal start selection[VF2] terminal input filter time constant

Cb-22[VF2] terminal selection

Cb-23
Cb-24

[VF2] terminal frequency setting start amount[VF2] terminal frequency setting end amountCb-25[VF2] terminal analog input start ratio

Cb-26
Cb-30
Cb-31
Cb-32
Cb-33
Cb-34
Cb-35

[VF2] terminal analog input end ratio[VRF] voltage/current bias adjustment[VRF] voltage/current adjustment gain
[IRF] voltage/current bias adjustment[IRF] voltage/current adjustment gain
[VF2] voltage bias adjustment[VF2] voltage adjustment gain

Cb-40

Thermistor selection

Cb-41
CC-01
CC-02
CC-03
CC-04
CC-05
CC-06
CC-07
CC-11
CC-12
CC-13
CC-14
CC-15
CC-16
CC-17
CC-20
CC-21
CC-22
CC-23
CC-24
CC-25
CC-26

Thermistor [TH+/TH-] adjustment
Selection of output terminal function [UPF]
Selection of output terminal function [DRV]
Selection of output terminal function [X1]Selection of output terminal function [X2]Selection of output terminal function [X3]Selection of output terminal function [RL]
Selection of output terminal function [FL]
Selection of output terminal [UPF] a/b (NO/NC)
Selection of output terminal [DRV] a/b (NO/NC)
Selection of output terminal [X1] a/b (NO/NC)
Selection of output terminal [X2] a/b (NO/NC)
Selection of output terminal [X3] a/b (NO/NC)
Selection of output terminal [RL] a/b (NO/NC)
Selection of output terminal [FL] a/b (NO/NC)
Output terminal [UPF] on-delay time
Output terminal [UPF off-delay time
Output terminal [DRV] on-delay time
Output terminal [DRV] off-delay time
Output terminal [X1] on-delay time
Output terminal [X1] off-delay time
Output terminal [X2] on-delay time

Data range

Initial value

00 (0Hz)/01 (saved data)00

0.00~3600.00 (s)30.00

01 (VRF terminal input)/02 (IRF terminal input)/03 (VF2 terminal input)
04 (Ai4 terminal input)/05 (Ai5 terminal input)/06 (Ai6 terminal input)
07 (Parameter setting)/08 (RS 485)/09 (Option 1)/10 (Option 2)
11 (Option 3)/12 (Pulse string input: main unit)
13 (Pulse string input: HF-FB)/14 (Program function)
15 (PID calculation)/16 (Reserved)
00 ([FR]/[RR] terminal)/01 (3 wire)/02 (RUN key on operator keypad)
03 (RS485)/04 (Option 1)/05 (Option 2)/06 (Option 3)
00 (On to Release Trip)/01 (Off to Release Trip)/02 (On to Release at Trip)
03 (Of to Release at Trip)
32~65535 (pls)
00 (Phase-A is leading)/01 (Phase-B is leading)
1~10000
00 (Pulse count)/01 (Frequency command)/02 (Speed feedback)03 (Pulse count)00 (90° phase difference)
01 (forward/reverse rotation command and rotation direction)
02 (forward/reverse rotation pulse string)
0.05~32.00 (kHz)0.01~2.00 (s)-100.0~100.0 (%)
0.0~100.0 (%)
0~65535
1~500 (ms)0.00~100.00 (%)
0.0~ [Cb-06] (%)[Cb-05]~100.0 (%)
00 (Start amount)/01 (0%)
1~500 (ms)0.00~100.00 (%)
0.0~ [Cb-16] (%)[Cb-15]~100.0 (%)
00 (Start amount)/01 (0%)
1~500 (ms)00 (Single)/01 (Added to VRF/IRF: with reversibility)
02 (Added to VRF/IRF: without reversibility)-100.00~100.00 (%)-100.0~[Cb-26][Cb-25]~100.0-100.00~100.00
0~200.00-100.00~100.00
0~200.00-100.00~100.00
0~200.00
00 (Disabled)/01 (PTC resistance value enabled)02 (NTC resistance value enabled)
0.0~1000.0

See <List of output terminal functions>

00 (Normally open)/01 (Normally closed)

01

00
00
1024
00
1
00
00
25.00
0.10
0.0
100.0
0.0
0
0
65535
500
0.00
100.00
0.0
100.0
01
500
0.00
100.00
20.0
100.0
01
500
00
-100.00
100.00-100.0100.0
0.00
100.000.00
100.000.00
100.00
00
100.0
002
001
003
007
035
000
017

00

01

0.00~100.00 (s)0.00INVERTER HF-430NEO

List of Parameters
Code
CC-27
CC-28
CC-29
CC-30
CC-31
CC-32
CC-33
CC-40
CC-41
CC-42
CC-43
CC-44
CC-45
CC-46
CC-47
CC-48
CC-49
CC-50
CC-51
CC-52
CC-53
CC-54
CC-55
CC-56
CC-57
CC-58
CC-59
CC-60
Cd-01
Cd-02
Cd-03
Cd-04
Cd-05
Cd-10
Cd-11
Cd-12
Cd-13
Cd-14
Cd-15
Cd-21
Cd-22
Cd-23
Cd-24
Cd-25
Cd-31
Cd-32
Cd-33
Cd-34
Cd-35

Name
Output terminal [X2] off-delay time
Output terminal [X3] on-delay time
Output terminal [X3] off-delay time
Output terminal [RL] on-delay time
Output terminal [RL] off-delay time
Output terminal [FL] on-delay time
Output terminal [FL] off-delay time
Logical calculation output signal LOG1 selection 1
Logical calculation output signal LOG1 selection 2
Logical calculation output signal LOG1 operator selection
Logical calculation output signal LOG2 selection 1
Logical calculation output signal LOG2 selection 2
Logical calculation output signal LOG2 operator selection
Logical calculation output signal LOG3 selection 1
Logical calculation output signal LOG3 selection 2
Logical calculation output signal LOG3 operator selection
Logical calculation output signal LOG4 selection 1
Logical calculation output signal LOG4 selection 2
Logical calculation output signal LOG4 operator selection
Logical calculation output signal LOG5 selection 1
Logical calculation output signal LOG5 selection 2
Logical calculation output signal LOG5 operator selection
Logical calculation output signal LOG6 selection 1
Logical calculation output signal LOG6 selection 2
Logical calculation output signal LOG6 operator selection
Logical calculation output signal LOG7 selection 1
Logical calculation output signal LOG7 selection 2
Logical calculation output signal LOG7 operator selection[FRQ] terminal output form selection[FRQ] terminal standard frequency (for PWM output)[FRQ] terminal output selection[AMV] terminal output selection[AMI] terminal output selection
Analog monitor adjustment mode selection[FRQ] output filter time constant[FRQ] output data type selection[FRQ] bias adjustment[FRQ] gain adjustment[FRQ] output level in the adjustment mode
[AMV] output filter time constant[AMV] output data type selection[AMV] bias adjustment[AMV] gain adjustment[AMV] output level in the adjustment mode
[AMI] output filter time constant[AMI] output data type selection[AMI] bias adjustment[AMI] gain adjustment[AMI] output level in the adjustment mode

Data range

Initial value

0.00~100.00 (s)0.00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)

00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)

00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)

00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)

00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)

00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)

00

See <List of output terminal functions>000

00 (AND)/01 (OR)/02 (XOR)
00 (PWM)/01 (frequency)
0~3600 (kHz)

00
00
2880

See the List of output monitor functions[dA-01]00 (Disabled)/01 (Enabled)
1~500 (ms)00 (absolute value)/01 (with sign)-100.0~100.0 (%)-1000.0~1000.0 (%)-100.0~100.0 (%)
1~500 (ms)00 (absolute value)/01 (with sign)-100.0~100.0 (%)-1000.0~1000.0 (%)-100.0~100.0 (%)
1~500 (ms)00 (absolute value)/01 (with sign)-100.0~100.0 (%)-1000.0~1000.0 (%)-100.0~100.0 (%)
00 (During acceleration/deceleration, at constant speed)
01 (Only at constant speed)

CE101First low current signal output mode selection

CE102
CE103

First low current detection level 1First low current detection level 2(0.00 to 2.00) × Inverter rated current

CE105First overload prewarning signal output mode selection

00 (During acceleration/deceleration, at constant speed)
01 (Only at constant speed)

CE106
CE107
CE-10
CE-11
CE-12
CE-13
CE120
CE121
CE122
CE123
CE-30
CE-31
CE-33
CE-34
CE-36
CE-40
CE-41
CE-42
CE-43
CE-44
CE-45
CE-46
CE-47
CE-48

First overload prewarning level 1First overload prewarning level 2
Acceleration reaching frequency 1
Deceleration reaching frequency 1
Acceleration reaching frequency 2
Deceleration reaching frequency 2First over torque level (normal powered)First over torque level (reverse regenerative)
First over torque level (reverse powered)First over torque level (normal regenerative)
Electronic thermal warning level (motor)
Electronic thermal warning level (inverter)
0-Hz detection value level
Cooling fin heating prewarning level
RUN time/power-on time level
Window comparator [VRF] upper limit level
Window comparator [VRF] lower limit level
Window comparator [VRF] hysteresis range
Window comparator [IRF] upper limit level
Window comparator [IRF] lower limit level
Window comparator [IRF] hysteresis range
Window comparator [VF2] lower limit level
Window comparator [VF2] lower limit level
Window comparator [VF2] hysteresis range(0.00 to 2.00) × Inverter rated current

00
100
00
0.0
100.0
100
00
0.0
100.0
100
00
20.0
80.0
100.0
01
1.0×
rated current
01
1.0×
rated current

0.00~590.00 (Hz)0.00

0.0~500.0 (%)

100.0

0.00~100.00 (%)
0~200 (°C)
0~100000 (hr)0~100 (%)
0~10 (%)
0~100 (%)
0~10 (%)-100~100 (%)
0~10 (%)

85.00
0.50
120
0
100
0
0
100
0
0
100
-100
0

27

INVERTER HF-430NEO

List of Parameters
Code

28

Name

CE-50

[VRF] operation level at disconnection

CE-51[VRF] operation level selection at disconnection

CE-52[IRF] operation level at disconnection

CE-53[IRF] operation level selection at disconnection

CE-54[VF2] operation level at disconnection

CE-55[VF2] operation level selection at disconnection

CE201
CE202
CE203
CE205
CE206
CE207
CE220
CE221
CE222
CE223

Second low current signal output mode selection
Second low current detection level 1
Second low current detection level 2
Second overload prewarning signal output mode selection
Second overload prewarning level 1
Second overload prewarning level 2
Second over torque level (normal powered)
Second over torque level (reverse regenerative)
Second over torque level (reverse powered)
Second over torque level (normal regenerative)

CF-01

Communication transmission speed selection (baudrate selection)

CF-02

Communication station number selection

CF-03

Communication parity selection

CF-04

Communication stop bit selection

CF-05

Communication error selection

CF-06
CF-07

Communication timeout time
Communication waiting time

CF-08

Communication method selection

CF-11
CF-20
CF-21

Resister dataA,V⇔% conversion function
EzCOM start INV station number
EzCOM stop INV station number

CF-22

EzCOM start selection

CF-23
CF-24
CF-25
CF-26
CF-27
CF-28
CF-29
CF-30
CF-31
CF-32
CF-33
CF-34
CF-35
CF-36
CF-37
CF-38
CF-50

Numer of EzCOM data sets
EzCOM transmission destination station number 1
EzCOM transmission destination register 1
EzCOM transmission source register 1
EzCOM transmission destination station number 2
EzCOM transmission destination register 2
EzCOM transmission source register 2
EzCOM transmission destination station number 3
EzCOM transmission destination register 3
EzCOM transmission source register 3
EzCOM transmission destination station number 4
EzCOM transmission destination register 4
EzCOM transmission source register 4
EzCOM transmission destination station number 5
EzCOM transmission destination register 5
EzCOM transmission source register 5
USB station number selection

Data range
0~100 (%)
00 (Disabled)
01 (Enabled: out of range)
02 (Enabled: within the range)
0~100(%)
00 (Disabled)
01 (Enabled: out of range)
02 (Enabled: within the range)-100~100(%)
00 (Disabled)
01 (Enabled: out of range)
02 (Enabled: within the range)
Same as CE101
Same as CE102
Same as CE103
Same as CE105
Same as CE106
Same as CE107
Same as CE120
Same as CE121
Same as CE122
Same as CE123
03 (2400bps)/04 (4800bps)
05 (9600bps)/06 (19.2kbps)
07 (38.4kbps)/08 (57.6kbps)
09 (76.8kbps)/10 (115.2kbps)
1~247
00 (Without parity)
01 (Even number parity)
02 (Odd number parity)
01 (1bit)/02 (2bit)
00 (Error)
01 (Trip after deceleration stop)
02 (Ignore)
03 (Free run)04 (Deceleration stop)
0.00~100.00 (s)0~1000 (ms)01 (Modbus-RTU)
02 (EzCOM)
03 (EzCOM management)
00 (A, V)/01 (%)
01~08
00 (ECOM) terminal)
01 (Modbus spec)
01~05
1~247
0000~FFFF
1~247
0000~FFFF
1~247
0000~FFFF
1~247
0000~FFFF
1~247
0000~FFFF
1~247

