Janson Controls FC FC100PLUS Series User manual

册
FC100PLUS Series
General Frequency Inverter
User Manual
BY JANSON CONTROLS

Preface
Thank you for purchasing the FC100 PLUS (below referred to as FC100P) AC
drive developed by Our company.
This manual introduces how to use FC100P series inverters correctly, and
comprehensively introduces the functional characteristics and usage methods of
FC100P inverters, including product selection, parameter setting, operation
debugging, maintenance inspection and other detailed information. Before use,
please read this manual carefully. At the same time, please use the product after
fully understanding the safety precautions of the product.
Precautions
¾In order to illustrate the details of the product, the illustrations in this
manual sometimes show the state where the cover or safety cover is
removed. When using this product, please be sure to install the case or
cover according to the regulations, and operate according to the
contents of the manual.
¾Illustrations in this manual are for illustration only and may differ from
the product you ordered.
¾The company is committed to the continuous improvement of products,
and product functions will be continuously upgraded. The information
provided is subject to change without prior notice.
- I -

Connections to Peripherals
Three-phase AC power
Air switch MCCB
Contactor
AC input reactor
EMI Filter
VFD Braking resistor
(optional)
GND
EMI Filter
AC output reactor
Motor
GND
- II -

Basic Application Quick Start
Notice:
Some parameters have been set before leaving the factory (factory value), and you don’t need
to set them for the first time.
1. Correctly set the rated parameters of the motor
Power on, use the operation panel to set the parameters in the table below, and refer to the
motor nameplate for the motor parameters.
parameter number parameter name parameter number parameter name
P1-01 Motor rated power P1-04 Motor rated frequency
P1-02 Motor rated voltage P1-05 Motor rated speed
P1-03 Motor rated current
2. Use the operation panel to control the start and stop and set the operating frequency
(1). Power-on. Use the operation panel to set motor parameters ( P1-01 to P1-04 ) , running
frequency ( P1-08 ) and acceleration/deceleration time ( P1-17
,P1-18 ) .
parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 0 (factory default) Run command channel as keyboard
P0-03 Frequency setting channel
selection 0The operating frequency is given
by the keyboard number
Acceleration time 1 - Acceleration time, adjust
according to actual needs
Deceleration time 1 -Deceleration time, adjust
according to actual needs
(2). Press the key on the operation panel to start the inverter, press / key to increase
/decrease the set frequency, and press the key to stop the inverter output.
3. Use the terminal to control the start and stop and the keyboard potentiometer to set the operating
frequency
(1). Terminal DI 1 is for forward rotation signal input, DI 2 is for reverse rotation signal input, the
wiring is as shown in the figure below.
(2). Power on, and then set the function parameters according to the wiring diagram, see the
table below.
DI1
COM
K1
K2
FWD
DI2
REV
Fault indication normally closed contact
Running output indication signal
Fault indication normally open contact
Common terminal
FM
TC
TB
TA
P0-17
P0-18
- III -
STOP
RUN

parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 1 Run command channel as terminal
P0-03 Frequency setting channel
selection
3
(factory value)
The operating frequency is given
by the keyboard potentiometer
P0-17 Acceleration time 1 - Acceleration time, adjust according
to actual needs
P0-18 Deceleration time 1 - Deceleration time, adjust
according to actual needs
P4-00 DI 1 terminal function 1
(factory default)
Forward rotation function (terminal
forward rotation signal input)
P4-01 DI 2 terminal function 2
(factory value)
Reverse function (terminal reverse
signal input)
（3）When K1 in the wiring diagram is closed, the motor runs forward; when K1 is disconnected,
the motor stops running. When K2 is closed, the motor runs in reverse; when K2 is disconnected, the
motor stops running. When K1 and K2 are closed or disconnected at the same time, the motor will
stop running. You can increase/decrease the set frequency by changing the size of the keyboard
knob .
4. Use the terminal to control the start and stop and set the operating frequency by analog
1. Terminal DI 1 is for forward rotation signal input, DI 2 is for reverse rotation signal input, the
wiring is as shown in the figure below.
2. Power on, and then set the function parameters according to the wiring diagram, see the
table below.
parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 1 Run command channel as terminal
P0-03 Frequency setting channel
selection 2The operating frequency is given by the A I1 external potentiometer
P0-17 Acceleration time 1 - Acceleration time, adjust according
to actual needs
P0-18 Deceleration time 1 - Deceleration time, adjust
according to actual needs
P4-00 DI 1 terminal function 1 (factory
default)
Forward rotation function (terminal
forward rotation signal input)
P4-01 DI 2 terminal function 2 (factory
value)
Reverse function (terminal reverse
signal input)
3. Set the operating frequency by adjusting the AI1 analog input.
4. When K1 in the wiring diagram is closed, the motor runs forward; when K1 is disconnected,
the motor stops running. When K2 is closed, the motor runs in reverse; when K2 is disconnected, the
motor stops running. When K1 and K2 are closed or disconnected at the same time, the motor will
stop running.
5. Use the terminal to control the start and stop and communicate to set the operating frequency
1. Terminal DI 1 is for forward rotation signal input, DI 2 is for reverse rotation signal input, the
wiring is as shown in the figure below.
DI1
COM
DI2
AI1
analog input +10
Fault indication normally closed contact
Running output indication signal
Fault indication normally open contact
Common terminal
FWD
REV
K1
K2 FM
TC
TB
TA
GND
- IV -

