SUSWE 750WBPQ

SUSWE 750WBPQ Simple Frequency Converter User Manual

Single-phase 220V Input, Three-phase 220V Output for Miniature Motor and Water Pump Speed Regulation

1. Overview

This manual provides essential information for the installation, commissioning, maintenance, and use of the SUSWE 750WBPQ Simple Frequency Converter.

1.1 Unpacking Inspection

Upon receiving the inverter, carefully remove it from its packaging and perform the following checks:

  • Verify that the product's appearance is not damaged or deformed.
  • Confirm that all components are present and undamaged.
  • Check the nameplate on the chassis side to ensure it matches your order requirements.
  • Confirm that all items listed in the packing list are complete.

If any damage or missing items are found, please contact the supplier immediately.

1.2 General Guidelines

  • Read this manual thoroughly before use and keep it for future reference.
  • Power Supply: Single input AC220V ± 40%.
  • Operating Temperature: -10 ℃ to 50 ℃.
  • Humidity: 0% to 65%.

1.3 Precautions

  • Always turn off the power supply before performing any wiring.
  • Ensure that AC power is never connected to the motor output terminals.
  • The installation site should be free from condensation, dust, and corrosive liquids or gases.
  • The installation position must be firm and free from vibration.
  • Due to the small overall size, handle wire ends carefully during connection.
  • If the ambient temperature is high, ensure sufficient heat dissipation space around the unit.

2. Installation and Wiring

2.1 Dimensions

The frequency converter has the following dimensions:

  • Width: 60.5 mm
  • Height: 102.5 mm
  • Depth: 130 mm
  • Hole Size for Mounting: 52.5 mm * 80 mm * 130 mm
Dimensions of the SUSWE 750WBPQ Frequency Converter
Figure 2.1: Dimensions of the SUSWE 750WBPQ Frequency Converter

2.2 Control Panel Layout

The front panel features a digital display and various control buttons and a potentiometer for frequency regulation.

Control Panel Layout of SUSWE 750WBPQ Frequency Converter
Figure 2.2: Control Panel Layout and Key Functions

Panel Elements:

  • Display Area: Shows frequency, current, etc.
  • RUN Indicator: Operating status.
  • FWD Indicator: Motor forward rotation.
  • REV Indicator: Motor reverse rotation.
  • MODE Key: Function selection, parameter settings, shift left.
  • Up/Down Arrow Keys: Parameter setting adjustment.
  • ENTER Key: Confirm key, enter parameter mode, save settings.
  • JOG Key: Jog operation.
  • RUN Key: Inverter panel operation start.
  • STOP/RESET Key: Stop operation, clear fault alarm.
  • Potentiometer: Adjusts frequency (0-10 scale).

2.3 Wiring Connections

The rear panel provides terminals for power input, motor output, relay output, external sensors, analog input, and 485 communication.

Wiring Diagram for SUSWE 750WBPQ Frequency Converter
Figure 2.3: Detailed Wiring Diagram

Terminal Descriptions:

  • Relay Output (CM, NC, ON): For external control.
  • Digital Inputs (X0, X1, X2, X3): For external sensors or control signals.
  • Analog Input (AI, A+, B-): 0-5V/0-10V analog input, 4-20mA matching with external 250R resistor.
  • Power Input (L, N): Single-phase 220V input.
  • Motor Output (U, V, W): Three-phase motor connection.
  • Ground (PE): Earth connection.
  • 12V/P, 5V, GND: Power outputs for external components.
  • 485 Communication (A+, B-): For Modbus communication.

Motor Wiring Diagram:

Motor Wiring Diagram for Three-phase and Single-phase Motors
Figure 2.4: Motor Wiring Diagram (Three-phase 220V and Single-phase 220V)

Note: If the original motor is a three-phase 380V output, use the new wiring method for triangle connection.

Example Wiring for Single-Phase Motor:

Example Wiring for Single-Phase Motor and Water Pump
Figure 2.5: Example Wiring for Single-Phase Power Supply to Inverter and Single-Phase Motor

3. Operating Instructions

3.1 Key Description

The following 'XXX' represents arbitrary data displayed on the panel.

  • MODE Key: Allows viewing of set frequency (Fxxx), operating frequency (Hxxx), operating current (Axxx), motor direction (FWD/REV), input voltage (Uxxx), inverter temperature (TXXX), input point status (Lxxx), and PID parameter display (X.X - X X) indicating setpoint/feedback value.
  • Up (▲) Key: Used to add data when setting parameters or increase frequency when controlled by the panel.
  • Down (▼) Key: Used to subtract data when setting parameters or decrease frequency when controlled by the panel.
  • ENTER Key: Press to enter parameter mode (Pxxx settings) and to save modified parameters.
  • JOG Key: Initiates jog operation.
  • RUN Key: Starts inverter operation from the panel.
  • STOP/RESET Key: Stops operation and clears fault alarms in fault display mode.
  • ENTER + Key: A composite key. In panel lock mode, press to unlock the function. If panel lock is enabled, press to enter panel lock function.