Initial value
0
00
0
00
0
00
01
1.0×
rated current
01
1.0×
rated current

100.0

04
1
00
01

02

0.00
2
01
00
01
00
05
1
0000
2
0000
3
0000
4
0000
5
0000
1

INVERTER HF-430NEO

List of Parameters
Parameter mode (code H)
Code

Name

Data range

HA-01
HA-02
HA-03
HA110
HA112
HA113
HA115
HA120
HA121
HA122
HA123
HA124
HA125
HA126
HA127
HA128
HA129
HA130
HA131
HA132
HA133
HA134
HA210
HA212
HA213
HA215
HA220
HA221
HA222
HA223
HA224
HA225
HA226
HA227
HA228 to
HA234
Hb101
Hb102
Hb103
Hb104
Hb105

Auto-tuning selection
Operation command for auto-tuning
Online tuning selection
First stability constantFirst stabilization ramp function end ratio
First stabilization ramp function start ratio
First speed responseFirst gain switch selection
First gain switch timeFirst gain switch intermediate frequency 1First gain switch intermediate frequency 2First gain mapping maximum frequency
First gain mapping P gain 1
First gain mapping I gain 1
First gain mapping P control P gain 1
First gain mapping P gain 2First gain mapping I gain 2First gain mapping P control P gain 2First gain mapping P gain 3First gain mapping I gain 3First gain mapping P gain 4First gain mapping I gain 4
Second stability constant
Second stabilization ramp function end ratio
Second stabilization ramp function start ratio
Second speed response
Second gain switch selection
Second gain switch time
Second gain switch intermediate frequency 1
Second gain switch intermediate frequency 2
Second gain mapping maximum frequency
Second gain mapping P gain 1
Second gain mapping I gain 1
Second gain mapping P control P gain 1

00 (Disabled)/01 (Non-rotation)/02 (Rotation)/03 (IVMS)
00 (RUN key on the operator keypad)/01 ([AA111]/[AA211])
00 (Disabled)/01 (Enabled)
0~1000 (%)

Hb106

First IM motor's rated voltage

1~1000 (V)

Hb108
Hb110
Hb112
Hb114
Hb116
Hb118
Hb130
Hb131

First IM motor's rated current
First IM motor constant R1First IM motor constant R2First motor constant L
First IM motor constant Io
First IM motor constant JFirst minimum frequency
First reduced voltage start time

0.01~10000.00 (A)Hb140First manual torque boost operation mode selection

Hb141
Hb142
Hb145
Hb146
Hb150
Hb151
Hb152
Hb153
Hb154
Hb155
Hb156
Hb157
Hb158
Hb159
Hb160
Hb161
Hb162
Hb163
Hb170
Hb171
Hb180

First amount of manual torque boost
First manual torque boost break pointFirst energy-saving operation selection
First energy-saving response/accuracy adjustment
First free V/f frequency 1First free V/f voltage 1
First free V/f frequency 2First free V/f voltage 2First free V/f frequency 3First free V/f voltage 3
First free V/f frequency 4First free V/f voltage 4First free V/f frequency 5First free V/f voltage 5First free V/f frequency 6First free V/f voltage 6First free V/f frequency 7First free V/f voltage 7First slip compensation P gain with sensor(V/f with sensor)
First slip compensation I gain with sensor(V/f with sensor)
First output voltage gain

Initial value

0~1000 (%)
00 ([CAS] terminal)/01 (setting switch)
0~10000 (ms)

00
00
00
100
30
10
32
00
100

0.00~590.00 (Hz)0.00

0.0~1000.0 (%)

100.0Same as HA110

100
30
10
32
00
100
00
100
0.00

0~100 (%)

0~100 (%)
0~1000 (%)
00 ([CAS] terminal)/01 (setting switch)
0~10000 (ms)0.00~590.00 (Hz)0.0~1000.0 (%)

100.0

Second gain mappingSame as HA128 to HA134

100.0

Motor setting, 1st-motor
First IM motor capacity selection
Selection of number of first IM motor poles
First IM base frequency
First IM maximum frequency

00：IE1 motor/01：AF motor/02：d2G4 motor/03：IE3 motor
0.01~75.00 (kW)
2 to 48 (poles)

03
Note:
4

10.00~590.00 (Hz)60.00
200 V class : 200
400 V class : 400

0.000001~1000.000000 (Ω)
0.000001~1000.000000 (mH)0.01~10000.00 (A)0.00001~10000.00000 (kgm2)
0.10~10.00 (Hz)0~2000 (ms)00 (Disabled)/01 (Always enabled)
02 (Enabled only for forward revolution)
03 (Enabled only for reverse revolution)
0.0~20.0 (%)
0.0~50.0 (%)
00 (Disabled)/01 (Enabled)
0.0~100.0(%)
0.00~[Hb152] (Hz)0.0~1000.0 (V)[Hb150]~[Hb154] (Hz)0.0~1000.0 (V)[Hb152]~[Hb156] (Hz)0.0~1000.0 (V)[Hb154]~[Hb158] (Hz)0.0~1000.0 (V)[Hb156]~[Hb160] (Hz)0.0~1000.0 (V)[Hb158]~[Hb162] (Hz)0.0~1000.0 (V)[Hb160]~[Hb104] (Hz)0.0~1000.0 (V)

Note:

0.50
36
01
1.0
0.8
00
50.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0

0~1000 (%)

100

0~255 (%)

100

Note: Varies depending on inverter models and settings of duty rating.

29

INVERTER HF-430NEO

List of Parameters
Code
Hb201
Hb202
Hb203
Hb204
Hb205

Name
Second Motor setting
Second IM motor capacity selection
Selection of number of second IM motor poles
Second IM base frequency
Second IM maximum frequency

Hb206

Second IM motor's rated voltage

Same as Hb106

Hb208
Hb210
Hb212
Hb214
Hb216
Hb218
Hb230
Hb231
Hb240
Hb241
Hb242
Hb245
Hb246
Hb250
Hb251
Hb252
Hb253
Hb254
Hb255
Hb256
Hb257
Hb258
Hb259
Hb260
Hb261
Hb262
Hb263
Hb270
Hb271
Hb280

Second IM motor's rated current
Second IM motor constant R1
Second IM motor constant R2
Second IM motor constant L
Second IM motor constant Io
Second IM motor constant J
Second minimum frequency
Second reduced voltage start time
Second manual torque boost operation mode selection
Second amount of manual torque boost
Second manual torque boost break point
Second energy-saving operation selection
Second energy-saving response/accuracy adjustment
Second free V/f frequency 1
Second free V/f voltage 1
Second free V/f frequency 2
Second free V/f voltage 2
Second free V/f frequency 3
Second free V/f voltage 3
Second free V/f frequency 4
Second free V/f voltage 4
Second free V/f frequency 5
Second free V/f voltage 5
Second free V/f frequency 6
Second free V/f voltage 6
Second free V/f frequency 7
Second free V/f voltage 7
Second slip compensation I gain with sensor (V/f with sensor)
Second slip compensation I gain with sensor (V/f with sensor)
Second output voltage gain

Same as Hb108
Same as Hb110
Same as Hb112
Same as Hb114
Same as Hb116
Same as Hb118
Same as Hb130
Same as Hb131
Same as Hb140
Same as Hb141
Same as Hb142
Same as Hb145
Same as Hb146
Same as Hb150
Same as Hb151
Same as Hb152
Same as Hb153
Same as Hb154
Same as Hb155
Same as Hb156
Same as Hb157
Same as Hb158
Same as Hb159
Same as Hb160
Same as Hb161
Same as Hb162
Same as Hb163
Same as Hb170
Same as Hb171
Same as Hb180

Code

Name

HC101

First automatic torque boost voltage compensation gain

HC102
HC110
HC111
HC112
HC113
HC114
HC115
HC120
HC121
HC137
HC140
HC141
HC142
HC201
HC202
HC210
HC211
HC212
HC213
HC214
HC215
HC220
HC221
HC237
HC240
HC241
HC242
Hd102
Hd103
Hd104
Hd105
Hd106
Hd108
Hd110
Hd112
Hd114

First automatic torque boost slip compensation gainFirst zero-speed range limiter (IM-0Hz)
First amount of boost at the start (IM-SLV)First amount of boost at the start (IM-oHz)First selection of secondary-resistance correction that is conducted or not.
First selection of reversal prevention
First selection for the torque transformation
First time constant for torque current command filter
First speed feed forward gainFirst flux setting level
First forcing level
First modulation threshold level 1First modulation threshold level 2
Second automatic torque boost voltage compensation gain
Second automatic torque boost slip compensation gain
Second zero-speed range limiter (IM-0Hz)
Second amount of boost at the start (IM-SLV)
Second amount of boost at the start (IM-oHz)
Second selection of whether a secondary-resistance correction is to be conducted.
Second selection of reversal prevention
Second selection for the torque transformation
Second time constant for torque current command filter
Second speed feed forward gain
Second flux setting level
Second forcing level
Second modulation threshold level 1
Second modulation threshold level 2First SM (PMM) motor capacity selection
First selection of number of SM (PMM) motor poles
First SM (PMM) base frequency
First SM (PMM) maximum frequency
First SM (PMM) motor's rated voltage
First SM (PMM) motor's rated current
First SM (PMM) motor's constant R
First SM (PMM) motor's constant Ld
First SM (PMM) motor's constant Lq

Note: Varies depending on inverter models and settings of duty rating.

30

Data range
Same as Hb101
Same as Hb102
Same as Hb103
Same as Hb104
Same as Hb105

Initial value
03
Note:
4
60.00
200 V class : 200
400 V class : 400

Note:

0.50
36
01
0.0
00
50.0
0
0.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0
0.00
0.0
100

Data range
0~255 (%)

Initial value100

0~100 (%)
0~50 (%)

0
10

00 (Disabled)/01 (Enabled)00

00 (Torque)01 (Current)
0~100 (ms)0~10000.0~100.0 (%)
0~1000 (%)

01
2
0
80.0
100

0~133 (%)

133

Same as HC101
Same as HC102
Same as HC110
Same as HC111
Same as HC112
Same as HC113
Same as HC114
Same as HC115
Same as HC120
Same as HC121
Same as HC137
Same as HC140
Same as HC141
Same as HC142
0.01~75.00 (kW)
2 to 48 (poles)

100
80
0
10
00
01
2
0
80.0
100
133

10.00~590.00 (Hz)
1~1000 (V)
0.01~10000.00 (A)0.000001~1000.000000 (Ω)
0.000001~1000.000000 (mH)Note:

INVERTER HF-430NEO

List of Parameters
Code
Hd116
Hd118
Hd130
Hd131

Name

Data range

First SM (PMM) motor's constant Ke
First SM (PMM) motor's constant JFirst SM (PMM) minimum frequency
First SM (PMM) no-load current

0.1~100000.0 (mVs/rad)
0.00001~10000.00000 (kgm2)
0~50 (%)
0~100 (%)
00 (Position estimation disabled)
01 (Position estimation enabled)

Hd132

First SM (PMM) start method selection

Hd133
Hd134
Hd135
Hd136
Hd137
Hd-41
Hd-42
Hd-43
Hd-44
Hd-45
Hd-46
Hd-47
Hd-48
Hd-49
Hd-50
Hd-51
Hd-52
Hd-58
Hd202
Hd203
Hd204
Hd205
Hd206
Hd208
Hd210
Hd212
Hd214
Hd216
Hd218
Hd230
Hd231
Hd232
Hd233
Hd234
Hd235
Hd236
Hd237

First SM (PMM) initial position estimation zero-V stand-by times
First SM (PMM) initial position estimation detection stand-by times
First SM (PMM) initial position estimation detection times
First SM (PMM) initial position estimation voltage gainFirst initial position estimation magnetic-pole position offset
IVMS carrier frequency Note: 2.
Filter gain of IVMS detection current Note: 2.
Open-phase voltage detection gain selection Note: 2.
Selection of open-phase switch threshold correction Note: 2.
Speed control P gain Note: 2.
Speed control I gain Note: 2.
Waiting time for open-phase switching Note: 2.
Restriction on the rotation-direction determination Note: 2.
Adjustment of the timing for detecting the open-phase voltage Note: 2.
Minimum pulse-width adjustment Note: 2.
Current limit of IVMS threshold Note: 2.
IVMS threshold gain Note: 2.
IVMS carrier-frequency switching start/finish point Note: 2.
Second SM (PMM) motor capacity selection
Second selection of number of SM (PMM) motor poles
Second SM (PMM) base frequency
Second SM (PMM) maximum frequency
Second SM (PMM) motor's rated voltage
Second SM (PMM) motor's rated current
Second SM (PMM) motor's constant R
Second SM (PMM) motor's constant Ld
Second SM (PMM) motor's constant Lq
Second SM (PMM) motor's constant Ke
Second SM (PMM) motor's constant J
Second SM (PMM) minimum frequency
Second SM (PMM) no-load current
Second SM (PMM) start method selection
Second SM (PMM) initial position estimation zero-V stand-by times
Second SM (PMM) initial position estimation detection stand-by times
Second SM (PMM) initial position estimation detection times
Second SM (PMM) initial position estimation voltage gain
Second initial position estimation magnetic-pole position offset

Initial value
Note: 1.
8
10
00
10

0~255
0~200 (%)
0~359 (deg)0.5~16.0 (kHz)0~100000 (Gain 0)/01 (Gain 1)/02 (Gain 2)/03 (Gain 3)
00 (Disabled)/01 (Enabled)
0~10000~10000
0~100000 (Disabled)/01 (Enabled)
0~1000

30
100
0
2.0
100
00
01
100
100
15
01
10
100

0~255

100

0~50 (%)
Same as Hd102
Same as Hd103
Same as Hd104
Same as Hd105
Same as Hd106
Same as Hd108
Same as Hd110
Same as Hd112
Same as Hd114
Same as Hd116
Same as Hd118
Same as Hd130
Same as Hd131
Same as Hd132
Same as Hd133
Same as Hd134
Same as Hd135
Same as Hd136
Same as Hd137

5

Note: 1.

