hpmont HD07-S Series Specification sheet

Safety Information
HD07-S/HD09/HD09-S/HD20/
HD30/HD3N/HD50 Series
Simple Manual
A Danger Information which is Critical for Avoiding Safety Hazard
• Electrical installation must be performed by a qualified electrical
engineer and maintained by a professionally trained and authorized
professional.
• The inverter should be installed on a flame-retardant object such as
metal, away from flammable and explosive objects.
• After the inverter is powered o for 10 minutes, confirm that the
internal charge indicator is o and the voltage between the power
terminals (+) and (-) is lower than 36V, only then can operate.
• After the external power emergency stop terminal is turned on, be
sure to confirm that its action is eective and reliable.
• The inverter has a leakage current greater than 3mA to the ground.
The specific value is determined by the use conditions. The inverter
and the motor must use two independent grounding wires to ensure
safety. It is also recommended that users install Type B leakage
protection devices (ELCB/RCD).
• Before starting the motor and mechanical equipment, please make
sure that the motor and mechanical equipment are working within
the allowable range.
• Please note that do not touch the inverter terminals when the inverter
is powered. Do not connect the power terminals of the inverter to the
product housing, and do not short-circuit the power terminals.
• When the operating environment exceeds 40℃, the inverter needs to
be derated. For every 1℃increase, it needs to be derated by 2%. The
Max. working environment temperature is 50℃.
• When the altitude exceeds 1000 meters, derating is required.
Danger
Warning
A Warning Information which is Critical for Avoiding Damage to the
Product and other Device
• Do not drop wires, screws, or drilling residue into the inverter during
installation work.
• The inverter has passed the withstand voltage test before leaving the
factory, so it can not be tested again.
• For products stored for more than 2 years, the power supply shall be
boosted slowly through the voltage regulator when power on.
• Please tighten the terminal reliably.
• Do not connect the input power line to the output U/V/W terminal.
• Do not connect the phase shift capacitor to the output loop.
• Switch the motor or perform variable frequency/power frequency
switching when the inverter stops outputting.
• Do not short-circuit the inverter DC bus terminals.
This manual is only for simple description.
For more detailed information, please refer to the
user manual of each product.
Please visit www.hpmont.com to download.
V1.2 2021.10

Product model can be confirmed on the product packaging and on the product
nameplate.
HDXX-4T5P5G-X
Product Series
2 = 200 - 240VAC
4 = 380 - 460VAC
6 = 500 - 690VAC
Power Supply Voltage
S = Single phase input
D = Single/three phase input
T = Three phase input
Input Phase
Special Function
Configuration
G =
P =
General type
Special type for fan
blower/water pump
Product Type
Motor Power
0P2 = 0.25kW
0P4 = 0.4kW
630 = 630kW
... ...
Key Description
1 Display LCD/LED display
2PRG Programming/exit key:
• Enter or exit key
3JOG Jog key:
• Jog start the inverter when keypad controls
4RUN Run key:
• Start the inverter when keypad controls
5STOP
Stop/reset key:
• Stop the inverter when keypad controls
• Reset fault when a fault is detected
6Increase/decrease key:
• The parameter value
• The setting value of the parameter
7
8
Shift key:
• When selecting a parameter or setting value, cycle to
the right to select a 1-digit value
9
Enter/confirm key:
• Go to the sub menu
• Save the set value
10 - MMulti-function key:
• Set specific functions by F00.12
11 Potentiometer The same as AI terminal function
• Set specific functions by F16.00
Description
The layout and description of the keypad are shown below.
Product Model
Keypad
ENTSHF
JOGPRG
STOPRUN
Hz A V RPM %
REVFWD ALM LO/RE LOCK
26
89
7
3
45
1
2
6
89
7
3
45
1
11
11
ENTSHF
JOGPRG
STOPRUN
Hz A V RPM %
REVFWD ALM LO/RE LOCK
26
8 9
7
3
4 5
10
1
ENTSHF
JOGPRG
STOPRUN
26
8 9
7
3
4 5
10
1
26
8 9
7
3
4 5
10
1
HD30/HD3N
HD09/HD09-S
HD07-S
HD20 HD50