2 . Power on, and then set the function parameters according to the wiring diagram, see the
table below.
parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 1Run command channel as terminal
P0-03 Frequency setting channel
selection 9The operating frequency is given by communication
P0-17 Acceleration time 1 -Acceleration time, adjust according
to actual needs
P0-18 Deceleration time 1 -Deceleration time, adjust
according to actual needs
P4-00 DI1 terminal function 1(factorydefault) Forward rotation function (terminal
forward rotation signal input)
P4-01 DI2 terminal function 2(factory value) Reverse function (terminal reverse
signal input)
P5-00 FM terminal output mode 1FMR switch output
P5-01 FM terminal function 1Inverter running
PD-00 baud rate 5(factoryvalue) 9600bps
PD-01 Data Format 3(factory value) 8-N-1format,no parity, RTU
PD-02 local address 1(factory default)
3. When K1 in the wiring diagram is closed, the motor runs forward; when K1 is disconnected,
the motor stops running. When K2 is closed, the motor runs in reverse; when K2 is disconnected, the
motor stops running. When K1 and K2 are closed or disconnected at the same time, the motor will
stop running.
4. Write register 0 XF008H (P 0-08 ) through SCI communication function code 0x06 to modify
the running frequency.
6. Use the terminal to control the start and stop and the terminal UP /DOWN to control the operating
frequency
1. Terminal DI 1 is the start/stop signal input, DI 2 is the UP signal input, DI3 is the DOWN signal
input, the wiring is as shown in the figure below.
DI1
COM
DI2
Fault indication normally closed contact
Running output indication signal
Fault indication normally open contact
Common terminal
FWD
REV
K1
K2 FM
TC
TB
TA
A+/B-
- V -

2. Power on, and then set the function parameters according to the wiring diagram, see the
table below.
parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 1 Run command channel as terminal
P0-03 Frequency setting channel
selection 1 given by terminals UP and DOWN
P0-17 Acceleration time 1 - Acceleration time, adjust according
to actual needs
P0-18 Deceleration time 1 - Deceleration time, adjust
according to actual needs
P5-00 FM terminal outputmode 1 FMR switch output
P5-01 FM terminal function 1Inverter running
7. Use the terminal to control the multi-stage speed of the inverter
1. Terminal DI 1 is start/stop signal input, DI 2 is multi-stage speed signal 1 input, DI3 is multi-
stage speed signal 2 input , DI4 is multi -stage speed signal 3 , DI5 is multi-stage speed signal 4 ,
the wiring is as shown in the figure below.
2. Power on , and then set the function parameters according to the wiring diagram, see the
table below.
→
Terminal Parameter Parameter
value State combination Multi-speed
frequency
Set value
Start/Stop
Running output indication signal
Common terminal
Fault indication normally closed contact
Fault indication normally open contact
UP
DOWN
DI1
DI2
DI3
COM
FM
TC
TB
TA
DI1
DI2
DI3
DI4
DI5
COM
P4-00
P4-01
P4-02
P4-03
P4-04
1
12
13
14
15
0
1
0 0 0
0 0 0
10 11
111 1
PC-00
PC-01
PC-14
PC-15
x(P0-10)
- VI -

parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 1 Run command channel as terminal
P0-03 Frequency setting channel
selection 6The operating frequency is given by the multi-stage speed
P0-17 Acceleration time 1 - Acceleration time, adjust according
to actual needs
P0-18 Deceleration time 1 - Deceleration time, adjust
according to actual needs
P4-00 DI 1 terminal function 1 (factory
default)
Forward rotation function (terminal
forward rotation signal input)
P4-01 DI 2 terminal function 12 (factory
value)
Multi-stage speed command
terminal signal 1 input
P4-02 DI3 terminal function 13 (factory
default)
Multi-stage speed command
terminal signal 2 input
P4-03 DI4 terminal function 14 (factory
value)
Multi-stage speed command
terminal signal 3 input
P4-04 DI5 terminal function 15 (factory
value)
Multi-stage speed command
terminal signal 4 input
PC -00 multi-segment instruction 0 - Adjust according to actual needs
PC -01 Multi-segment instruction 1 - Adjust according to actual needs
PC -02 multi-segment instruction 2 - Adjust according to actual needs
PC -03 Multi-segment instruction 3 - Adjust according to actual needs
PC -04 multi-segment instruction 4 - Adjust according to actual needs
PC -05 multi-segment instruction 5 - Adjust according to actual needs
PC -06 Multi-segment instruction 6 - Adjust according to actual needs
PC -07 Multi-segment instruction 7 - Adjust according to actual needs
8. Process PID application function control
1. Terminal DI1 is the start/stop signal input, AI1 is the PID analog feedback source input, the
wiring is as shown in the figure below.
2. Power on , and then set the function parameters according to the wiring diagram, see the
table below.
M
start signal DI1
COM
AI 1
GN D
RST P+P B UV W
PID analog feedback source
power input
- VII -

parameter number parameter name set value meaning
P0-02 Command Set Channel
Selection 1 Run command channel as terminal
P0-03 Frequency setting channel
selection 8 given by the P ID
P0-17 Acceleration time 1 - Acceleration time, adjust according
to actual needs
P0-18 Deceleration time 1 - Deceleration time, adjust
according to actual needs
PA.00 P ID given source 0(factory value) P ID given source is set for P A -01
PA.01 P ID value given 50% (factoryvalue) Adjust according to actual needs
PA.02 P ID Feedback Source 0 (factory value) Analog A I1 feedback input
9. Motor parameter adjustment and setting
1. Motor parameter tuning can only be performed in the operation panel control mode.
2. Wiring correctly.
3. Power on, set the motor parameters ( P1-00 - P1-05 ) with the operation panel.
4. Parametertuning, the tuning methods that can be used in different control modes are shown
in the table below.
control method Self-tuning method (recommended)
V/Fcontrol
Manual torque boost
using static, rotating, stator resistance
auto-tuning
Automatic torque boost
using stationary, rotating autotune
Vector control Use rotating autotune
Static tuning of motor parameters:
P1-37 = 1 (static self-tuning) , press the button to return to the display state of the stop
parameters, and press the button to start the self-tuning.
After the auto-tuning is finished, P1-06 - P1-08 will be refreshed automatically .
parameter number parameter name parameter number parameter name
P1-06 Motor stator resistance P1-08 Motor leakage inductance
P1-07 Electronic rotor
resistance
Motor parameters rotary tuning:
Before performing rotary tuning, please disconnect the motor from the load.
Then set P1-37 = 2 (rotary tuning) , press the key to return to the stop parameter display
state, and press the key to start the auto-tuning.
During the rotation of the motor, there may be vibration or even overcurrent. At this time, press
the key to stop the parameter setting, and adjust the acceleration and deceleration time
properly to reduce the possible vibration.
After parameter tuning is completed, P1-06-P1-10 will be refreshed automatically
parameter number parameter name parameter number parameter name
P1-05 Rated speed of motor 1 P1-08 Motor 1 leakage inductance
P1-06 Motor 1 Stator Resistance P1-09 Motor 1 Mutual Inductance
Reactance
P1-07 Motor 1 rotor resistance P1-10 Motor 1 no-load excitation
current
PRG
RUN
PRG
RUN
STOP
- VIII -