8
10
00
10
30
100
0

Note: 1. Varies depending on inverter models and settings of duty rating.
2. Hd-41 to Hd-58 are reserved parameters.

Parameter mode (code o)
Code
oA-10
oA-11

Name
Operation selection when option error occurs (slot 1)
Communication monitoring timer setting (slot1)

oA-12

Operation setting at the time of communication error (slot1)

oA-13
oA-20
oA-21

Selection of operation command behavior at start (slot 1)
Operation selection when option error occurs (slot 2)
Communication monitoring timer setting (slot 2)

oA-22

Operation setting at the time of communication error (slot 2)

oA-23
oA-30
oA-31

Selection of operation command behavior at start (slot 2)
Operation selection when option error occurs (slot 3)
Communication monitoring timer setting (slot 3)

oA-32

Operation setting at the time of communication error (slot 3)

oA-33
ob-01
ob-02
ob-03
ob-04
ob-10

Selection of operation command behavior at start (slot 3)
Encoder constant set-up (option)
Encoder phase sequence selection (option)
Motor gear ratio's numerator (option)
Motor gear ratio's denominator (option)
Pulse string input SA/SB (option) detection target selection

ob-11

Pulse string input (option) mode selection

ob-12
ob-13
ob-14
ob-15
ob-16

Pulse string input (option) scale
Pulse string input (option) filter time constantPulse string input (option) bias size
Pulse string input (option) upper detection limit
Pulse string input (option) lower detection limit

Data range
00 (Error)/01 (Continue operation)
0.00~100.00 (s)00 (Error)/01 (Trip after deceleration stop)/02 (Ignore)
03 (Free run)/04 (Deceleration stop)
00 (Operation command disabled)/01 (Operation command enabled)
00 (Error)/01 (Continue operation)
0.00~100.00 (s)00 (Error)/01 (Trip after deceleration stop)/02 (Ignore)/03 (Free run)04 (Deceleration stop)
00 (Operation command disabled)/01 (Operation command enabled)
00 (Error)/01 (Continue operation)
0.00~100.00 (s)00 (Error)/01 (Trip after deceleration stop)/02 (Ignore)/03 (Free run)04 (Deceleration stop)
00 (Operation command disabled)/01 (Operation command enabled)
32~65535 (pls)
00 (Phase-A is leading)/01 (Phase-B is leading)

Initial value
00
1.00
01
00
00
1.00
01
00
00
1.00
01
00
1024
00

1~10000

1

00 (Command)/01 (Pulse string position command)00 (90° phase difference)
01 (forward/reverse rotation command and rotation direction)
02 (forward/reverse rotation pulse string)
0.05~200.0 (kHz)0.01~2.00 (s)-100.0~100.0 (%)

00

0.0~100.0 (%)

01
25.00
0.10
0.0
100.0
0.0

31

INVERTER HF-430NEO

List of Parameters
Code

32

Name

oE-01
oE-03
oE-04
oE-05
oE-06
oE-07
oE-11
oE-13
oE-14
oE-15
oE-16
oE-17
oE-21
oE-23
oE-24
oE-25
oE-26
oE-28
oE-29
oE-30
oE-31
oE-32
oE-33
oE-35
oE-36
oE-37
oE-38
oE-39
oE-40
oE-41
oE-42
oE-43
oE-44

[Ai4] terminal input filter time constant[Ai4] terminal start amount[Ai4] terminal end amount[Ai4] terminal start ratio[Ai4] terminal end ratio[Ai4] terminal start selection[Ai5] terminal input filter time constant[Ai5] terminal start amount[Ai5] terminal end amount[Ai5] terminal start ratio[Ai5] terminal end ratio[Ai5] terminal start selection[Ai6] terminal input filter time constant[Ai6] terminal start amount[Ai6] terminal end amount[Ai6] terminal start ratio[Ai6] terminal end ratio[Ai4] voltage/current bias adjustment[Ai4] voltage adjustment gain
[Ai5] voltage/current bias adjustment[Ai5] voltage adjustment gain
[Ai6] voltage bias adjustment[Ai6] voltage adjustment gain
Window comparator [Ai4] upper limit level
Window comparator [Ai4] lower limit level
Window comparator [Ai4] hysteresis range
Window comparator [Ai5] upper limit level
Window comparator [Ai5] lower limit level
Window comparator [Ai5] hysteresis range
Window comparator [Ai6] upper limit level
Window comparator [Ai6] lower limit level
Window comparator [Ai6] hysteresis range[Ai4] operation level at disconnection

oE-45[Ai4] operation level selection at disconnection

oE-46[Ai5] operation level at disconnection

oE-47[Ai5] operation level selection at disconnection

oE-48[Ai6] operation level at disconnection

oE-49[Ai6] operation level selection at disconnection

oE-50
oE-51
oE-52
oE-56

[Ao3] terminal output selection[Ao4] terminal output selection[Ao5] terminal output selection[Ao3] output filter time constantoE-57[Ao3] output data type selection

oE-58
oE-59
oE-60
oE-61

[Ao3] bias adjustment (voltage/current)[Ao3] gain adjustment (voltage/current)[Ao3] output level in the adjustment mode
[Ao4] output filter time constantoE-62[Ao4] output data type selection

oE-63
oE-64
oE-65
oE-66

[Ao4] bias adjustment (voltage/current)[Ao4] gain adjustment (voltage/current)[Ao4] output level in the adjustment mode
[Ao5] output filter time constantoE-67[Ao5] output data type selection

oE-68
oE-69
oE-70

[Ao5] bias adjustment (voltage)[Ao5] gain adjustment (voltage)[Ao5] output level in the adjustment mode

Data range
1~500 (ms)0.00~100.00 (%)
0.0~ [oE-06] (%)[oE-05]~100.0 (%)
00 (Start amount [oE-03])/01 (0%)
1~500 (ms)0.00~100.00 (%)
0.0~ [oE-16] (%)[oE-15]~100.0 (%)
00 (Start amount [oE-13])/01 (0%)
1~500 (ms)-100.00~100.00 (%)-100.0~ [oE-26] (%)[oE-25]~100.0 (%)-100.00~100.00 (%)
0.00~200.00 (%)-100.00~100.00 (%)
0.00~200.00 (%)-100.00~100.00 (%)
0.00~200.00 (%)
0~100 (%)
0~10 (%)
0~100 (%)
0~10 (%)-100~100 (%)
0~10 (%)-100~100 (%)
00 (Disabled)
01 (Enabled: out of range)
02 (Enabled: within the range)
0~100 (%)
00 (Disabled)
01 (Enabled: out of range)
02 (Enabled: within the range)
0~100 (%)
00 (Disabled)
01 (Enabled: out of range)
02 (Enabled: within the range)

Initial value
16
0.00
100.00
0.0
100.0
01
16
0.00
100.00
0.0
100.0
01
16
-100.00
100.00-100.0100.0
0.00
100.000.00
100.000.00
100.00
100
0
0
100
0
0
100
-100
0
0
00
0
00
0
00

See the List of output monitor functions

dA-01

1~500 (ms)00 (absolute value)
01 (with sign)-100.0~100.0 (%)-1000.0~1000.0 (%)-100.0~100.0 (%)
1~500 (ms)00 (absolute value)
01 (with sign)-100.0~100.0 (%)-1000.0~1000.0 (%)-100.0~100.0 (%)
1~500(ms)00 (absolute value)
01 (with sign)-100.0~100.0 (%)-1000.0~1000.0 (%)-100.0~100.0 (%)

100
00
0.0
100.0
100
00
0.0
100.0
100
00
0.0
100.0

INVERTER HF-430NEO

List of Parameters
Code
oH-01
oH-02
oH-03
oH-04
oH-05
oH-06
oH-20
oH-21
oH-22
oH-23
oH-24
oH-30
oH-31
oH-32
oH-33
oH-34
oJ-01 to 10
oJ-11 to 20
oJ-21 to 30
oJ-31 to 40
oJ-41 to 50
oJ-51 to 60
oL-01
oL-02
oL-03
oL-04
oL-05
oL-06
oL-07
oL-08
oL-09
oL-10
oL-11
oL-12
oL-20 to 27
oL-28
oL-29 to 36
oL-40 to 51
oL-60 to 67
oL-68
oL-69 to 76

Name
IP address selection (P1-EN)
Transmission speed (port 1) (P1-EN)
Transmission speed (port 2) (P1-EN)
Ethernet communication timeout (P1-EN)
Modbus TCP port number (IPv4)
Modbus TCP port number (IPv6)
Profibus Nobe address
Profibus Clear Mode selection
Profibus Map selection
Selection of setting from the Profibus masterSelection of setpoint telegram/Actual value telegram Gr
IP address selection (P1-PN)
Transmission speed (port 1) (P1-PN)
Transmission speed (port 2) (P1-PN)
Ethernet communication timeout (P1-PN)
Selection of setpoint telegram/Actual value telegram Gr
Gr.A flexible command registration writing register 1 to 10
Gr.A flexible command registration reading register 1 to 10
Gr.B flexible command registration writing register 1 to 10
Gr.B flexible command registration reading register 1 to 10
Gr.C flexible command registration writing register 1
Gr.C flexible command registration reading register 1
Gr.1 IPv4 IP address (1)Gr.1 IPv4 IP address (2)Gr.1 IPv4 IP address (3)Gr.1 IPv4 IP address (4)Gr.1 IPv4 subnet mask (1)Gr.1 IPv4 subnet mask (2)Gr.1 IPv4 subnet mask (3)Gr.1 IPv4 subnet mask (4)Gr.1 IPv4 default gateway (1)Gr.1 IPv4 default gateway (2)Gr.1 IPv4 default gateway (3)Gr.1 IPv4 default gateway (4)Gr.1 IPv6 IP address (1) to (8)Gr.1 IPv6 subnet prefix
Gr.1 IPv6 default gateway (1) to (8)Gr.2 IPv4
Gr.1 IPv6 IP address (1) to (8)Gr.2 IPv6 subnet prefix
Gr.2 IPv6 default gateway (1) to (8)Data range

Initial value

00 (Gr.1)/01 (Gr.2)
00 (Auto negotiation)/01 (100M: full duplex)/02 (100M: half duplex)
03 (10M: full duplex)/04 (10M: half duplex)

00

1~65535 (×10ms)

3000

502, 1024~65535

502

0~125
00 (Clear)/01 (Value retained the last time)
00 (PPO)/01 (Comvertional)/02 (FlexibleMode)
00 (Allowed)/01 (Not allowed)
00 (Gr.A)/01 (Gr.B)/02 (Gr.C)
00 (Gr.1)/01 (Gr.2)00000 (Auto negotiation)/01 (100M: full duplex)/02 (100M: half duplex)
03 (10M: full duplex)/04 (10M: half duplex)
1~65535 (×10ms)
00 (Gr.A)/01 (Gr.B)/02 (Gr.C)

3000
502

0000~FFFF

0000

192
168
0
2
255
255
255
0
192
168
0
1
0000
64
0000
0000
64
0000

0~255

0000~FFFF
0~127
0000~FFFF
Same as oL-01 to oL-120000~FFFF
0~127
0000~FFFF

Parameter mode (code P)
Code

Name

PA-01
PA-02
PA-03
PA-04
PA-05
PA-20
PA-21

Forced operation mode selection
Forced operation frequency setting
Forced operation rotation direction command
Commercial power supply bypass function selection
Bypass function delay time
Simulation mode selection
Selection of error code for alarm test

PA-22

Output current monitor optional output selection

PA-23

Output current monitor optional setting value

PA-24

P-N voltage monitor optional output selection

PA-25

P-N voltage monitor optional setting value

PA-26

Output voltage monitor optional output selection

PA-27

Output voltage monitor optional setting value

PA-28

Output torque monitor optional output selection

PA-29

Output torque monitor optional setting value

PA-30

Frequency adjustment optional output selection

PA-31

Frequency matching optional setting value

Data range
00 (Disabled)/01 (Enabled)
0.00~590.00 (Hz)00 (Normal rotation)/01 (Reverse rotation)
00 (Disabled)/01 (Enabled)
0.0~1000.0 (s)00 (Disabled)/01 (Enabled)000~255
00 (Disabled)/01 (Enabled: parameter setting [PA-23])
02 (Enabled: set from [VRF])/03 (Enabled: set from [IRF])
04 (Enabled: set from [VF2])/05 (Enabled: set from [Ai4])
06 (Enabled: set from [Ai5])/07 (Enabled: set from [Ai6])
0.0 to 3.0 × Inverter rated current (A)
00 (Disabled)/01 (Enabled: parameter setting [PA-25])
02 (Enabled: set from [VRF])/03 (Enabled: set from [IRF])
04 (Enabled: set from [VF2])/05 (Enabled: set from [Ai4])
06 (Enabled: set from [Ai5])/07 (Enabled: set from [Ai6])
200V class: 0.0 to 450.0 (Vdc)
400V class: 0.0 to 900.0 (Vdc)
00 (Disabled)/01 (Enabled: parameter setting [PA-27])
02 (Enabled: set from [VRF])/03 (Enabled: set from [IRF])
04 (Enabled: set from [VF2])/05 (Enabled: set from [Ai4])
06 (Enabled: set from [Ai5])/07 (Enabled: set from [Ai6])
200V class: 0.0-300.0 (V)400V class: 0.0-600.0 (V)
00 (Disabled)/01 (Enabled: parameter setting [PA-29])
02 (Enabled: set from [VRF])/03 (Enabled: set from [IRF])
04 (Enabled: set from [VF2])/05 (Enabled: set from [Ai4])
06 (Enabled: set from [Ai5])/07 (Enabled: set from [Ai6])-500.0~+500.0 (%)
00 (Disabled)/01 (Enabled: parameter setting [PA-31])
02 (Enabled: set from [VRF])/03 (Enabled: set from [IRF])
04 (Enabled: set from [VF2])/05 (Enabled: set from [Ai4])
06 (Enabled: set from [Ai5])/07 (Enabled: set from [Ai6])
0.0~590.00 (Hz)Initial value
00
0.00
00
00
5.0
00
000
01
0.0
01
270.0
540.0
01