Remove the Keypad
HD09/HD09-S
Non-removable.
HD07-S
Press the buckles of the keypad at
both ends at the same time, and
pull out to remove the keypad.
HD20/HD30/HD3N/HD50
Press down on the buckle above
the keypad, press the buckle, and
pull out to remove the keypad.
ENT
JOG
PRG
RUN STOP
SHF
Installation
The keypad is parallel to the
inverter. Press down in the vertical
direction of the keypad until hear a
"click".
Note: Do not install the keypad from
other direction, otherwise it will
cause poor contact of the keypad.
RJ45
RJ45
External the Keypad
External Connection by Removing
the Keypad
Note：HD09/HD09-S cannot be
connected externally.
1. Remove the terminal head of
the keypad and RJ45 port.
2. Connect one end of the cable
to the removed keypad, and
the other end to the RJ45
port.
External Connection by Control
Board
Note：HD07-S cannot be connected
externally.
Connect externally through the
RJ45 port on the control board.
Electrical Installation
Remove the Cover
Note：HD09/HD09-S wiring directly.
Sheet Metal Structure
Loosen the cover screw
counterclockwise and remove the
cover.
Plastic Structure
Press the hook in the direction of
the arrow in the right figure and
remove the lower cover upward.
Keypad

• Make sure that the AC input voltage is consistent with the rated input
voltage of the inverter.
• If the control circuit is connected to an external device with an
accessible port during power-on, an additional level of insulation
protection and isolation should be added to ensure that the original
voltage level of the external device is not changed.
• If the communication terminals of the control circuit are connected
to a PC, use an RS485/232 isolated converter that meets safety
requirements.
• Never connect control terminals other than relay terminals to AC 220V.
• The bare metal part of the power terminal wiring must be wrapped
with insulating tape.
• The control circuit and power circuit are basically insulated. Do not
touch the inverter after it is powered on.
Danger
Warning
Note:
1) Remove the shorting piece of terminals P1 and (+) when connecting a DC reactor.
2) R is the braking resistor.
3) When wiring for HD09/HD09-S, the teminal is GND, DO, AI, AO.
When wiring for HD07-S, the teminal is AO.
DI1
R1A
R1C
R1B
GND
AO/AO1
AO2
DI2
DI3
DI4
DI5
DI6
COM/GND
AI/AI1
AI2
+10
Analog input 1
GND
PE
PE
PE
RJ45
PGP
COM
A+
A-
A
B
AI3
Analog input 3
Digital input 1
DO1
CME
Digital output 1
DO
GND
Digital output
Analog output 1
Modbus
communication
Keypad or master
computer
Analog output 2
DO2
COM
Digital output 2
Digital input 2
Digital input 3
Digital input 4
Digital input 5
Digital input 6
Relay output 1
HD-PG1-OC
HDXX
MCCB
U
V
W
L1
P1 (+) BR
L2
L3
R
S
T
M
Power
input
Brake unit
(-)
B+
B-
Z+
Z-
PGP
COM
A-
B-
Z-
Open-collector output encoder
R
DC
reactor R
1)
2) 2)
3)
3) 3)
3)
3)
Analog input 2
Terminal Wiring Diagram
The wiring is shown in the figure below, and the terminals of each product are
described later.
Electrical Installation