Table of Contents
Chapter 1 Safety Information and Precautions
1.1 Security Definition
1.2 Motor and mechanical load related
1.3 Inverter related
Chapter 2 Product Information
2.1 Model
2.2 Nameplate
2.3 Rating
2.4 Specifications
Chapter 3 Mechanical installation
3.1 Installation Note
3.2 Installation site requirements
3.3 Installation direction and space
3.4 Overall dimensions and installation dimensions
Chapter 4 Electrical Installation
4.1 Wiring Precautions
4.2 Peripheral device selection
4.2.1 Input and output wiring specifications
4.2.2 Power terminal wiring lugs
4.3 Control Panel Instructions
4.3.1 Jumper
4.3.2 Control terminal
4.3.3 Inverter Application Wiring Mode
4.4 Installation guidelines for EMC Compliance
4.4.1 Proper EMC installation
4.4.2 Wiring requirements
4.4.3 Motor Wiring
4.4.4 Grounding
4.4.5 EMI filter
4.4.6 Countermeasures against conduction, radiation and radio frequency
interference
4.4.7 Reactors
Chapter 5 Operation
5.1 Explanation note
5.1.1 Run command channel
5.1.2 Frequency setting channel
5.1.3 Working status
5.1.4 Mode of operation
5.1.5 Operation Panel Description
Chapter 6 Brief Introduction of Function Parameters
6.1 Brief table of basic function parameters
Chapter 7 Troubleshooting and Maintenance
7.1 Troubleshooting
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28
28
60
60

7.1.1 Handling faults
..............................................................................................................
60
7.2 Maintenance
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64
Chapter 8 Accessories Selection
...........................................................................................................
66
8.1 Operation panel mounting kit
................................................................................................
66
8.2 Selection of brake unit and brake resistor
.........................................................................
66
8.2.1
..........................................................................................................................................
66
8.2.2 Power selection of braking resistor
.........................................................................
67
Appendix A MODBUS Communication Protocol
..............................................................................
69

A
MODBUS communication protocol
1
Safety information and precautions
2
Product Information
3
Mechanical installation
Electrical installation
5
Operation
6
7
Troubleshooting and maintenance
Optional accessories 8
4
Brief Introduction of Function Parameters

Chapter 1 Safety Information and Precautions
1.1 Security definition
Danger: Information marked as Danger is critical to avoid safety incidents.
WARNING: Information marked as a WARNING is necessary to avoid damage to the
product or other equipment.
CAUTION: Information marked as a CAUTION assists in the proper use of the product.
1.2 Motor and mechanical load related
Compared with power frequency operation
FC100P is a voltage type inverter, the output voltage is PWM wave, which contains certain
harmonics. Therefore, the temperature rise, noise and vibration of the motor during use are slightly
increased compared with power frequency operation.
Constant torque low speed operation
When the frequency converter drives the ordinary motor to run at low speed for a long time, the
output torque will decrease due to the deterioration of the heat dissipation effect of the motor. If it is
in the long-term low-speed constant torque operation condition, it is recommended to choose a
frequency conversion motor.
Electronic thermal protection of the motor
When selecting a suitable motor, the inverter can effectively implement thermal protection for
the motor. If the power of the controlled motor does not match the inverter, you must adjust the motor
protection parameters or other protection measures to ensure the safe and reliable operation of the
motor.
above the rated frequency of the motor
If the motor is operated above its rated frequency, the noise will increase. It is necessary to pay
attention to the vibration of the motor, and at the same time to ensure that the motor bearings and
mechanical devices can meet the requirements of the operating speed range.
Lubrication of mechanical devices
For long-term low-speed operation, mechanical devices such as gearboxes and gears should be
regularly lubricated and maintained to ensure that the transmission effect can meet the needs of the
site.
mechanical resonance point
Avoid the mechanical resonance point of the load device or the motor by setting the jump
frequency of the inverter ( P8-09-P8-10 ) .
Motor Insulation Inspection
When the motor is used for the first time or after long-term storage, the motor insulation should
be inspected to avoid damage to the inverter due to deterioration of the motor insulation.
Notice:
1
Chapter1 Safety Information and PrecautionsJanson Controls Technologies(Shenzhen) Co.,Limited
FC100P Series Manual V1.0
-01
Danger
Warn
Notice