0.0

01
0.0
01
0.00

33

INVERTER HF-430NEO

List of Parameters
Parameter mode (code U)
Code
UA-01
UA-02

Name
Password input for display selection
Soft-lock password input

UA-10

Display selection

UA-12
UA-13
UA-14
UA-15
UA-16

Clearing of integrated input power
Integrated input power display gain
Clearing of integrated output power
Integrated output power display gain
Soft-lock selection

UA-17

Soft-lock target selection

UA-18
UA-19

Data R/W selection
Battery level warning selection

UA-20

Operation at disconnection of operator keypad

UA-21
UA-22
UA-30
UA-31 to 62

Selection of second setting parameter display
Selection of option parameter display
Selection of user parameter automatic setting
User parameter 1 to 62 selection

Ub-01

Selection of factory default initialization

Ub-02
Ub-03
Ub-05

Selection of initial values
Duty type selection
Initialization start selection

Code
Ud-01
Ud-02
Ud-03
Ud-04
Ud-10 to17
Ud-20
Ud-21
Ud-22
Ud-23
Ud-24
Ud-25
Ud-26
Ud-27
Ud-28
Ud-29
Ud-30
Ud-31
Ud-32
Ud-33
Ud-34
Ud-35
Ud-36
Ud-37
Ud-38
Ud-39
Ud-40
Ud-41
Ud-42
Ud-43

34

Data range
0000~FFFF

Ud-50

Selection of trace trigger 1

Ud-51

Selection of trigger 1 operation at trace data trigger

Ud-52

Trigger 1 level at trace data trigger

Ud-53

Selection of trigger 1 operation at trace signal trigger

Ud-54

Selection of trace trigger 2

Ud-55

Selection of trigger 2 operation at trace data trigger

Ud-56

Trigger 2 level at trace data trigger

Ud-57

Selection of trigger 2 operation at trace signal trigger

Ud-58

Trigger condition selection

Ud-59

Trigger point setting

Ud-60

Sampling time setting

0000

00 (Full display)/01 (By function)/02 (User setting)03 (Compare display)/04 (Only monitor display)
00 (Disabled)/01 (Clear)
1~100000 (Disabled)/01 (Clear)
1~100000 ([SFT] terminal)/01 (Always enabled)
00 (All data cannot be changed)
01 (Data other than set frequency cannot be changed)
00 (R/W enabled)/01 (R/W disabled)
00 (Disabled)/01 (Warning)/02 (Error)
00 (Error)/01 (Error after deceleration stop)/02 (Ignore)
03 (Free run)/04 (Deceleration stop)
00 (Not display)01 (Display)

00
00
1
00
1
00
00
00
00
02
00

00 (Disabled)/01 (Enabled)
no/***** (select a parameter)
00 (Disabled)/01 (Trip history)/02 (Parameter initialization)
03 (Trip history + parameters)/04 (Reserved)/05 (Other than terminal function)
06 (Other than communication function)
07 (Other than terminal&communication functions)/08 (Reserved)
00 (Mode 0)/01 (Mode 1)/02 (Mode 2)/03 (Mode 3)
00 (VLD)/01 (LD)/02 (ND)
00 (Disabled)/01 (Start initialization)

Name
Trace function selection
Trace start
Selection of the number of trace data sets
Selection of the number of trace signals
Selection of trace data 0 to 7
Trace signal 0 I/O selection
Trace signal 0 input terminal selection
Trace signal 0 output terminal selection
Trace signal 1 I/O selection
Trace signal 1 input terminal selection
Trace signal 1 output terminal selection
Trace signal 2 I/O selection
Trace signal 2 input terminal selection
Trace signal 2 output terminal selection
Trace signal 3 I/O selection
Trace signal 3 input terminal selection
Trace signal 3 output terminal selection
Trace signal 4 I/O selection
Trace signal 4 input terminal selection
Trace signal 4 output terminal selection
Trace signal 5 I/O selection
Trace signal 5 input terminal selection
Trace signal 5 output terminal selection
Trace signal 6 I/O selection
Trace signal 6 input terminal selection
Trace signal 6 output terminal selection
Trace signal 7 I/O selection
Trace signal 7 input terminal selection
Trace signal 7 output terminal selection

Initial value

Data range
00 (Disabled)/01 (Enabled)
00 (Stop)/01 (Start)
0~8

00
no
00
00
02
00
Initial value00
00
1<List of output monitor functions>.
00 (Input: [Ud-21])/01 (Output: [Ud-22])

dA-01
00

<List of input terminal functions>

001

00 (Input: [Ud-24])/01 (Output: [Ud-25])

00<List of input terminal functions>

001

00 (Input: [Ud-27]/01 (Output: [Ud-28])

00<List of input terminal functions>

001

00 (Input: [Ud-30])/01 (Output: [Ud-31])00<List of input terminal functions>

001

00 (Input: [Ud-33])/01 (Output: [Ud-34])

00<List of input terminal functions>

001

00 (Input: [Ud-36])/01 (Output: [Ud-37])

00<List of input terminal functions>

001

00 (Input: [Ud-39])/01 (Output: [Ud-40])

00<List of input terminal functions>

001

00 (Input: [Ud-42])/01 (Output: [Ud-43])

00<List of input terminal functions>

001

00 (Trip)/01 (Trace data 0)/02 (Trace data 1)/03 (Trace data 2)/04 (Trace data 3)
05 (Trade data 4)/06 (Trace data 5)/07 (Trace data 6)/08 (Trace data 7)
09 (Trace signal 0)/10 (Trace signal 1)/11 (Trace signal 2)/12 (Trace signal 3)
13 (Trace signal 4)/14 (Trace signal 5)/15 (Trace signal 6)/16 (Trace signal 7)
00 (Operate when it is above the trigger level)01 (Operate when it is below the trigger level)0~100 (%)
00 (Operate when the signal is ON)
01 (Operate when the signal is OFF)Same as Ud-50
00 (Rising edge)
01 (Falling edge)
0~100 (%)
00 (Operate when the signal is ON)
01 (Operate when the signal is OFF)00 (When trigger 1 is satisfied)/01 (When trigger 2 is satisfied)
02 (When trigger 1 or 2 is satisfied)/03 (When trigger 1 and 2 are satisfied)
0~100 (%)
01 (0.2ms)/02 (0.5ms)/03 (1ms)/04 (2ms)/05 (5ms)/06 (10ms)/07 (50ms)
08 (100ms)/09 (500ms)/10 (1000ms)

00

00
0
00
00
00
0
00
00
0
03

INVERTER HF-430NEO

List of Parameters〈List of output monitor functions〉
Monitor No.

Function

dA-01
dA-02
dA-04
dA-08
dA-12
dA-14
dA-15
dA-16
dA-17
dA-18
dA-30
dA-34
dA-38
dA-40
dA-41
dA-42
dA-43
dA-61
dA-62
dA-63
dA-64
dA-65
dA-66
dA-70
dA-71
db-30
db-32
db-34

Monitor No.

Output frequency monitor
Output current monitor
Frequency command after calculation
Speed detection value monitor
Output frequency monitor (with sign)Frequency upper limit monitor
Torque command monitor after calculation
Torque limit monitor
Output torque monitor
Output voltage monitor
Input power monitor
Output power monitor
Motor temperature monitor
DC voltage monitor
DBTR load factor monitor
Electronic thermal duty ratio monitor MTR
Electronic thermal duty ratio monitor CTL
Analog input [VRF] monitor
Analog input [IRF] monitor
Analog input [VF2] monitor
Analog input [Ai4] monitor
Analog input [Ai5] monitor
Analog input [Ai6] monitor
Pulse string input monitor main body
Pulse string input monitor option
PID1 feedback data 1 monitor
PID1 feedback data 2 monitor
PID1 feedback data 3 monitor

Function

db-36
db-38
db-40
db-42
db-44
db-50
db-51
db-52
db-53
db-54
db-55
db-56
db-57
db-58
db-59
db-60
db-64
dC-15
FA-01
FA-02
FA-15
FA-16
FA-30
FA-32
FA-34
FA-36
FA-38
FA-40

PID2 feedback data monitor
PID3 feedback data monitor
PID4 feedback data monitor
PID1 target value monitor after calculation
PID1 feedback data
PID1 output monitor
PID1 deviation monitor
PID1 deviation 1 monitor
PID1 deviation 2 monitor
PID1 deviation 3 monitor
PID2 output monitor
PID2 deviation monitor
PID3 output monitor
PID3 deviation monitor
PID4 output monitor
PID4 deviation monitor
PID feed-forward monitor
Cooling fin temperature monitor
Main speed command
Auxiliary speed command
Torque command monitor
Torque bias monitor
PID1 target value 1
PID1 target value 2
PID1 target value 3
PID2 target value
PID3 target value
PID4 target value〈List of input terminal functions〉
Function No. Abbreviation
000
001
002
003
004
005
006
007 to 013
014
015
016
017
018
019
020
021
022

no
FR
RR
DFL
DFM
DFH
DHH
SF1 to 7
ADD
AUT
STA
STP
FS
AHD
UP
DWN
UDC

023
024
028
029
030
031
032
033
034
035
036
037
038
039
040
041
042
043
044
045
046
047
048
051
052

Function name

Function No. Abbreviation

Without allocation
Normal rotation
Reverse rotation
Multistage speed 1
Multistage speed 2
Multistage speed 3
Multistage speed 4
Multistage speed bit 1 to 7
Addition of frequency
Switching of command
3-wire starting up
3-wire stopping
3-wire normal and reverse
Retention of analog command
Acceleration through remote operation
Deceleration through remote operation
Clearing of remote operation data

053
054
055
056
058
059
060
061
062
063
064
066
067
068
069
071
072

SVC3
SVC4
PRO
PIO
SLEP
WAKE
TL
TRQ1
TRQ2
PPI
CAS
FOC
ATR
TBS
ORT
LAC
PCLR

F-OP

Forced switching of command

073

STAT

SET
RST
JOG
DB
AD2
MBS
ES
USP
CS
SFT
BOK
OLR
KHC
OKHC
PID
PIDC
PID2
PIDC2
PID3
PIDC3
PID4
PIDC4
SVC1
SVC2

Second control
Reset
Jogging
Braking with external direct current
2-step acceleration/deceleration
Free-run stop
External abnormality
Prevention of power restoration restarting
Commercial switch
Soft-lock
Brake check
Switching of stall prevention
Clearing of integrated input power
Clearing of integrated output power
PID1 disabled
Resetting of PID1 integration
PID2 disabled
Resetting of PID2 integration
PID3 disabled
Resetting of PID3 integration
PID4 disabled
Resetting of PID4 integration
PID1 multistage target value 1
PID1 multistage target value 2

074
075
076
077
078
079
080
081
082
083
084
085
097
098
100
101
102
103
104
105
107
108
109
110

PUP
PDN
CP1
CP2
CP3
CP4
ORL
ORG
FOT
ROT
SPD
PSET
PCC
ECOM
HLD
REN
DISP
PLA
PLB
EMF
COK
DTR
PLZ
TCH

Function name
PID1 multistage target value 3
PID1 multistage target value 4
Switching of PID gain
Switching of PID output
Satisfaction of SLEEP condition
Satisfaction of WAKE condition
Validation of torque limit
Torque limit switchover 1
Torque limit switchover 2
PPI control switch
Control gain switch
Auxiliary excitation
Validation of torque control
Validation of torque bias
Orientation
Cancellation of LAD
Clearing of positional deviation
Permission to inputting of Pulse string positioncommand
Addition of positional bias
Subtraction of positional bias
Positional command selection 1
Positional command selection 2
Positional command selection 3
Positional command selection 4
Origin limit signal
Return-to-origin start up signal
Stopping of normal rotation driving
Stopping of reverse rotation driving
Switching of speed position
Presetting of positional data
Clearing of pulse counter
Starting up of EzCOM
Stopping of acceleration/deceleration
Operation permission signal
Fixation of display
Pulse string input A
Pulse string input B
Emergency forced operation
Contactor check signal
Data trace starting signal
Pulse string input Z
Teaching signal

35

INVERTER HF-430NEO

List of Parameters〈List of output terminal functions〉
Function No. Abbreviation
000
001
002
003
004
005
006
007
008
009
010
011
012
016
017
018
019
020
021
022
023
024
025
026
027
029
030
031
032
033
034
035
036
037
038
039

36

no
DRV
UPF1
UPF2
UPF3
UPF4
UPF5
IRDY
FRR
RRR
FREF
REF
SETM
OPO
AL
MJA
OTQ
IP
UV
TRQ
IPS
RNT
ONT
THM
THC
WAC
WAF
FS
OHF
LOC
LOC2
OL
OL2
BRK
BER
CON