Control Terminal
See control terminal layout below.
Power Terminal
See power terminal descriptions below.
(+), (-) External braking unit Only for some models
(+), BR Terminal connected to braking resistor
P1, (+) External DC reactor, shorted by default Only for some models
PE Ground terminal, connected to
protective ground
Terminal Description Remark
L1, L2, L3 Three-phase AC power input terminal HD30/HD3N/HD50
L1, L2, L3/N Three-phase AC power input terminal HD07-S/HD09/
HD09-S/HD20
L1, L3/N Single-phase AC power input terminal
U, V, W Inverter output terminal connected to
three-phase AC motor
Encoder Card
HD50 products are equipped with HD-PG1-OC as standard. See terminal
descriptions below.
Terminal Description
PGP +12V power output
COM Power ground
A+, A- Encoder A+/A- signal
B+, B- Encoder B+/B- signal
Z+, Z- Encoder Z+/Z- signal
HD-PG1-OC
Interface HD07-S HD09 HD09-S HD20 HD30 HD3N HD50
DI1 ●●●●●●●
DI2 ●●●●●●●
DI3 ●●●●●●●
DI4 ●●●●●●●
DI5 ● ●●●●
DI6 ●●●●
DO/DO11) ●●●●●●●
DO2 ● ●●●●
AI/AI11) ●●●●●●●
AI2 ● ●●●●
AI3 ●
AO/AO11) ●●●●●●●
AO2 ●●●●
RLY1 ●●●●●●●
+10V ●●●●●●●
-10V ●
RJ45 ●●●●●●
A/B ● ●
Encoder ●
1): DO, AI, AO is for HD09/HD09-S, AO is for HD07-S, DO1, AI1, AO1 is for the rest
products.
2): The terminal can be selected as high-speed pulse input/output.
3): The terminal can be selected as input voltage/current. HD07-S is set through
F16.29, and other products are set through jumpers or DIP switches.
Electrical Installation
2)
2) 2)
2)2)
2) 2) 2)
2) 2) 2) 2)
2) 2)
3) 3) 3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)

Ref.
Code Function Register Address Remark
Status Display Parameters
D00.08 Inverter rated current (A) 0x3308
D00.14 Setting frequency (Hz) 0x330E
D00.15 Given frequency (Hz) 0x330F
D00.16 Output frequency (Hz) 0x3310
D00.17 Setting speed (rpm) 0x3311
D00.18 Running speed (rpm) 0x3312
D00.20 Output voltage (V) 0x3314
D00.21 Output current (A) 0x3315
D00.22 Torque reference (%) 0x3316
D00.23 Output torque (%) 0x3317
D00.24 Output power (kW) 0x3318
D00.25 DC bus voltage (V) 0x3319
D00.27 AI1 input voltage (V) 0x331B HD09/HD09-S is AI
D00.29 AI2 input voltage (V) 0x331D
D00.31 AI3 input voltage (V) 0x331F
D00.35 DI6 terminal pulse input frequency
(Hz) 0x3323 HD07-S is DI5 HD09/HD09-S is DI4
D00.36 AO1 output 0x3324 HD07-S/HD09/
HD09-S is AO
D00.37 AO2 output 0x3325
D00.38 DO2 high-speed output pulse
frequency (Hz) 0x3326 HD09/HD09-S is DO
D00.39 Radiator temperature (℃) 0x3327 HD07-S none
D00.50 Input terminal status 0x3332
D00.51 Output terminal status 0x3333
Ref.
Code Function Setting Range Default Remark
Basic Parameters
F00.01 Motor control mode
selection
0: V/f control without PG
2: Vector control without PG
5: PM with PG vector control
0
Only
HD50
has 5
F00.06 Max. output
frequency of inverter 50.00 - 400.00Hz 50.00Hz
F00.08 Max. running
frequency 0.00Hz - F00.06 50.00Hz
F00.09 Min. running
frequency 0.00Hz - F00.08 0.00Hz
F00.10 Frequency setting
channel selection
0: Keypad setting
1: Terminal setting
2: SCI communication
setting
3: Analog setting
4: Terminal pulse setting
6 - 9: AI1 - AI4 setting
10: Keypad potentiometer
setting
0
HD09/
HD20
don,t
have
6 - 10
F00.11 Command setting
channel selection
0: Keypad setting
1: Terminal setting
2: SCI communication
setting
0
F00.13 Starting frequency
digital setting 0.00Hz - Max. frequency 50.00Hz
F00.15
Jog operation
frequency
digital setting 1
0.00Hz - Max. frequency 5.00Hz
F00.17 Running direction
selection
0: Same direction
1: Reverse direction 0
F01.00 User password 00000 - 65535 0
F01.02
Function code
parameter
initialization
(parameter
download)
0: No operation
1: Restore factory
parameters
2/3: The keypad storage
parameter 1/2 is copied to
control board and update
the current parameter
setting value
4: Clear the fault
0
Function Parameters
Instruction:
For the description of each product terminal, see control terminal (electrical
installation) or remarks (function parameter).