3.2 Panel Settings Description

When the panel displays 'Pxxx', use the Up and Down arrow buttons to select the desired parameter number. Press the ENTER key to enter the data mode for that parameter. The data can then be modified. After modification, press ENTER to save. If 'Pxxx' mode is not displayed, press the MODE key until it appears.

3.3 Parameter Description (P00 - P138)

The inverter features a wide range of configurable parameters to fine-tune its operation. Below is a summary of key parameters. For a complete list and detailed settings, please refer to the official PDF user manual available at SUSWE Inverter User Manual (PDF).

NumberFunctional DescriptionSetting RangeFactory Value
P00Main frequency input source setting00: Digital operator, 01: Keyboard potentiometer (0Hz below P35), 02: Keyboard potentiometer (P45 below P35), 03: External analog (0Hz below P35), 04: External analog (P45 below P35), 05: 485 communication, 06: PID control mode1
P01Operation signal source setting00: Digital operator, 01: External terminal, 02: 485 communication0
P02Motor stop mode setting00: Deceleration braking, 01: Free running0
P03Motor rating (maximum frequency) selection1.00~400.00Hz50.00
P04Maximum output voltage selection230V:0.1~255.0V, 460V:0.1~510.0V220.0
P05Intermediate frequency selection0.10~400.0Hz25.00
P06Intermediate voltage selection230V:0.1~255.0V, 460V:0.1~510.0V110.0
P07Minimum output frequency selection0.10~20.0Hz01.00
P08Minimum output voltage selection230V:0.1~255.0V, 460V:0.1~510.0V30
P09First acceleration time selection0.01~600.0s10.0
P10First deceleration time selection0.01~600.0s10.0
P11Second acceleration time selection0.01~600.0s010.0
P12Second deceleration time selection0.01~600.0s010.0
P13The first frequency setting0.00~400.0Hz15.00
P14Second frequency setting0.00~400.0Hz20.00
P15The third frequency setting0.00~400.0Hz25.00
P16The fourth frequency setting0.00~400.0Hz30.00
P17The fifth frequency setting0.00~400.0Hz40.00
P18The sixth frequency setting0.00~400.0Hz45.00
P19The seventh frequency setting0.00~400.0Hz50.00
P20Disable reverse function setting00: Reversal prohibited, 01: Reversible, 02: Direction can be saved1
P21Carrier frequency setting01~15 (fc=1kHz~15kHz)08
P22DC braking current level setting00~80%00.0
P23DC braking time setting at start-up0.0~5.0s0.0
P24DC braking time setting when stopping0.0~25.0s01.0
P25DC braking starting frequency when stopping0.00~15.00Hz02.50
P26Output frequency upper limit setting0.10~400.0Hz50.00
P27Output frequency lower limit setting0.00~400.0Hz00.00
P28Multi-function input mode selection0: X0: forward/stop; X1: reverse/stop; 1: X0: Run/Stop; X1: Reverse/Stop; 2: X0: forward/stop; X1: reverse/stop; X2: jog forward; X3: jog reverse; 3: Multi-function input programmable settings (X0-X3 functions are set by P29-P32)0
P29Multi-function input (X0)0: No function; 1: Stop according to deceleration time; 2: Free stop; 3: RESET command; 4: Multi-speed command 1; 5: Multi-speed command 2; 6: Multi-speed command 3; 7: Forward/stop; 8: Reverse/stop; 9: Run/stop; 10: Forward/reverse; 11: Jog forward; 12: Jog reverse; 13: Normally closed deceleration stop; 14: Normally open deceleration stop04
P30Multi-function input (X1)Same as P29 options05
P31Multi-function input (X2)Same as P29 options06
P32Multi-function input (X3)Same as P29 options07
P33Any frequency setting0.00~400.0Hz00.00
P34Torque compensation gain00~1000.0
P35AVI minimum setting0.0V~P361.0
P36AV maximum settingP35~10.0V9.5
P37Automatic reset/start times setting after abnormality00~1000
P38Automatic reset/restart interval setting after abnormality0.0~20s00.0
P39Analog output gain setting00~200%082
P40Power on operation lock00: Operable, 01: Inoperable0
P41Multi-function output relay contact00: Indication of operation, 01: Indication of reaching the set frequency, 02: Indication of reaching any frequency, 03: Fault indication03
P42Parameter lock/reset settings00: All parameter values are set to read/write mode, 01: All parameters are set to read-only mode0
P43Setting frequency0.00~400.00Hz05.00
P44DC braking frequency at start-up0.00~15.00Hz0.50
P45Analog low-end frequency0.00~400.00Hz0
P46Fault clearing00
P47Fault record 1*No
P48Fault record 2*LU
P49Fault record 3*No
P50Fault record 4*No
P51Latest fault record item47~5048
P52Motor rated current0-650003.2
P53Motor no-load current0-650001.0
P54Electric slip compensation coefficient0-10000
P55Motor overload protection mode0: Thermal equivalent protection mode, 1: Isochronous protection mode01
P56Motor overload protection level0~300%150%