Function nameWithout allocation
During operation
When the constant speed is attained
Equal to or above the set frequency
Set frequency only
Equal to or above the set frequency 2
Set frequency only 2
Operation ready completion
During normal rotation operation
During reverse rotation operation
Frequency command panel
Operation command panel
Second control under selection
Optional output
Alarm signal
Severe failure signal
Excessive torqueDuring instantaneous power failure
Under insufficient voltage
During torque limitation
During power failure deceleration
RUN time elapsed
Power ON time elapsed
Electronic thermal warning
Electronic thermal warning
Capacitor life advance notice
Fan life advance notice
Operation command signal
Cooling fin heating advance notice
Low current signal
Low current signal 2
Overload advance notice
Overload advance notice 2
Brake release
Brake abnormality
Contactor control

Function No. Abbreviation
040
041
042
043
044
045
046
047
048
049
050
051
052
053
054
055
056
057
058
059
060
061
062 to 068
076
077
078
079
080
081
084 to 087
089
090
091
092
093

ZS
DSE
PDD
POK
PCMP
OD
FBV
OD2
FBV2
NDc
VRFDc
IRFDc
VF2Dc
Ai4Dc
Ai5Dc
Ai6Dc
WCVRF
WCIRF
WCVF2
WCAi4
WCAi5
WCAi6
LOG1 to 7
EMFC
EMBP
WFT
TRA
LBK
OVS
AC0 to 3
OD3
FBV3
OD4
FBV4
SSE

Function name0 Hz detection signal
Excessive speed deviation
Excessive positional deviation
Positioning completedPulse count compare-match output
PID excessive deviation
PID feedback comparison
PID2 excessive deviation
PID2 feedback comparison
Communication disconnection
Analog disconnection VRF
Analog disconnection IRF
Analog disconnection VF2
Analog disconnection Ai4
Analog disconnection Ai5
Analog disconnection Ai6
Window comparator VRF
Window comparator IRF
Window comparator VF2
Window comparator Ai4
Window comparator Ai5
Window comparator Ai6
Result of logical operation 1 to 7
Forced operation in process signal
During-bypass-mode signal
Trace trigger stand-by signal
During-tracing signal
Operation panel battery insufficient
Excessive voltage of accepted power
Alarm code bit 0 to 3
PID3 excessive deviation
PID3 feedback comparison
PID4 excessive deviation
PID4 feedback comparison
PID soft start abnormality

INVERTER HF-430NEO

Accessories and Options
Standard Accessories
Rated Applicable
input motor
voltage rating

Power supply

MCB

200 V
class

Electromagnetic
contactor

400 V
class

AC reactor

Zero-phase reactor

Noise filter
Radio noise
filter

R

S

T

r1
t1

DC
reactor

P1
P

InverterApplicable
invertermodel

W

Zero-phasereactorAC
reactorIM

Input side Input side
No reactor No reactor

No reactor

Note: 1Inverter
outputside

NF63-SV, NV63-SV

50A

SC-N1

8 (5.5)

7.5

HF4322-7A5

NF125-SV, NV125-SV

60A

SC-N2

14 (8)8 (8)11HF4322-011

NF125-SV, NV125-SV

75A

SC-N2S

22 (14)14 (14)15

HF4322-015

NF125-SV, NV125-SV

100A

SC-N3

38 (14)22 (14)22

HF4322-022

NF250-SV, NV250-SV

175A

SC-N5

60 (22)38 (22)30

HF4322-030

NF250-SV, NV250-SV

200A

SC-N7

38 2 (38)60 (30)37

HF4322-037

NF400-CW, NV400-CW

250A

SC-N8

50 2 (50)

38 2 (38)45

HF4322-045

NF400-CW, NV400-CW

300A

SC-N1060 2 (60)38 2 (50)80

60 2 (60)

5.5 (5.5)

(38 )

55

HF4322-055

NF400-CW, NV400-CW

350A

SC-N11

5.5

HF4324-5A5

NF32-SV, NV32-SV

20A

SC-5-1

5.5 (2)

3.5 (3.5)

7.5

HF4324-7A5

NF32-SV, NV32-SV

30A

SC-5-1

5.5 (2)

3.5 (3.5)

11

HF4324-011

NF63-SV, NV63-SV

40A

SC-N1

8 (3.5)5.5 (3.5)

15

HF4324-015

NF125-SV, NV125-SV

50A

SC-N2

14 (5.5)8 (5.5)22

HF4324-022

NF125-SV, NV125-SV

75A

SC-N2S30 (5.5)

14 (8)

30

HF4324-030

NF125-SV, NV125-SV

100A

SC-N3

38 (14)22 (14)37

HF4324-037

NF250-SV, NV250-SV

125A

SC-N4

60 (22)38 (14)45

HF4324-045

NF250-SV, NV250-SV

150A

SC-N5

30 2 (30)

38 (22)

55

HF4324-055

NF250-SV, NV250-SV

200A

SC-N7

38 2 (38)60 (38)22

Notes: 1. The size of cable is 600V HIV cable for ND rating. 600V crosslinked-polyethylene-insulated cable isshown in parentheses. *2 shows parallel connection.
2. The above types may change depending on the operating environment.
3. Use thicker cables when wiring distance exceeds 20 m.
4. The shown accessories are for use with SUMITOMO 3-phase, 4-pole motors.
When using an earth leakage breaker (ELB), select the breaker's trip current from the table below
based on the total wire distance ( ℓ ) by summing the distance from the breaker to the inverter and theinverter to the motor.

ℓ
100m or less
300m or less
600m or less

Trip current (mA)
30
100
200

Notes: 1. When CV wiring is used in metal conduit, theleakage current is approximately 30mA/km.
2. Leakage current will increase eightfold with IV
type cable due to higher dielectric constant. In
this case, use ELB with the next higher trip
rating.

Name

Function

Input side AC reactor

This is useful in suppressing harmonics induced on the power
supply lines, or when the main power voltage imbalanceexceeds 3%, (and power source capacity is more than
500kVA), or to smooth out line fluctuations. It also improves
the power factor.

Zero-phase reactor
Noisefilter

Cable size (mm 2)

HF4322-5A5

E (G)
V

Electromagnetic
contactor [MC](Made by Fuji Electric)

5.5

PR
U

Circuit breaker and earth
leakage breaker(Made by Mitsubishi Electric)

Input side noise filter

Electrical noise interference may occur on nearby equipment
such as a radio receiver. This magenetic choke f ilter
helps reduce radiated noise.
This filter reduces the conducted noise in the power supply
wiring between the inverter and the power distribution
system. Connect it to the inverter primary (input side).

Radio noise filter(XY filter)

This capacitive f ilter reduces radiated noise from the main
power wires in the inverter input side.

DC reactor

The inductor or choke filter suppresses harmonics generated by
the inverter.

Regenerative braking
resistor

The regenerative braking resistor is useful for increasing the inverter's control torque for high duty-cycle (on-off)applications, and improving the decelerating capacity.

Output side noise filter

This filter reduces radiated noise emitted on the inverter output
cable that may interfere with radio or television
reception and test equipment and sensor operation.

Zero-phase reactor

Electrical noise interference may occur on nearby equipment
such as a radio receiver. This magenetic choke f ilter
helps reduce radiated noise.

Output side AC reactor

Install the reactor on the output side to reduce leakage
current contributed by high harmonics. Contact our company
for details.

Motor

Note: Ground the noise filter according to the operation manual.
Incorrect grounding will lessen the effectiveness.

37

INVERTER HF-430NEO

Braking Unit and Braking Resistor
Selection table for braking unit and braking resistor
Selection table
Braking torque 100%
Voltage

Operation rate : 4%ED
Braking time : 7s. or lessMotorrating(kW)

HF4322-5A5

5.5

HF4322-7A5

7.5

HF4322-011

11

HF4322-015

15-

HF4324-022

18.5

-

X435AC064(2.5Ω 750W)

3S

11.0

-

X435AC054(1.5Ω 750W)

5S

14.1

HF4322-022

22-

X435AC054(1.6Ω 750W)

4S

13.7

-

X435AC065(1.1Ω 750W)

6S

16.5

HF4322-030

30

4Ω

X435AC065(1.1Ω 750W)

4S

16.5

4Ω

X435AC066(0.6Ω 750W)

8S

21.4

HF4322-037

37

2Ω

X435AC065(1.1Ω 750W)

4S

16.5

2Ω

X435AC054(1.6Ω 750W)

HF4322-045

45

2Ω

X435AC054(1.6Ω 750W)

3S×2P 27.4

2Ω

X435AC065(1.1Ω 750W)

6S×2P 33.0

HF4322-055

55

2Ω

X435AC054(1.6Ω 750W)

3S×2P 27.4

2Ω

X435AC066(0.6Ω 750W)

8S×2P 44.7

HF4324-5A5

5.5-

Y135AA205(200Ω 300W)

2P

1.5

-

Y135AA209(250Ω 400W)

3P

2.7

HF4324-7A5

7.5-

Y135AA153(30Ω 400W)

2S

2.3

-

Y435AC058(250Ω 750W)

2S

3.5

HF4324-011

11-

Y435AC058(30Ω 750W) Note: 5

2S

3.2

-

Y435AC103(20Ω 750W)

3S

3.9

HF4324-015

15-

Y435AC069(10Ω 750W)

3S

5.5

-

Y435AC069(10Ω 750W)

4S

5.5

HF4324-022

18.5

-

Y435AC069(10Ω 750W)

3S

5.5

-

Y435AC063(4.5Ω 750W)

6S

8.2

HF4324-022

22-

Y435AC090(6Ω 750W)

4S

7.1

-

Y435AC063(4.5Ω 750W)

6S

8.2

HF4324-030

30-

Y435AC063(4.5Ω 750W)

4S

8.2

-

Y435AC064(2.5Ω 750W)

8S

11.0

HF4324-037

37-

Y435AC063(4.5Ω 750W) Note: 3

4S

8.2

-

Y435AC054(1.6Ω 750W)

10S

13.7

HF4324-045

45

10 Ω Y435AC064(2.5Ω 750W)

5S

11.0

10 Ω Y435AC065(1.1Ω 750W)

12S

16.5

HF4324-055

55

10 Ω Y435AC064(2.5Ω 750W)

8S×2P 21.9

Braking unit
Type

200V
Class

400V
Class

Operation rate : 10%ED
Braking time : 15s. or less

Model
of
inverter

Note: 1

BRD-E3-30K

BRD-E3-55K

Note: 1

BRD-EZ3-30K

Braking resistor Note: 2

ThermalSetting
Qty.
(A)

Braking unit

Min. Ω

Model No.

-Y135AA208(70Ω 400W) Note: 3

2P

3.0

-

X435AC069(10Ω 750W)

2S

5.5

-

X435AC069(10Ω 750W)

2S

5.5

-

X435AC069(10Ω 750W)

2S

5.5

-

X435AC069(10Ω 750W) Note: 4

2S

5.5

-

X435AC094(7Ω 750W) Note: 4

3S

6.7

X435AC064(2.5Ω 750W)

3S

11.0

-

X435AC064(2.5Ω 750W)

4S

11.0

10 Ω Y435AC094(7Ω 750W)

3S×2P 13.1

Type

ThermalSetting
Qty.
(A)

Braking resistor Note: 2

Min. Ω

Note: 1

BRD-E3-30K

BRD-E3-55K

Note: 1

BRD-EZ3-30K

Model No.

5S×2P 27.4

Note: 1.	A braking unit is unnecessary because a braking circuit is built in the inverter. Use an external thermal relay for protection of the resistor from heating.
		 When the thermal relay is activated, turn off the input power of the inverter. Set the usage rate with inverter parameters for protection from overloading.
2. P in the column of the number of resistors means parallel connection and S means series connection.
3. Braking torgue Approx. 70%.
4. Braking torgue Approx. 80%.
5. Braking torgue Approx. 90%.

Wire size (Terminal P/PR/N)
Model of inverter

Wire

HF4322-5A5
HF4322-7A5
HF4322-011
HF4322-015
HF4322-022
HF4324-5A5
HF4324-7A5
HF4324-011
HF4324-015
HF4324-022
HF4324-030
HF4324-037

2

3.5mm or more
5.5mm2 or more
8mm2 or more
14mm2 or more
22mm2 or more

Model of braking unit
BRD-E3-30K

BRD-E3-55K

2mm2 or more
2mm2 or more
5.5mm2 or more
8mm2 or more

BRD-EZ3-30K

Resistor
8 Ω or more
5 to 7.9 Ω
4 to 4.9 Ω
4 Ω or more
3 to 3.9 Ω
2 to 2.9 Ω
17 Ω or more
13 to 16.9 Ω
10 to 12.9 Ω

Wire

SL1,SL2,
MA1,MA2

Ground0.75mm2
or more5.5mm2or more2

8mm or more
14mm2 or more
22mm2 or more
22mm2 or more
38mm2 or more
60mm2 or more
8mm2 or more
14mm2 or more
22mm2 or more

14mm2 or more

Note: 1. The maximum temperature of the braking resistor is approx. 150°C. Use heat-resistant wire. When installing the resistor pay close attention to		 the location with regards to clearance from heat sensitive elements.
2. The maximum wire length shall be 5 m. Twist the wire.
3. Improper connection of P, N, and PR will lead to failure of the inverter and braking unit. Make sure that the same terminal codes are connected.
4. The braking resistor may become hot during operation. Do not touch it directly with bare hands.