Ref.
Code Function Setting Range Default Remark
F01.03
Parameter copy to
keypad (parameter
upload)
0: No operation
1/2: The current parameter
setting value is copied
to the keypad storage
parameter 1/2
0
F03.01 Acc. time 1 0.1 - 6000.0s Depend
on
modelF03.02 Dec. time 1 0.1 - 6000.0s
F06.00 -
F06.07
Multi-segment
frequency command
1 - 8
F00.09 - Max. frequency 5.00Hz
PID Parameter
F04.00 PID control selection 0: Invalid
1: Valid 0
F04.01 Given channel
selection
0: Digital given
1: Analog given
2: Terminal pulse given
3 - 6: AI1 - AI4 given
7: Keypad potentiometer
given
0
HD07-S
doesn,t
have
3 - 7
F04.02 Feedback channel
selection
0: Analog feedback
1: Terminal pulse feedback
2 - 5: AI1 - AI4 given
6: Keypad potentiometer
given
7: Speed closed-loop
feedback
0
HD07-S
doesn,t
have
2 - 7
F04.03 Quantitative digital
setting -100.0 - +100.0% 0.0%
F04.04 Proportional gain
(P1) 0.0 - 500.0 50.0
F04.05 Integration time (I1) 0.01 - 10.00s 1.00s
F04.07 Derivative time (D1) 0.00 - 10.00s 0.00s
Motor and Encoder Parameters
F08.00 Motor rated power 0.2 - 999.9kW
Depend
on
model
F08.01 Motor rated voltage 0 - 999V
F08.02 Motor rated current
5.5kW and below:
0.01 - 250.00A
About 5.5kW: 0.1 - 2500.0A
F08.03 Motor rated
frequency 1.0 - 400.0Hz 50.0Hz
F08.04 Motor rated RPM 1 - 24000rpm
Depend
on
model
F08.06 Motor parameter
auto-tuning
0: No action
1: Static auto-tuning
2: Rotation auto-tuning
0
HD09
doesn,t
have 2
F09.00 Motor V/f curve
setting
0: Straight line
1: Square curve 0HD09 none
F09.07 Motor torque boost 0.0 - 30.0%
0.0: Auto torque boost
Depend
on
model
F14.00 Encoder feedback
signal type
0: Invalid
1: ABZ signal
2: UVW signal
3: SINCOS signal
0
Only
HD50
hasF14.01 Encoder pulses per
revolution 1 - 9999 1024
F14.02 Encoder rotation
direction setting
0: Same direction
1: Reverse direction 0
Function Parameters