Please use a 500V voltage type megohmmeter for the test, and the insulation resistance is not
less than 5 megohms.
Negative torque load
For occasions such as lifting loads, negative torque often occurs, and the inverter often trips due
to over-current or over-voltage faults . Braking components with appropriate parameters should be
considered.
Leakage current protector RCD requirements
When the equipment is in operation, a large leakage current will flow through the protective
grounding conductor. Please install a B-type leakage protector RCD on one side of the power supply.
When selecting the RCD of the leakage protector, the transient and steady-state leakage current to
the ground that may occur during the start-up and operation of the equipment should be considered,
and a special RCD with measures to suppress high-order harmonics, or a general-purpose RCD with
a large residual current should be selected.
Earth leakage warning
The device will generate a large leakage current during operation. Before connecting to the
input power supply, please be sure to ground it reliably. The grounding of the equipment must
comply with the relevant IEC standards of local regulations.
1.3 Inverter related
It is forbidden to install capacitors or pressure-sensitive devices to improve power factor on the
output side
Since the output of the inverter is a PWM wave, it is strictly forbidden to install a capacitor for
improving the power factor or a piezoresistor for lightning protection on the output side to avoid
possible tripping of the inverter or damage to the device.
The output end is externally connected with switching devices such as contactors
If there are switching devices such as contactors installed between the inverter and the motor,
please make sure that the inverter has no output and perform on-off operations, otherwise the
inverter will be damaged.
Operating Voltage
It is strictly forbidden to use directly outside the voltage range specified by FC100P. If the power
supply voltage is not suitable, the corresponding voltage regulating device should be used to
transform the voltage to obtain a voltage that meets the product's use.
Capacitor energy storage
In the event that the AC power supply is cut off, the capacitors in the frequency converter will
remain charged for a period of time, and the voltage is enough to kill. If the inverter has been
powered on before, you must cut off the AC power supply for more than 10 minutes, and confirm that
the internal charging indicator light is off, and the voltage between the power terminals (+) and (-) is
lower than 36V before disassembling the machine. .
Normally, internal circuitry discharges the capacitor. However, under some abnormal conditions,
the capacitor may not be able to discharge. In this case, please consult our company or distributors.
Three-phase input changed to single-phase input
For three-phase input inverters, users are advised not to change to single-phase input.
If single-phase power must be used, the input phase loss protection function should be
cancelled. The bus voltage and current ripple will increase, resulting in poor performance of the
inverter and shortened capacitor life; in this application, derating is required, not exceeding 60% of
the rated value of the inverter.
1
Chapter1 Safety Information and PrecautionsJanson Controls Technologies(Shenzhen) Co.,Limited
FC100P Series Manual V1.0 -02

Lightning impact protection
The inverter is designed with a lightning strike overcurrent protection circuit, which has a certain
self-protection ability against induced lightning.
Altitude and Derating
In areas where the altitude exceeds 1000 meters,
the heat dissipation effect of FC100P will be deteriorated
due to the thin air. At this time, FC100P must be used
with derating.
Every time the altitude rises by 100m, the output
current rating will be reduced by 1%. That is, the altitude
rises to 4000m, and the inverter current rating is derated
by 30%.
Figure 11-is the derating relationship curve between
the rated current of the inverter and the altitude above
sea level .
1
FC100P Series Manual V1.0
-03
Chapter1 Safety Information and PrecautionsJanson Controls Technologies(Shenzhen) Co.,Limited
100%
70%
4000m1000m
Figure 1-1 derating relationship curve
Inverter rated current
Altitude

Chapter 2 Product Information
2.1 Model
2.2 Nameplate
2.3 Rated value
For structural specifications, please refer to Section Dimensions and Installation Dimensions ,
page 8.
2
FC100P Series Manual V1.0 -04
Chapter2 Product InformationJanson Controls Technologies(Shenzhen) Co.,Limited
FC100P-4T-5.5G B
Mark:with brake
Product Type:G-Universal
Adaptable motor power
2S:single-phase 220V power supply
2T:3-phase 220V power supply
4T:3-phase 380V power supply
Inverter series
Vector general purpose inverter
Product model
Rated Input
Rated Output
Barcode