P57Motor overload protection time0~600.0S60.0S
P58Overvoltage stall voltage0~999.9V370.0V
P59Acceleration stall prevention current level0~300%150%
P60Constant speed stall prevention current level0~300%150%
P61Deceleration stall prevention current level0~300%150%
P62Constant speed overcurrent deceleration time0~600.0S5.0S
P63Startup method selection0: Start from the starting frequency and accelerate, 1: Start by tracking the frequency0
P64Fault restart startup mode selection0: Fault restart starts from the start frequency, 1: Fault restart starts by tracking the frequency0
P65Plus and minus key frequency adjustment step value0~400.0Hz0.10Hz
P66DAC Output Selection0: Set frequency, 1: Output frequency, 2: Output current, 3: Bus voltage, 4: Inverter temperature09
P67Parameters restored to factory values1: Manually save parameters, 8: Restore factory values, Other values: Invalid0
P68Frequency tracking current level0~300%150%
P69Frequency tracking time0~900.0S3.0S
P70Frequency tracking voltage rise time0~900.0S3.0S
P71Jog frequency0~400.0Hz10.00Hz
P72Multi-speed acceleration and deceleration time selection0~255 is set in binary weighted mode. Bit1~bit7 correspond to P13~P19 respectively. 0: Acceleration/deceleration time 1, 1: Acceleration/deceleration time 2000
P73Inverter rated voltage0~550.0V220.0
P74Inverter rated current0~6500.0A07.0
P75Inverter overload protection level0~300%150%
P76Inverter overload protection time0~600.0S60.0S
P77Overvoltage protection voltage0~999.9V400.0V
P78Undervoltage protection voltage0~999.9V245.0V
P79Current detection coefficient0~6553530
P80Voltage detection coefficient0~655351250
P81Output AC voltage coefficient0~655351000
P82IO input filter coefficient0~6553550
P83Fan start temperature0~8050
P84Motor Type0: Three-phase output0
P85Inverter Type0: General inverter0
P86Dead time0~25030
P87External brake output percentage0-1000
P88Software version number*27.39
P89Reserve*0000
P90Password*0000
P91Speed displayThe maximum speed corresponding to the maximum frequency1500
P92Control Mode0: VF control0
P93VF Curve0: Straight line VF curve0
P94Bus voltage filter time10~1000MS10
P95Output current sampling filter time10~10000MS05.00S
P98Panel Display Locked Items0-7 (0 means no lock function, ENTER+DOWN key enables lock function)0
P99Overcurrent protection detection sensitivity0-9 (0 position disables over-current protection)5
P100485 Correspondence Address1-2558
P101Communication format (Modbus RTU 8-bit data, no parity, 1 stop bit) 40000 start address represents P000=1200, 1=2400, 2=4800, 3=9600, 4=19200, 5=38400, 6=57600, 7=115200. Baud rate changes require the inverter to be restarted to take effect.3
P102485 frequency given value0-400.0015.00
P103485 Run SettingsEach bit represents a different function. Bit0: 0=stop, 1=run. Bit1: 0=forward, 1=reverse. Bit2: 0=jog stop, 1=forced jog run. Bit3: 0=deceleration stop, 1=free stop, 2=brake stop.0000
P104Reserve0
P105Reserve0
P106PID ConfigurationUnits: 0 = single-action, 1 = double-action. Tens: 0 = negative action, 1 = positive action. Hundreds: 0 = no alarm for PID failure, 1 = deceleration stop, 2 = free stop.100%
P107PID output limit0-100100%
P108PID given signal selection0: Keyboard key setting, 1: Keyboard potentiometer setting, 2: AI1 external analog setting, 3: AI2 external analog setting0
P109PID feedback signal selection0: Keyboard key setting, 1: Keyboard potentiometer setting, 2: AI1 external analog setting, 3: AI2 external analog setting2
P110PID integral time0.001-9.9990.250 S
P111PID differential time0.000-9.9990010 S
P112PID proportional gain0.000-9.9993000
P113PID sampling period0.001-9.9990.010S
P114PID deviation limit0.0-20.000.2
P115PID fault detection time0.0-9.9180.0S
P116PID fault detection value0.0-100.00.2%
P117PID display range0.00-1.9910.00
P118PID keyboard given value0.0-9.925.0
P122Start pressure deviation0.0-9.901.0
P123Start delay time0.0-32.000001.0S
P124Shutdown frequency0.0-400.020.00Hz
P125Shutdown delay time0.0-32.000002.0S
P137Input port polarity0: Normally open input 1, Normally closed input. Units: 0=X0 and X1 are both normally open, 1=X0 is normally closed and X1 is normally open, 2=X0 is normally open and X1 is normally closed, 3=X0 and X1 are both normally closed. Tens: 0=X2 and X3 are both normally open, 1=X2 is normally closed and X3 is normally open, 2=X2 is normally open and X3 is normally closed, 3=X2 and X3 are both normally closed.0000
P138Input port type0: Stop when jog input is disconnected, 1: Hold when jog input is disconnected (refer to P137)0000