Ref.
Code Function Setting Range Default Remark
Digital and Analog I/O Terminal Parameters
F15.00 DI1 terminal function
0: Unused
1: Inverter is enabled
2, 3: FWD/REV function
13 - 16: Multi-segment
frequency terminal 1 - 4
20, 21: FWD/REV Jog 1
command control input
(JOGF1/JOGR1)
43: Emergency stop
46: External reset (RST)
input
53: Pulse frequency input
(HD07-S is DI5, HD09/
HD09-S is DI4, the rest is
DI6）
2
F15.01 DI2 terminal function 3
F15.02 -
F15.05
DI3 - DI6 terminal
function 0
F15.14 Terminal detection
filtering times 0 - 10000 2
F15.15
Terminal input
positive and negative
logic setting
Bit0 - Bit8 corresponds to
DI1 - DI9
Bitx: DIy terminal input
positive and negative logic
0: Positive logic
1: Negative logic
000
F15.18 DO1 terminal
function
0: Unused
2: Inverter running (RUN)
9: Frequency level detection
signal
11: Frequency arrival signal
(FAR)
31: Inverter fault
38: High-speed pulse
output (HD09/HD09-S is DO,
the rest is DO2）
2
HD09/
HD09-S
is DO
F15.19 DO2 terminal
function 0
F15.20 RLY1 relay function 31
F15.27 FAR detection width 0.00 - 100.00Hz 2.50Hz
F15.30 FDT1 detection mode
0: Detect according to the
reference frequency
1: Detect according to the
output frequency
0HD07-S
none
F15.31 FDT1 level 0.00Hz - Max. frequency 50.00Hz
F15.32 FDT1 lag 0.00Hz - Max. frequency 1.00Hz
F16.00
Keypad
potentiometer
function
0: Unused
2: Frequency setting
4: Process PID given
5: Process PID feedback
0
F16.01 AI1 terminal function 2
HD09/
HD09-S
is AI
F16.02 AI2 terminal function 5
F16.03 AI3 terminal function 0
F16.17 Max. input pulse
frequency 0 - 50000Hz 10000Hz
HD07-S
is DI5
HD09/
HD09-S
is DI4
F16.19 AO1 terminal
function
0: Unused
1: Output frequency (0 -
Max. output frequency)
2: Given frequency (0 - Max.
output frequency)
3: Motor RPM (0 - Max.
output frequency)
4: Output current (0 - twice
motor’s rated current)
2
HD07-S/
HD09/
HD09-S
is AO
F16.20 AO2 terminal
function 0
F16.21 High-speed pulse
output function 0
F16.26 DO2 Max. output
pulse frequency 0.1 - 50.0kHz 10.0kHz
HD09/
HD09-S
is DO
F16.29 AI1 voltage current
input selection
0: Voltage input
1: Current input 0Only HD07-S
Function Parameters

Ref.
Code Function Setting Range Default Remark
Communication Parameters
F17.00 Data format
0: 1-8-2 format, no parity,
RTU
1: 1-8-1 format, even parity,
RTU
2: 1-8-1 format, odd parity,
RTU
6: 1-8-1 format, no parity,
RTU
0
F17.01 Baud rate selection
0: 1200bps
1: 2400bps
2: 4800bps
3: 9600bps
4: 19200bps
5: 38400bps
6: 57600bps
7: 76800bps
8: 115200bps
3
HD09/
HD20
does n,t
have
6 - 8
F17.02 Local address 0 - 247 2
Ref.
Code Function
Fault Parameters
F20.21 Fifth (latest) failure type
F20.22 Given frequency at the last fault
F20.23 Running frequency at the last fault
F20.24 Bus voltage at the last fault
F20.25 Output voltage at the last fault
F20.26 Output current at the last fault
F20.27 Input terminal status at the last fault
F20.28 Output terminal status at the last fault
F20.29 Interval at the last fault
F20.30 Fourth fault type
F20.31 Fourth fault interval
F20.32 Third fault type
F20.33 Third fault interval
F20.34 Second fault type
F20.35 Second fault interval
F20.36 First fault type
F20.37 First fault interval
F20.38 Last fault interval
Function Parameters