38

INVERTER HF-430NEO

Braking Unit and Braking Resistor
Connection Drawing for Braking Unit and Braking Resister
Two Braking Units

One Braking Unit

HF430 NEOP

HF430 NEON

P

Braking resistor

N

Braking resistor

Note: 3.

Braking resistor

Note: 3.

Note: 1.

Note: 3.

Note: 1.

thermal relay

Note: 1.

thermal relay
RB

P

P

thermal relay

N

RB

Braking Unit
(Master)
AL1
Note: 5.

Dip Switch

AL2

P

P

N

RB

Braking Unit
(Master)
AL1
Note: 5.

Alarm Note: 2.
(b contact)

Dip Switch

MA1 MA2 SL1 SL2

AL2

P

P

N

Braking Unit
(Slave)
AL1
Alarm Note: 2.
(b contact)

Note: 5.

Dip Switch

MA1 MA2 SL1 SL2

AL2

Alarm Note: 2.
(b contact)

MA1 MA2 SL1 SL2
Note: 4.

Note: 1. Connect a thermal relay to braking resistor and when operating, please cut the power supply of the inverter off.
2. Connect an alarm output(AL1 and AL2) for overheating prevention of the braking unit and cut the power supply of the inverter off.
3. Use a twisted cable for the wiring of the braking resistor within the 5m.
4. Use a twisted cable for wiring of MA1, MA2 And SL1,SL2.
5. Operation voltage level of the braking unit is setting by DIP switch. (The master and slave of the braking units)
Setting for DIP Switch
1

2

3

4

OFF

OFF

ON

×

1

2

3

4

ON

OFF

ON

×

1

2

3

4

ON

ON

ON

×

1

2

3

4

×

×

OFF

×

Function Setting
ON

1

2

3

4

1

2

3

4

1

2

3

4

1

2

3

4

OFF
ON
OFF
ON
OFF
ON
OFF

Note: 6.
MasterOperation Voltage : 363V(725V)

Romarks
Factory setting

MasterNote: 6.
Operation Voltage : 345V(689V)
MasterNote: 6.
Operation Voltage : 326V(653V)
Operation voltage depends on
setting of muster unit.

Slave

Note: 6. Values shown here are too 400V class drives.

Operating rate %ED

Output freuqency

60Hz

0

Time

tB
tC
Operating rate %ED =

tB
tC

100

t B =Braking time (s)t C =Cycle time (s)39INVERTER HF-430NEO

Outline Drawing of Braking Unit
Braking Unit

Unit: mm

BRD-EZ3-30K
TM2
TM3

GroundM5 threadTM2

terminal width 6, M3 thread

SL1

SL2

TM3

terminal width 13, M5 threadNRB

MA1 MA2

P

AL1

AL2

P

95
2-φ5
145

218

208

5

75

TM2
TM3

5

35
100

Weight：2kg

BRD-E3-30K
GroundM5 threadTM1 terminal width 6.4, M3 thread

51

86

151

SL1

4-ȭ8
Mounting
hole

258

SL2

MA1 MA2

2

1

Note：Do not use terminal No.1 and 2.
TM2 terminal width 23, M8 thread
N

RB

P

P

TM3

terminal width 5.9, M3 thread

AL2

AL1

160

250

TM1

103

TM3

45

TM2

237s1
258

40

GroundM5 thread

Weight：6kg

INVERTER HF-430NEO

Outline Drawing of Braking Unit and Braking Resistor
BRD-E3-55K

Unit: mm4-ȭ8
Mounting hole200(300)TM3300(400)

TM1

131

50

TM2

257s1

GroundM5 thread275

TM1 terminal width 6.4, M3 thread
SL1

SL2

MA1 MA2

2

1

TM2 terminal width 33, M10 thread

101
171

67

Note: Do not use terminal No.1 and 2.

N

275

RB

P

P

TM3

terminal width 7.5, M3 thread

AL2

AL1

Weight：6kg

Braking Resisitor
750W

400W
ȭ5

ȭ5

79

40

84

dia.40

57

355
381

10
40

350 2
385
411 2

10
40

Note: When mounting the braking resistor, keep atleast a 50mm clearance around the resistor.

300W
ȭ5

50mm

B

79

dia.40

A

274 2
309
335 2

10
40

41

INVERTER HF-430NEO

Peripheral Equipment
Unit: mm

[Installation]
When the inverter installation conditions are as follows, install an AC reactor on the primary side:(1) The capacity of the power transformer exceeds 500 kV.
(2) The capacity of the power transformer exceeds 30 times the inverter capacity. AC current with a large peak value flows through the primaryside of the inverter. This peak current increases in proportion to the capacity of the power transformer, leading to failure of the converter
section in some cases. For prevention of such failure, an AC reactor must be installed. Especially in the case of a 400 V class power supply, caremust be exercised because operation with a large capacity transformer is common.
(3) Sudden change in supply voltage is expected.
(Example) When the phase advancing capacitor is changed over (charge/release) on the high voltage side.
(4) Large-capacity thyristor Leonard equipment or other phase control equipment is installed on the same power supply system as the inverter.
(5) The unbalance in the supply voltage is large(6) A phase advancing capacitor is installed in the same power supply system as the inverter.
(7) Power factor improvement is necessary. Power factor can be improved by using AC or DC reactors on the inverter input side.
(8) Harmonic suppression is necessary.

AC Reactor (Input side)
T

D1

5 D2

D1

5

5

D2

5

T

D1

5 D2

5
A

B

4-G dia.

5

Fig. 1WB

4-G dia.

5

A
W

B

4-G dia.

5

F ig. 2

D2

D1

H1

H1 5

5

H2 +10
- 25

H1
A
W

H2 +10- 25

T

F ig. 3
T

D1

D2

A
W

B

4-G dia.

200V series
400V series

42

U

X

V

Y

W

Z

B

A

Fig. 6 Connection

4-G dia.

W

F ig. 4

H2

H1

H2

H1

T

F ig. 5

Applicablerating(kW)

Current (A)L (mH)

Model No.
Y220CA

W

D1

D2

H1

H2

A

B

G

T

Weight Insulation Figure
(kg)
class

5.5
7.5
11
15
22
30
37
45
55

24
33
47
63
92
130
155
190
220

0.5
0.4
0.3
0.2
0.15
0.1
0.08
0.07
0.06

058
059
060
061
063
064
065
066
067

146
150
150
175
185
190
211
220
220

35
35
40
40
45
55
130
140
147

35
35
35
40
40
48
50
60
60

147
150
150
170
172
173
200
200
200

180
185
185
215
220
230
225
225

80
80
80
80
80
80
90
90
90

50
50
55
65
65
80
85
100
100

5
5
5
6
6
6
7
7
7

M5
M6
M6
M6
M8
M10
M10
M10
M12

3.9
4.4
5.4
7.2
8.6
10.5
13.0
16.0
19.0

Applicablerating(kW)

Current (A)L (mH)

Model No.
Y220CA

W

D1

D2

H1

H2

A

B

G

T

Weight Insulation Figure
(kg)
class

5.5
7.5
11
15
22
30
37
45
55

13
17
25
33
48
66
80
100
120

2.0
1.5
1.0
0.7
0.5
0.4
0.3
0.25
0.21

085
086
087
088
090
091
092
093
094

153
162
150
173
175
183
183
220
220

35
37
40
42
56
56
65
56
78

35
35
35
42
48
50
55
50
60

145
145
149
169
172
174
173
205
203

175
175
180
210
215
215
220
250
260

80
80
80
80
80
80
80
90
90

50
50
55
65
80
80
95
85
100

5
5
5
6
6
6
6
7
7

M4
M5
M5
M6
M6
M6
M8
M8
M10

4.2
4.4
5.5
6.3
9.0
11.0
12.0
14.0
17.0

Specifications

Specifications

F
F
F
F
F
F
F
F
F

B
B
F
F
F
F
F
F
F

1

2
4

1

3
5

5

INVERTER HF-430NEO

Peripheral Equipment
Unit: mm

DC Reactor
W

Remove the shorting bar from the reactor connection terminal of the inverter,and connect the DC reactor before use.

T

H1
H2

Determine the place of installation so that the wiring distance from the inverter
will be as short as possible.
As with any harmonic suppression techniques, using the DC reactor in
combination with AC reactor will improve overall noise suppression.
aA

400V series

200V series

When installing in a location with substantial vibration, use vibration absorbing
mounts or a stabilizer to dampen vibration to the reactor.

Applicablerating(kW)

Current (A)L (mH)

Model No.
Y220DA

A

a

B

b

H1

H2

W

F

G

5.5
7.5
11
15
22
30
37
45
55

28.0
38.0
55.0
75.0
110.0
150.0
190.0
230.0
280.0

1.47
1.11
0.79
0.59
0.40
0.30
0.25
0.20
0.17

038
039
040
041
043
044
045
046
047

90
100
100
125
140
150
160
170
180

60
80
80
105
120
120
130
130
150

62
95
95
105
110
120
135
135
145

52
80
80
80
90
100
115
115
120

140
140
140
142
150
150
170
173
190

170
170
175
175
205
215
240
255
270

75
95
100
120
135
145
170
170
170

5.5
5.5
5.5
6.5
6.5
6.5
6.5
-

7
7
7
9
9
9
9
-

Applicablerating(kW)

Current (A)L (mH)

Model No.
Y220CA

A

a

B

b

H1

H2

W

F

G

5.5
7.5
11
15
22
30
37
45
55

14.0
19.0
27.5
37.5
55.0
75.0
92.5
113.0
138.0

5.87
4.46
3.13
2.35
1.60
1.22
0.99
0.81
0.66

008
009
010
011
013
014
015
016
017

90
100
100
125
140
150
160
170
180

60
80
80
105
120
120
130
130
150

62
95
95
105
110
120
135
135
145

52
80
80
80
90
100
115
115
120

140
140
140
142
150
150
170
170
170

165
165
165
175
185
205
225
230
255

75
95
100
120
135
145
170
170
170

5.5
5.5
5.5
6.5
6.5
6.5
6.5
-

7
7
7
9
9
9
9
-

Specifications

Specifications

b
B

F×G
(Ndiaknockout)

Dimension (mm)Dimension (mm)T

Weight(kg)

dia.5 M5
M5
M6
M6
M8
M8
M10
M10
dia.8 M12

2.4
3.5
4.1
5.3
7.5
9.4
12.3
13.3
15.9

N

T

Weight
(kg)

dia.5
dia.8

M5
M5
M5
M6
M6
M8
M8
M8
M8

1.5
3.5
3.9
5.3
7.3
9.2
12.0
13.0
15.3

N

43

INVERTER HF-430NEO

Peripheral Equipment
Unit : mm

Unit : mm■ Frequency setting unit : VR-07 [1kΩ ,2W]

■ % Speed meter: DCF-12N [10V F.S.]

Model No. VR07
24

50

40

70

90

dia.9.5
M4 (M5)
Terminal screw
threaddia.85100

Panel cut
50

7

a.8

di

35 0.5 45 0.5

80

10

5
45 0.535 0.5
100 1

20

0

Bakelite plate(0.8t)

Panel cut
50 0.550 0.5120 1.5
50 0.550 0.512

dia.30dia.2530

12.5 31.5 11 1
0.5 10

dia.3

60

50

15

0 -100% ; 50divisions (X525AA048)

4-dia.5 hole

M4 mounting bolt

Potentiometer 1kΩ 2W

Mounting panel

Weight: 0.1kg

Weight: 0.15kg

Unit : mm■ AC Ammeter: ACF-12NB

The current transformer (CT) directly detects the current of the secondary side of the inverter.
11 1

12.5 31.5
0.5

100

Panel cut

120 1.5

1050 0.550 0.550 0.550 0.5

8

Terminal thread

45 0.5

7a.8

di35 0.52-∅

M4 (M5)dia.85

80

Name
Plate

5
45 0.535 0.51100

75

4-dia.5 hole

M4 mounting bolt

Weight: 0.25kg

ACF-12NB

Terminal cover
M5 Screw
75

E

0

4

∅8

108

101
96

2

25

dia.7

Rating plate

1.7

55

60 1

±3

95

60

M5 thread

84 1
100

70 ±1

10

5

95

40

COMA-15A

Weight: 0.8kg

8
42

Type
COM-15-26
COM-15-30

The current transformer (CT) detects directly the current of the inverter.
The measurement error of the current increase in low frequency.

Weight: 0.9kg

E
26
30

Table of combination of AC ammeter (ACF-12NB) and current transformer (CT)2 0 0 V c la s s
Motorcapacity
(kW)

Meter

4 0 0 V c la s sCT

Numberofprimary
throughholes

Model No.

Rated
current
[A]

Max.
scale
[A]

Type

Meter

CT

Model No.