4. Maintenance

Regular maintenance ensures the longevity and optimal performance of your frequency converter. While specific maintenance schedules are not detailed in the provided information, general best practices include:

  • Keep the unit clean and free from dust and debris.
  • Ensure proper ventilation and heat dissipation. Regularly check that cooling fans (if present) are operating correctly and not obstructed.
  • Inspect wiring connections periodically for tightness and signs of wear or corrosion.
  • Avoid exposing the unit to excessive humidity, corrosive gases, or extreme temperatures.
  • If the unit is stored for an extended period, ensure it is in a dry, stable environment.

5. Troubleshooting (Fault Codes)

The inverter provides fault codes to help diagnose operational issues. Refer to the table below for common fault types, descriptions, and suggested actions.

Alarm TypeFault DescriptionFault NotesFault Number
OCInstantaneous overcurrentFault explanation3
OCAAcceleration overcurrentCheck whether the motor is normal4
OCDDeceleration overcurrentAdjust the acceleration time appropriately5
OCNConstant overcurrentAdjust the deceleration time appropriately6
OUOverpressureCheck whether the machine is normal and the voltage is stable7
LUUndervoltageAdjust the acceleration and deceleration time appropriately and check whether the mains power is normal.8
OHInverter overheatingCheck whether the mains power is normal (180V-240V)9
EFExternal faultCheck whether the inverter is cooling normally10
ERSFault restart failureCheck external sensor, whether the input is normal11
LPInput phase lossRestart the inverter12
OL1Motor overloadCheck whether the mains power is normal13
OL2Inverter overloadCheck whether the motor is normal and whether the load is too heavy14
OL3Temporary overload of motorCheck whether the motor is normal and whether it matches the inverter power.15
OL4The inverter is temporarily overloaded.Check whether the load matches the motor16
485Communication failureCheck whether the motor matches the inverter power17
PIDPID FailureCheck whether the communication line and the host computer communication are normal18
CUNo fault alarmCheck whether the analog input is output and whether the sensor is normal21

6. Specifications

FeatureSpecification
Brand NameSUSWE
Model Number750WBPQ
TypeDC/AC Inverters
Output TypeSINGLE
Output Current4A
Output Frequency50hz-400hz
Supply Voltage220V
Power Phase NumberThree-phase
Adapt Motor Power0.2-0.75KW
Control ModeDigital display
Application ScopeMotor speed regulation
Size (L*W*H)130*60.5*80 mm
Weight0.52 kg
OriginMainland China
CertificationCE
is_customizedYes
High-concerned chemicalNone

7. Warranty and Support

The SUSWE 750WBPQ Simple Frequency Converter is designed for reliable performance. For specific warranty terms and conditions, please refer to the documentation provided at the time of purchase or contact your vendor. General support for product inquiries and technical assistance can be obtained through the seller or manufacturer's official channels.

For additional resources, you may refer to the official user manual PDF: SUSWE Inverter User Manual (PDF).

8. User Tips

Based on general best practices for frequency converters:

  • Motor Compatibility: Always ensure the motor's power rating and voltage are compatible with the inverter's specifications to prevent damage and ensure efficient operation.
  • Proper Grounding: A secure and proper ground connection (PE terminal) is crucial for safety and to prevent electrical noise.
  • Parameter Tuning: Take time to understand and adjust the parameters (P00-P138) to match your specific motor and application requirements for optimal performance and energy efficiency.
  • Heat Management: Ensure the inverter is installed in a location with adequate airflow to prevent overheating, especially during continuous operation or in high ambient temperatures.
  • Wiring Quality: Use appropriate gauge wiring for power input and motor output to minimize voltage drop and heat generation. Ensure all connections are tight and secure.
  • External Control: If using external control signals (e.g., for jog, forward/reverse, or analog input), double-check the wiring and parameter settings (P28-P32) to ensure correct functionality.

9. Quality Assurance

The SUSWE frequency converter undergoes a rigorous manufacturing process to ensure quality and reliability. This includes careful design, precise component placement, and thorough inspection.

Video 9.1: Manufacturing process of the SUSWE Frequency Converter, highlighting quality control steps.

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