Single /three-phase power supply: 200-240V, 50/60Hz
FC100P-2S-0.4G(-B) 0.4 0.7 6.5 2.1 S1
FC100P-2S-0.7GB 0.75 1.5 8.2 4.0 S1
FC100P-2S-1.5GB 1.5 3.0 14.0 7.0 S1
FC100P-2S-2.2GB 2.2 4.0 23.0 9.6 S1
FC100P-2S/T-4.0GB 4.0 5.9 39/19(1) 16.5 S2
FC100P-2S/T-5.5GB 5.5 8.5 60/28(1) 25 S3
FC100P-2S/T-7.5GB 7.5 11 70/35(1) 30 S3
FC100P-2S/T-11GB 11 16 100/47(1) 45 S4
FC100P-2S/T-15GB 15 130/62 (1) 55 S4
(1): The value before "/" corresponds to the rated input current of single-phase power input, and the value
after "/" corresponds to the rated input current of three-phase power input.
Three-phase power supply: 200-240V, 50/60Hz
FC100P-2T-18G(-B) 18.5 24 77 70 S5
FC100P-2T-22G(-B) 30 92 80 S6
FC100P-2T-30G(-B) 30 39 113 110 S6
FC100P-2T-37G(-B) 37 49 156 130 S7
Three-phase power supply: 380-460V, 50/60Hz
FC100P-4T-0.7GB 0.75 1.5 3.4 2.1 S1
FC100P-4T-1.5GB 1.5 3.0 5.0 3.8 S1
FC100P-4T-2.2GB 2.2 4.0 5.8 5.1 S1
FC100P-4T-4.0GB 4.0 5.9 10.5 9.0 S1
FC100P-4T-5.5GB 5.5 8.9 14.6 13.0 S2
FC100P-4T-7.5GB 7.5 11 19 17 S2
FC100P-4T-11GB 11 16 28 25 S3
FC100P- 4T-15GB 15 21 35 32 S3
FC100P- 4T-18GB 18.5 24 39 37 S4
FC100P- 4T-22GB 22 30 47 45 S4
FC100P-4T-30G(-B) 30 39 62 60 S5
FC100P-4T-37G(-B) 37 49 77 75 S5
FC100P-4T-45G(-B) 45 59 92 90 S6
FC100P-4T-55G(-B) 55 72 113 110 S7
2.4 Technicalspecifications
Electrical Specifications
Input voltage Single/three-phase three-phase
Fluctuation does not exceed ± 10%, imbalance rate < 3%
input frequency 50/60Hz ± 5%
The output voltage 0 V - input voltage
Output frequency Vector control: 0 ~ 300Hz
V/F control: 0 ~ 500Hz
Performance
overload capacity 150% rated output current for 1 minute , 180% rated output current for 2
seconds
control method Open-loop vector control (SVC), V/ F control
Run command setting method Operation panel setting, external terminal setting, communication setting
Speed setting method Digital setting, analog setting/pulse setting, communication setting
speed setting resolution Digital setting: 0.01Hz, Analog setting: 1 % × maximum frequency
Speed Control Accuracy SVC: ± 0.5%
Speed control range SVC: 1:100
Torque Control Response SVC: <200ms
Starting torque SVC: 180% rated torque/0.5Hz
Torque Control Accuracy ± 5%
Special feature
Model Adapted
motor ( kW )
Rated
capacity
( kVA )
Rated input
current ( A )
Rated output
current ( A )
Structural
specification
2
FC100P Series Manual V1.0
-05
Janson Controls Technologies(Shenzhen) Co.,Limited Chapter2 Product Information
21
21
220V(-15% ~ +20%) 380V(-15% ~ +20%)