Rated
current
[A]

Max.
scale
[A]

Type

5.5

X525AA042

550

COM-15-26 50/5A

3CT006AW

5

20

COMA-15A 20/5A

7.5

X525AA042

550

COM-15-26 50/5A

3

CT007AW

5

30

COMA-15A 30/5A-

11

X525AA043

575

COM-15-26 75/5A

2

X525AA042

550

COM-15-26 50/5A

3

15

X525AA116

5

100

COM-15-30 100/5A

2

X525AA042

550

COM-15-26 50/5A

3

22

X525AA044

5

150

COM-15-26 150/5A

1

X525AA043

575

COM-15-26 75/5A

2

30

X525AA045

5200

COM-15-30 200/5A

1

X525AA116

5

100

COM-15-30 100/5A

2

37

X525AA046

5

250

COM-15-30 250/5A

1

X525AA044

5

150

COM-15-26 150/5A

1

45

X525AA047

5300

COM-15-30 300/5A

1

X525AA044

5

150

COM-15-26 150/5A

1

55

X525AA121

5

400

COM-15-30 400/5A

1

X525AA045

5200

COM-15-30 200/5A

1

Construction of current transformer (CT) COMA-15A type: Totally molded current transformer with primary winding
COM-15-26 type: Totally molded current transformer, throughholes typeCOM-15-30 type: Totally molded current transformer, throughholes typeInstall the current transformer (CT) on the output side of the inverter.

44

Numberofprimary
throughholes-

INVERTER HF-430NEO

Peripheral Equipment
Noise filter
Install input/output side filters in order to lower the noise level from the inverter and protect peripheral equipment from theadverse effects of noise. The standard input-side filters are the noise filter, zero-phase reactor,and capacitive (XY) filter, while
the standard output-side filter is the zero-phase reactor.
: Substantially attenuates noise from the inverter.
・Noise filter
・Zero-phase reactor : Lowers the level of noise transmitted from the power supply side or output side
: Lowers the level of noise in the AM radio frequency band.
・Capacitive filter

1. Zero-phase reactor
Model No.X480AC192, Type: RC9129

Unit : mm
180 2
160 1

31.5

dia.7

7

14 Slot

Wire size Note:
Winding turns
Qty

35
80
83 2

130
85

[Method of connection](1) It can be used on both inverter input (power supply) side andoutput (motor) side.
(2) Wind the three wires of respective phases on the input or output
side more than three times (4 turns) in the same direction. Whenwinding wires more than three times (4 turns) is impossible because
the wire is too thick, install two or more zerophase reactors side byside to reduce the number of turns.
(3) Make the gap between the cable and core as small as possible.
14 mm2 or less
3 times (4T)
1 pc

14–30mm2
Once (2T)
2 pcs

22mm2 –
Through (1T)
4 pcs

Winding method

Weight：1.38kg

Note: The size of wire differs according to the kind of wire (flexblty).

2. Noise filter
Contact our agency for the output side noise filter, and filters (installed on the output side) that conform to various standards(VCCI, FCC, and VDE).
List of noise filters
Applicablemotor (kW)Model No.

200V input sideType
NF3030A-VZ
NF3040A-VZ

Weight(kg)

5.5
X480AC291
0.7
7.5
X480AC292
1.3
11
X480AC293
NF3080A-RQ2
3.6
15
22
X480AC294
NF3150A-RQ2
930, 37
X480AC295
NF3200A-RQ2
1645, 55
X480AC311
NF3250A-RQ2
Note: Ground the noise filter with its own ground connection

Fig.
Fig.1
Fig.2
Fig.3

Applicablemotor (kW)
5.5
7.5
11
15
22
30
37
45, 55Model No.

400V input sideType

Weight(kg)

X480AC297

NF3020C-VZ

0.5

X480AC298
X480AC299

NF3030C-VZ
NF3040C-VZ

0.7
1.3

X480AC300

NF3080C-RQ2

3.6

X480AC301
X480AC303

NF3100C-RQ2
NF3150C-RQ2

4.6
9

Fig.

Fig.1

Fig.2

45

INVERTER HF-430NEO

Peripheral Equipment
Unit: mm

Dimensional Drawing of Noise Filter

1.5

IN

Model No.

K

E

D

1.0

Fig.1

D

E

F

G

NF3030A–VZ 145 135 125 70

50

42

1.0

M4

X480AC292

NF3040A–VZ 179 167 155 90

70

54

1.6

M5

X480AC296

NF3010C–VZ

X480AC297

NF3020C–VZ

128 118 108 63

43

42

1.0

X480AC298

NF3030C–VZ 145 135 125 70

50

X480AC299

NF3040C–VZ 179 167 155 90

54

54

1.6

F

G

X480AC291
L
C
B
A

1.5
1.0
1.5

J

A

B

C

H

J

K

4.5×6 dia. 4.5

L

M4

M4
M5

G

F

1.5

H

Type

Fig.2
3-N

2 -L

3-N

2 -M

P

A

B

C

D

E

H

J

K

L

M

N

P

2

2
F

G

Type

E

1

Model No.

X480AC293 NF3080A–RQ2 217 200 185 170 120 90 44 115 85 20 5.5×7 dia.5.5 M6 M4
X480AC294 NF3150A–RQ2 314 300 280 260 200 170 57 130 90 35 6.5×8 dia.6.5 M8 M6
X480AC300 NF3080C–RQ2 217 200 185 170 120 90 44 115 85 20 5.5×7 dia.5.5 M6 M4

IN
D

2

C

1

B

2

A

5

H

K

2

J

2

X480AC301 NF3100C–RQ2 254 230 215 200 150 120 57 115 80 30 6.5×8 dia.6.5 M8 M6
X480AC302 NF3150C–RQ2 314 300 280 260 200 170 57 130 90 35 6.5×8 dia.6.5 M8 M6

2

Fig.3
K

K

L

4

1.5
E

F

1.5
D

Model No.

G

86
39

C/L

C

4

B

2

A

5

(J)
H

4

Type

A

X480AC295 NF3200A–RQ2
X480AC311 NF3250A–RQ2

B

F

G

H

450 430 338 100 190 230

7

180

46

D

E

J

K

Po wer supply

1

4

R

2

5

S

6

T

3

E

InverterE (G)Shortest possible distanceL(133) M10 M8Noise filter(Connection method)(1) Install the noise filter between the power supply and inverter input terminal.
Make the connection wire between the inverter and the noise filter as short as
possible.
(2) Use thick short grounding wire as much as possible.
Connect the grounding wire correctly.
(3) Separate the input/output lines of the noise filter.
(4) The noise filter cannot be used on the inverter output (motor) side.

CINVERTER HF-430NEO

Peripheral Equipment
3. Capacitive Filter (XY Filter)

22
12[Method of connection](1) Connect it directly to the inverter input (power supply) terminal.
Make the connection line as short as possible.
(2) Ensure correct grounding. (Grounding resistance: 100 Ω or less)(3) Do not use on the inverter output (motor) side.

SolderingR

Shortest wiring

Capacitive filter

Inverter

E (G)

Black
3XYHB–
105-104

4.5

T

47.0 + 1.0

S

UL-1015AWG18
Black and yellow/green

10300mm + 2

MCB
Power supply

Unit : mm

dia.4.3
5.5
31.0 + 1.0 11.0

Model No. X480AC185, Type: 3XYHB-105-104
Applicable to all models for HF-430NEO: rated voltage 500VAC

55.0 + 1.0

Yellow/Green

Weight：0.12kg

PC Software (SAFS001 Ver.2)
USB cable: Model No. V906AA009 (Option)

HF-430NEO

USB
USB
AA
terminal
端子
USB
USB
Micro
B terminal
Micro
B 端子

A
Windows PC
which “SAFS001” has been installed.
『SASF001』toがインストールされたWindows
PC
Note: Engineering Tool (SAFS001) for drive setup and parameter management the
installation files can be obtained from : http://www.shi.co.jp/ptc/.

Optional Cassettes
Name
Ethernet

Model No.

Type

V906AA002

P1-EN

Remarks

PROFIBUS

V906AA003

P1-PB

PROFINET

V906AA004

P1-PN

CC-Link

V906AA007

P1-CCL

Encoder Feedback

V906AA005

HF-FB

For the motor with encoder

Analog Input/Output

V906AA006

P1-AG

Analog Input/Output Extension

Communication for Open network

Screw Type Terminal Board (Option)
・The control terminal board can change from the standard board
to the screw type terminal board.
Model No. V906AA008
Type：HF-TM2

47

INVERTER HF-430NEO

Peripheral Equipment
When AM Radio Picks Up Noise
1. When noise level is high

2. When noise level is low

Take possible measures among the following in the order of 1 to 7.
Each measure will improve noise reduction.

Take possible measures among the following in the order of 1 to 6.
Each measure will improve noise reduction.

2. Zero-phase reactor
7. Insulated transformer ornoise-cut transformer 3. Noise filter 3-times winding (4 T) or morePower
supplyR
U
S
V
T
W
Inverter
1. lower the carrier
frequency.
E

6. Metal tube or shieldedcable grounded at one
point

IM
4. Metal conduit orshielded cablegrounded at
one point
5. Use 4-wire cable
as a motor powerline, and ground
one of the wires.

3. Zero-phase reactor
2. Zero-phase reactor
3-times winding (4 T) or more
3-times winding (4 T) or morePower
supplyR
USV
T InverterW

4. Capacitive filter

1. Lower the carierfrequency as much 5. Metal conduit orshielded cableas possible.
grounded atE

one point
6. Use 4-wire cable
as a motor power line,
and ground one of thewires.

Control panel or machine frame

Note: The above measures may be insufficient in places where the broadcast
reception is weak.

Corrective measures
1. Lower the carrier frequency as much as possible. Up to approx. 10
kHz when low-noise operation is necessary.
2. Install a zero-phase reactor on the output side of the inverter.
(Type: RC9129)
3. Install an Noise filter on the input side of the inverter.
4. Connect the inverter and motor with a metal conduit or shieldedcable.
5. Use 4-wire cable as a motor power line, and ground one of thewires.
6. Connect the inverter and power with a metal conduit or shieldedcable.
7. Install a drive isolation or noise reduction transtormer for the power
supply. The transformer capacity differs according to the inverter
capacity and voltage.
Connection of a zero-phase reactor and a noise filter

1

4

2
3

5
6

U
R
S Inverter VW
TE

Control panel or machine frame

Connection of zero-phase reactors and a capacitive filter

R
U
Inverter V
S
T
W

Power
supplyE

Motor

Capacitive
3XYHB
filter-105104

Make the cable asshort as possible.

Note: Turn wires the same number of times for all phases of the zerophase reactor. 3 times (4 T) or more Increase the number of zerophase reactor when the cable is too thick to wind correctly.

48

Corrective measures
1. Lower the carrier trequency as much as possible. Up to approx. 10
kHz when low-noise operaton is necessary.
2. Install a zero-phase reactor on the output side of the inverter.
(Type: RC9129)
3. Install a zero-phase reactor on the input side the inverter.
(Type: RC9129)
4. Install a capacitive filter on the input side of the inverter.
(Type: 3XYHB-105104)
5. Connect the inverter and motor with a metal conduit or shieldedcable.
6. Use 4-wire cable as a motor power line, and ground one of thewires.

Black
Black
Black
Blue/
Green

Power
supplyControl panel or machine frame

Zero-phase reactor Make the cable as Zero-phase reactor Note:shortas possible.

Zero-phase reactor

Noise filter

IM

Power
supplyMake the cable as short
as possible.

Make the cable as short as possible.

Note: Turn wires the same number of times for all phases of the zerophase reactor. 3 times (4 T) or more Increase the number of zerophase reactor when the cable is too thick to wind correctly.

INVERTER HF-430NEO

Notes to Inverter Users
Precautions for Application of Inverter
Power supply
1. When the inverter is connected directly to a large-capacity power supply (especially in a 400 V line), excessively large peak willflow in, breaking the inverter unit. In such a case, install an AC reactor (option) on the input side of the inverter unit.
2. Install an AC reactor in the following cases as well.
1) There is a possibility of surge voltage generated in the power supply system: When surge energy flows into the inverter, OV
tripping may result.
2) When a large-capacity thyristor Leonard or other phase control units are installed
3. When the inverter is operated by a private power generator, secure a sufficiently large generation capacity for the inverter kVA in
consideration of the influence of higher harmonic current on the generator.

Installation
1. Do not install the inverter in places with poor environmental conditions subjected to dust, oil mist, corrosive gas, or inflammablegas.
2. In places where there is suspended matter in the air, install the inverter inside a “closed-type” panel to prevent entry ofsuspended matter. Determine the cooling method and dimensions of the panel so that the ambient temperature around theinverter will be lower than the allowable temperature.
3. Vertically install the inverter on a wall. Do not install it on wood or other inflammable products.

Handling
1. Do not connect the output terminal UVW of the inverter to the power supply; otherwise the inverter will be broken. Carefully
check the wiring for correct arrangement before turning on the power.
2. It takes some time for the internal capacitors to discharge completely after the power is turned off. Check that the charge lampon the printed circuit board is OFF before inspection.

Operation
1. Do not start and stop the inverter frequently by means of an electromagnetic contactor (MC) installed on the input side of theinverter; otherwise failure of the inverter will result.
2. When more than one motor is operated by one inverter, select the inverter capacity so that 1.1 times the total rated current of
the motors will not exceed the rated output current of the inverter.
3. When an error occurs, the protective function is activated and the inverter trips and stops operation. In that case, motors will notstop immediately. When emergency stop is desired, use mechanical brakes as well.
4. The acceleration time of the motor is subject to the inertial moment of the motor and load, motor torque, and load torque.
1) When the acceleration time setting is too short, the stall prevention function is activated, and the setting time is elongatedautomatically. For stable acceleration and deceleration, set longer time so that the stall prevention function will not be
activated.
2) When the deceleration time is too short, the stall prevention function is activated or OV tripping will result. Set longer
deceleration time or install a braking unit/braking resistor.