Fault Countermeasure Remark
No display when power on
• Check the input power voltage
• Check the bus voltage
• Reconnect the keypad, or check the
wiring of the control board, drive
board, and keypad
• Contact factory for repair
-Lu- DC bus
undervoltage
• Normal power-on and power-down
status, no processing required
• Check input power voltage
• Check wiring and wire the inverter
properly
E0001 Inverter output
overcurrent (Acc.)
• Connect the inverter and motor
properly
• Correctly set F08.00 - F08.04/
F13.01 - F13.05 (motor parameters)
• Choose the right inverter power
• Set proper F03.01 - F03.08 (Acc. and
Dec. time)
• Select the speed tracking start mode
(F02.00 = 2)
• Perform parameter auto-tuning
(F08.06/F13.07)
E0002 Inverter output
overcurrent (Dec.)
E0003
Inverter output
overcurrent
(constant speed)
E0004 DC bus overvoltage
(Acc.)
• Check input power voltage
• Set proper F03.02/F03.04/F03.06/
F03.08 (Dec. time)
• Check wiring and wire the inverter
properly
• Select the speed tracking start mode
(F02.00 = 2)
• Select the recommended braking
devices
E0005 DC bus overvoltage
(Dec.)
E0006 DC bus overvoltage
(constant speed)
E0007 Overvoltage stall
• Check power input or the function of
brake
• Set proper F19.19 (overvoltage stall
point)
E0008 Power module
fault
• Check wiring and wire the inverter
properly
• Check the connection and
mechanism
• Contact the supplier for repairing
HD07-S
none
E0009 Heatsink overheat
• Derated use, amplified power
• Improve the ventilation around the
inverter
• Replace the fan
• Seek technical support
E0010 Brake unit fault • Seek technical support
E0011 CPU fault
• Power on and observe after
completely power down
• Seek technical support
HD07-S
none
E0012 Parameter auto-
tuning fault
• Check the motor’s connection
• Correctly set F08.00 - F08.04/
F13.01 - F13.05 (motor parameters)
• Seek technical support
E0013 Contactor is not
actuated
• Replace the contactor
• Seek technical support
HD07-S
none
E0014 Current detection
circuit fault • Contact the supplier for repairing
E0015 Input phase loss • Check three-phase input power
• Seek technical support
HD09/
HD09-S
none
E0016 Output phase loss
• Check the wiring between the
inverter and the motor
• Check motor quality
E0017 Inverter overload
• Adjust F03.01/F03.03/F03.05/F03.07
(Acc. time)
• Correctly set F08.00 - F08.04/
F13.01 - F13.05 (motor parameters)
• Adjust F09.00 - F09.06 (V/f curve) or
F09.07/F09.08 (torque boost)
• Perform parameter auto-tuning
(F08.06/F13.07)
• Select the speed tracking start mode
(F02.00 =2)
• Check mains supply voltage
• Select a power-matched inverter
Troubleshooting

Fault Countermeasure Remark
E0018 Inverter output
ooad
• Check load and mechanical
transmission
• Set proper F20.03 - F20.05
HD09/
HD09-S
none
E0019 Motor overload
• Adjust proper F09.00 - F09.06 (V/f
curve)
• Check the input power
• Long-term low-speed and large-load
operation, replace the inverter motor
• Check load and mechanical
transmission
E0020 Motor overheat
• Reduce load; Repair and replace
motors
• Increase F03.01 - F03.08 (Acc. and
Dec. time)
• Correctly set F08.00 - F08.04/
F13.01 - F13.05 (motor parameters)
HD09/
HD09-S/
HD20 none
E0021
Control board
EEPROM read and
write fault
• Contact the supplier for repairing
E0022
Keypad EEPROM
read and write
fault
• Replace the keypad
• Contact the supplier for repairing
E0023 Parameter setting
fault
• Select a motor that matches the
inverter power
• Correctly set F08.00 - F08.04/
F13.01 - F13.05 (motor parameters)
E0024 External device
fault • Check external device
E0025 PID reference loss
• Check wiring
• Seek technical support
HD07-S
HD09/
HD09-S
none
E0026 PID feedback loss
E0027 PID feedback
overrun
E0028 SCI communication
timeout
• Check wiring
• Correctly set F17.00/F17.01
(communication format/baud rate)
• Send data according to Modbus
protocol content
E0029 SCI communication
error
E0030 Encoder reverse • Check the encoder and motor wiring
Only HD50
have
E0031 Encoder
disconnected
• Check the encoder
• Check the encoder wiring
E0032 Motor over speed
• Check motor and load
E0033 Motor speed out of
tolerance
E0034
Tension control
system fracture of
material
• Check wiring
• Check the encoder
Note: E0022 does not aect the normal running of the inverter.
Troubleshooting