Programmable input and
output terminals Input terminal function can be edited, output terminal function can be edited
Process PID adjustment
function Built-in process PID module
Simple PLC function Built-in simple PLC module, which can realize timing and multi-segment
frequency output
Textile Wobble Function Built-in textile swing frequency function module
Protective function
Overvoltage stall Bus voltage automatic control to prevent overvoltage faults
Automatic current limiting
protection Output current is automatically limited to prevent over-current faults
Overload pre-alarm and alarm Overload early warning and protection
Input and output phase loss
protection Input and output phase loss automatic detection and alarm function
Overvoltage and overflow stall
control
Automatically limit the current and voltage during operation to prevent
frequent over-current and over-voltage trips
Output Short-to-Ground
Protection Output to ground short-circuit effective protection function
Output phase-to-phase short
circuit protection Output interphase short circuit effective protection function
input Output
External analog power supply +10V, load capacity 100mA
External digital power supply +24V, load capacity 200mA
analog input AI1: voltage 0-10V / 0-20mA
A I2 : voltage 0-10V / 0-20mA
analog output AO1: 0-10V/0-20mA (voltage/current optional)
AO 2 : 0-10V (voltage output)
digital input DI1－DI 5 ( DI 5 can be selected as a high-speed pulse signal)
digital output FM , AO2 , FM can be selected as high-frequency pulse signal output
Relay output TA/TB/TC and RA/RB/RC : Contact capacity 250VAC/3A or 30VDC/1A
M UDBUS communication A + , B-
operation display
LED display
5 digit double LED digital tube
Set frequency, output frequency, output voltage, output current, motor
speed, output torque, digital terminals, status parameters, programming
menu parameters and fault codes, etc.
indicator light 3 unit indicators, 4 status indicators
Environmental characteristics
Working temperature
-10－+40 ℃, the highest is 50 ℃, the air temperature change is less than
0.5 ℃/min
40-50 ℃needs to be derated for use: the output current is derated by 2% for
every 1 ℃
storage environment
temperature -40－+70 ℃
place of use Indoor, free from direct sunlight, dust, corrosive gas, flammable gas, oil mist,
water vapor, dripping water or salt, etc.
Altitude Less than 1000 meters, derating is required for more than 1000 meters
humidity Less than 95%RH, no condensation
Vibration resistance 3.5m/s 2at 2-9Hz, 10m/s 2 at 9-200Hz (IEC60721-3-3)
degree of protection IP20
pollution level Class 2 (dry, non-conductive dust pollution)
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Chapter 3 Mechanical Installation
3.1 Installation Precautions
• If the parts of the inverter are incomplete or damaged, please do not install it.
• During transportation, please use appropriate tools according to the weight of the inverter to avoid being
cut by sharp corners or being injured when the inverter rolls over or falls.
• The inverter should be installed on flame-retardant objects such as metals, away from flammable and
explosive objects.
• After the inverter is reliably powered off for 10 minutes, make sure that the internal charging indicator light
is off and the voltage between the power terminals (+) and (-) is lower than 36V before operating.
• When transporting, please hold the bottom of the inverter instead of just the operation panel and cover.
• During installation work, do not drop wires, screws, and drilling residues into the inverter.
3.2 Installation site requirements
Confirm that the installation site meets the following conditions:
•Avoid installing in places exposed to direct sunlight, humidity, and drops of water;
•Avoid installing in places with flammable, explosive and corrosive gases and liquids;
•Avoid installing in places with oily dust, fibers and metal particles;
•Install vertically on an object that is flame retardant and can bear the weight of the fuselage;
•There is enough heat dissipation space around the inverter to ensure that the ambient
temperature is within -10-+40 ℃;
•The installation foundation is solid, meeting the product vibration requirements, 3.5m/s 2at 2-
9Hz, 10m/s 2at 9-200Hz (IEC60721-3-3);
•Installed in a place where the humidity is less than 95%RH and there is no condensation of
water droplets;
•The protection level of the frequency inverter is IP20, and the pollution level is level 2 (dry,
non-conductive dust pollution).
Notice:
1. If the operating environment of the inverter exceeds 40 ℃, derating is required. For every
increase of 1 ℃, the inverter needs to be derated by 2%. The maximum working ambient
temperature is 50 °C .
2. Keep the ambient temperature -10-+40 ℃, install it in a well-ventilated place or add a cooling
device, which can improve the reliability of the inverter operation.
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Danger
Warn

3.3 Installation direction and space
In order to make the inverter have a good heat dissipation
effect, the inverter must be installed vertically, and there must
be enough space between the top, bottom, left, and right sides
and adjacent objects or baffles (such as walls). The installation
space dimensions are shown in Table 3 -1 .
Table 3-1 Inverter Installation Space Dimensions table
Inverter class ≤15 kW ≥18.5 kW ＜55kW ≥75kW
A (left and right) ≥10mm ≥30mm ≥150mm
B (up and down) ≥100mm ≥100mm ≥350mm
C (upper vent) ≥50mm ≥50mm ≥100mm
D (lower vent) ≥50mm ≥50mm ≥100mm
When multiple frequency inverters are installed up and
down, there should be a flow guide partition in the middle, and
the installation space size is shown in Table 3 -2 .
Table 3 -2 Multiple frequency inverter installation space dimensions
Inverter class ≤15kW ≥75kW
A≥10mm ≥50mm ≥100mm
B≥30mm ≥50mm ≥100mm
C≥30mm ≥50mm ≥100mm
a≥10mm ≥50mm ≥100mm
b≥30mm ≥50mm ≥100mm
c≥30mm ≥50mm ≥100mm
≥18.5 kW ＜55kW
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CC
DD
B
B
AA
A
BC
c
b
a