When Operating 400 V Class 3-phase Motor
When the inverter is used to drive a 3-phase motor (general-purpose motor), a high carrier frequency type inverter (e.g. IGBT)
requiring high input voltage (more than 400 V) is necessary. When the wiring distance is long, the micro surge voltage of the motor
must be taken into consideration. Contact us in such cases.

Motor Operating Characteristics
Continuous operation torque3-phase
motor

50

6

60
Output frequency (Hz)120

Output torque (%)

Inverter
motor

Output torque (%)

100

95–10080–90220V (440V)
200V (400V)

40–60
35–45
6

120
60
20–
30
Output frequency (Hz)49

INVERTER HF-430NEO

Notes to Inverter Users
Motor Temperature Rise
When a general-purpose motor is used in variable-speed operation with an inverter, the temperature rise of the motor will be slightly greater thanin cases where commercial power is used. The causes are shown below:
Influence of output waveform
Unlike commercial power, the output waveform of an inverter is not a perfect sine wave, and contains
higher harmonics. Therefore, the motor loss increases and the temperature is slightly higher.
Reduction in the motor cooling effectMotors are cooled by the fan on the motor itself. When the motor speed is reduced by an inverter, thecooling effect will decrease.

Therefore, lower the load torque or use an inverter motor to control temperature rise when the frequency is below the frequency of commercial power.

The inverter described in this brochure is used for variable-speed operation of 3-phase induction motors for general industry use.

CAUTION
This product is designed and manufactured for use in industrial applications.
When this product is applied to the following applications that have a significant impact on the human, and public functions (nuclear
power, aerospace, public transportation, medical instrument and related applications), contact our agency at each time.
Our products are manufactured under stringent quality control. However, install a safety device on the equipment side in order to prevent
serious accidents or loss when our products are applied to equipment that may cause serious accidents or loss due to failure or malfunction.
Do not use the inverter for any load other than 3-phase induction motors.
When an explosion-proof moter is selected, pay attention to the installation environment, because the inverter is not of an explosion-proof
type.
Carefully read the "Operation Manual" before use for correct operation.
Read the manual carefully aiso for long-term storage.
Electrical work is necessary for installation of the inverter. Leave the electric work to specialists.

The cautions to special motor application<Pole change motor>
Since the pole change motor differs from ampere rating, the maximum current of the motor is checked and an inverter is selected.
Please be sure to perform the change of the number of poles, after stooping the motor.
If it carries out, over voltage or over current protection will operate, and the motor will serve as a free run.
<Motor with the brake>
The power supply for the brake is certainly connected to the primary side of an inverter.
Please shut down an inverter output at the time of the brake operation (at the time of the motor stop).
In the kind of brake, the sound of lining may come out in a low-speed.
<Single-phase motor>
The single-phase motor does not fit an inverter drive.
There is a possibility of current flowing and destroying a capacitor and the thing of phase-splitting starting and rebounding starting is internal
centrifugally.
In order that the power switch may not operate, there is a possibility of damaging a starting coil by fire.

50

INVERTER HF-430NEO

Warranty
1. Warranty Policy on Inverter
Warranty
periodThe warranty shall be 18 months from date of shipment or 12 months after initial operation, whichever is shorter.

Warranty
condition

In the event that any problem or damage to the Product arises during the "Warranty Period" from defects in the Productwhenever the Product is properly installed and combined with the Buyer's equipment or machines maintained as specified in
the maintenance manual, and properly operated under the conditions described in the catalog or as otherwise agreed uponin writing between the Seller and the Buyer or its customers; the Seller will provide, at its sole discretion, appropriate repair or
replacement of the Product without charge at a designated facility, except as stipulated in the "Warranty Exclusions" as described
below.
However, if the Product is installed or integrated into the Buyer's equipment or machines, the Seller shall not reimburse the costof: removal or re-installation of the Product or other incidental costs related thereto, any lost opportunity, any profit loss or otherincidental or consequential losses or damages incurred by the Buyer or its customers.

Warranty
exclusion

Not withstanding the above warranty, the warranty as set forth herein shall not apply to any problem or damage to the Productthat is caused by:
1. Installation, connection, combination or integration of the Product in or to the other equipment or machine that renderedby any person or entity other than the Seller;
2. Insufficient maintenance or improper operation by the Buyer or its customers such that the Product is not maintained inaccordance with the maintenance manual provided or designated by the Seller;
3. Improper use or operation of the Product by the Buyer or its customers that is not informed to the Seller, including,
without limitation, the Buyer's or its customers' operation of the Product not in conformity with the specifications;4. Any problem or damage on any equipment or machine to which the Product is installed, connected or combined or any
specifications particular to the Buyer or its customers;
5. Any changes, modifications, improvements or alterations to the Product or those functions that are rendered on the
Product by any person or entity other than the Seller;
6. Any parts in the Product that are supplied or designated by the Buyer or its customers;
7. Earthquake, fire, flood, salt air, gas, lightning, acts of God or any other reasons beyond the control of the Seller;
8. Normal wear and tear, or deterioration of the Product's parts, such as the cooling fan bearings;
9. Any other troubles, problems or damage to the Product that are not attributable to the Seller.

OthersThe Seller will not be responsibility for the installation and removal of the inverter. Any inverter transportation cost shall be bornby both Seller and Buyer.

2. Warranty Policy on Repaired and Returned Products
Warranty
periodThe warranty shall be 6 months from date of repair and shipment.

Warranty
condition

Warranty on repaired Product will apply only on the replacement parts used in the repair done or authorized by the Seller. Allother aspects conform to the Warranty Conditions described in item 1.

Warranty
exclusion

Please refer to Warranty Exclusions described in item 1.

OthersPlease refer to Others decribed in item 1.

51

INVERTER HF-430NEO

memo

Worldwide Locations
U.S.A
Sumitomo Machinery Corporation of America(SMA)
4200 Holland Blvd. Chesapeake, VA 23323, U.S.A.
TEL (1)757-485-3355 FAX (1)757-485-7490
CanadaSM Cyclo of Canada, Ltd. (SMC)
1453 Cornwall Road, Oakville, Canada ON L6J 7T5
TEL (1)905-469-1050 FAX (1)905-469-1055
MexicoSM Cyclo de Mexico, S.A. de C.V. (SMME)
Av. Desarrollo 541, Col. Finsa, Guadalupe,
Nuevo León, México, CP67132
TEL (52)81-8144-5130 FAX (52)81-8144-5130
BrazilSumitomo Industrias Pesadas do Brasil Ltda.
(SHIB)
Rodovia do Acucar (SP-075) Km 26
Itu, Sao Paulo, Brasil
TEL (55)11-4886-1000 FAX (55)11-4886-1000
Chile
SM-Cyclo de Chile Ltda. (SMCH)
Camino Lo Echevers 550, Bodegas 5 y 6,
Quilicura, Región Metropolitana, Chile
TEL (56)2-892-7000
FAX (56)2-892-7001
Argentina
SM-Cyclo de Argentina S.A. (SMAR)
Ing Delpini 2230, B1615KGB Grand Bourg,
Malvinas Argentinas, Buenos Aires, Argentina
TEL (54)3327-45-4095 FAX (54)3327-45-4099
GuatemalaSM Cyclo de Guatemala Ensambladora, Ltda.
(SMGT)
Parque Industrial Unisur, 0 Calle B 19-50 Zona 3,
Bodega D-1 Delta Bárcenas en Villa Nueva, Guatemala
TEL (502)6648-0500 FAX (502)6631-9171
Colombia
SM Cyclo Colombia, S.A.S. (SMCO)
Parque Industrial Celta, Km 7.0 Autopista Medellín,
Costado Occidental, Funza, Cundinamarca, Colombia
TEL (57)1-300-0673

Austria
Sumitomo (SHI) Cyclo Drive Germany GmbH(SCG)SCG Branch Austria Office
Gruentalerstraße 30A, 4020 Linz, Austria
TEL (43)732-330958 FAX (43)732-331978

Korea
Sumitomo (SHI) Cyclo Drive Korea, Ltd. (SCK)
Room #913, Royal Bldg, Saemunan-ro 5 gil 19, Jongro-gu,
Seoul, Korea 03173
TEL (82)2-730-0151
FAX (82)2-730-0156

Belgium
Hansen Industrial Transmissions NV (HIT)
Leonardo da Vincilaan 1, Edegem, Belgium
TEL (32)34-50-12-11 FAX (32)34-50-12-20

TaiwanTatung SM-Cyclo Co., Ltd. (TSC)
22 Chungshan N. Road 3rd., Sec. Taipei, Taiwan 104,
R.O.C.
TEL (886)2-2595-7275 FAX (886)2-2595-5594

FranceSM-Cyclo France SAS (SMFR)
8 Avenue Christian Doppler, 77700 Serris, France
TEL (33)164171717
FAX (33)164171718
Italy
SM-Cyclo Italy Srl (SMIT)
Via dell' Artigianato 23, 20010 Cornaredo (MI), Italy
TEL (39)293-481101 FAX (39)293-481103
Spain
SM-Cyclo Iberia, S.L.U. (SMIB)
C/Gran Vía Nº 63 Bis, Planta 1, Departamento 1B
48011 Bilbao–Vizcaya, SpainTEL (34)9448-05389 FAX (34)9448-01550
United Kingdom
SM-Cyclo UK Ltd. (SMUK)Unit 29, Bergen Way, Sutton Fields Industrial Estate,
Kingston upon Hull, HU7 0YQ, East Yorkshire,
United Kingdom
TEL (44)1482-790340 FAX (44)1482-790321
TurkeySM Cyclo Turkey Güç Aktarım Sis. Tic. Ltd. Sti.
(SMTR)
Barbaros Mh. Çiğdem Sk. Ağaoğlu, Office Mrk. No:1 Kat:4 D.18
Ataşehir, İstanbul, Turkey
TEL (90)216-250-6069 FAX (90)216-250-5556
India
Sumi-Cyclo Drive India Private Limited (SDI)
Gat No. 186, Raisoni Industrial Park, Alandi Markal Road,
Fulgaon-Pune, Maharashtra, India
TEL (91)96-0774-5353

Peru
SM Cyclo de Perú, S.A.C (SMPE)
Jr. Monte Rosa 255, Oficina 702, Lima,
Santiago de Surco, PerúTEL (51)1-713-0342
FAX (51)1-715-0223

China
Sumitomo (SHI) Cyclo Drive Shanghai, Ltd.
(SCS)
11F, SMEG Plaza, No. 1386 Hongqiao Road,
Changning District, Shanghai, China 200336
TEL (86)21-3462-7877 FAX (86)21-3462-7922

Germany
Sumitomo (SHI) Cyclo Drive Germany GmbH
(SCG)
Cyclostraße 92, 85229 Markt Indersdorf, Germany
TEL (49)8136-66-0
FAX (49)8136-5771

Hong Kong
SM-Cyclo of Hong Kong Co., Ltd. (SMHK)
Room 19, 28th Floor, Metropole Square, No.2 On
Yiu Street, Shatin, New Territories, Hong Kong
TEL (852)2460-1881 FAX (852)2460-1882

Singapore
Sumitomo (SHI) Cyclo Drive Asia Pacific Pte.
Ltd. (SCA)
15 Kwong Min Road, Singapore 628718
TEL (65)6591-7800
FAX (65)6863-4238
Philippines
Sumitomo (SHI) Cyclo Drive Asia Pacific Pte. Ltd.
Philippines Branch Office (SMPH)
C4 & C5 Buildings Granville Industrial Complex, Carmona,
Cavite 4116, Philippines
TEL (63)2-584-4921
FAX (63)2-584-4922
Vietnam
SM-Cyclo (Vietnam) Co., Ltd. (SMVN)
Factory 2B, Lot K1-2-5, Road No. 2-3-5A,
Le Minh Xuan Industrial Park, Binh Chanh Dist.,
HCMC, Vietnam
TEL (84)8-3766-3709 FAX (84)8-3766-3710
Malaysia
SM-Cyclo (Malaysia) Sdn. Bhd. (SMMA)
No.7C, Jalan Anggerik Mokara 31/56, Kota Kemuning,
Seksyen 31, 40460 Shah Alam, Selangor Darul Ehsan,
Malaysia
TEL (60)3-5121-0455 FAX (60)3-5121-0578
Indonesia
PT. SM-Cyclo Indonesia (SMID)
Jalan Sungkai Blok F 25 No. 09 K, Delta Silicon III,
Lippo Cikarang, Bekasi 17530, Indonesia
TEL (62)21-2961-2100 FAX (62)21-2961-2211
Thailand
SM-Cyclo (Thailand) Co., Ltd. (SMTH)
195 Empire Tower, Unit 2103-4, 21st Floor, South
Sathorn Road, Yannawa, Sathorn, Bangkok 10120,
ThailandTEL (66)2670-0998
FAX (66)2670-0999
Australia
Sumitomo (SHI) Hansen Australia Pty. Ltd.
(SHAU)
181 Power St, Glendenning, NSW 2761, Australia
TEL (61)2-9208-3000 FAX (61)2-9208-3050
Japan
Sumitomo Heavy Industries, Ltd. (SHI)
ThinkPark Tower, 1-1 Osaki 2-chome, Shinagawa-ku,
Tokyo 141-6025, JapanTEL (81)3-6737-2511 FAX (81)3-6866-5160

Specifications, dimensions, and other items are subject to change without prior notice.

Power Transmission & Controls Group
Headquarter ThinkPark Tower, 1-1 Osaki 2-chome, Shinagawa-ku, Tokyo 141-6025, Japan

No.D3401E-1.1

EA13 Printed 2021.10