Mode 2: Use Terminals to Control Start/Stop and
Analog Setting Running Frequency
Ref. Code Function Setting Value Description
F00.10 Frequency setting
channel 3 Analog setting
F00.11 Command setting
channel 1 Terminal setting
F03.01/
F03.02 Acc./Dec. time 1 - Adjust according to actual needs
F15.00 DI1 terminal function 2 (factory default) Forward
F15.01 DI2 terminal function 3 (factory default) Reverse
F16.01 AI1 terminal function 2 (factory default) Frequency setting
channel
3. Set the running frequency by adjusting the AI1 analog input.
4. When K1 turns on, the motor runs forward, and when K1 turns o,
the motor stops running.
When K2 turns on, the motor runs in reverse, and when K2 turns o,
the motor stops running.
When K1 and K2 turn on/o at the same time, the motor will stop running.
Quick Start
1. DI1 is a forward signal and DI2 is
a reverse signal. See the right
figure for wiring.
2. Use keypad to set the motor
parameters and the parameters
see the table below.
DI1
COM
DI2
AI1
+10
Running
output
K1
K2
DO1
R1C
R1B
R1A
GND
Fault
output
Mode 1: Use the Keypad to Control Start and Stop and Set the
Running Frequency
1. Use the keypad to set the motor parameters and the parameters see the
table below.
Ref. Code Function Setting Value Description
F00.10 Frequency setting
channel 0 (factory default) Digital setting of keypad
F00.11 Command setting
channel 0 (factory default) Keypad setting
F00.13 Starting frequency
digital setting - Adjust according to actual needs
F03.01/
F03.02 Acc./Dec. time 1 - Adjust according to actual needs
2. Press the RUN key on the keypad to start the inverter.
Press / key to increase/decrease the setting frequency.
Press STOP key to stop the inverter output.
Set the Motor Parameters (Refer to the Motor Nameplate)
Ref. Code Function
F08.00 Motor 1 rated power
F08.01 Motor 1 rated voltage
F08.02 Motor 1 rated current
F08.03 Motor 1 rated frequency
F08.04 Motor 1 rated RPM

Mode 3: Use Terminals to Control Start/Stop and
Communication Setting Running Frequency
Ref. Code Function Setting Value Description
F00.10 Frequency setting
channel 2SCI communication setting
F00.11 Command setting
channel 1 Terminal setting
F03.01/
F03.02 Acc./Dec. time 1 - Adjust according to actual needs
F15.00 DI1 terminal function 2 (factory default) Forward
F15.01 DI2 terminal function 3 (factory default) Reverse
F15.18 DO1 terminal function 2 (factory default) Inverter running
F17.00 Data format 0 (factory default) 1-8-2 format, no parity,
RTU
F17.01 Baud rate 3 (factory default) 9600bps
F17.02 Local address 2 (factory default)
3. When K1 turns on, the motor runs forward, and when K1 turns o, the
motor stops running.
When K2 turns on, the motor runs in reverse, and when K2 turns o, the
motor stops running.
When K1 and K2 turn on/o at the same time, the motor will stop running.
4. SCI communication modify the operating frequency (function code 0x06
write register 0x3201).
1. DI1 is a forward signal and DI2 is
a reverse signal. See the right
figure for wiring.
2. Use keypad to set the motor
parameters and the parameters
see the table below.
DI1
COM
RJ45
DI2
K1
K2
DO1
R1C
R1B
R1A
Running
output
Fault
output
Note: For details of the Modbus communication protocol, please refer to the user
manual of each product.
Quick Start

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