To Next PageTo Next PageWhat causes Err.10 on Powtran PI500 DC Drives?
If your Powtran DC Drives display Err.10, it could be because the inverter is too small for the application, so choose an inverter with a larger power level. It could also be due to an excessive load or motor stall, so reduce the load and check the motor and its mechanical condition.
What should I do if my Powtran PI500 show Err.07?
If your Powtran DC Drives show Err.07, it could be due to external force dragging the motor while running, so cancel the external force or install a braking resistor. Also, the input voltage might be too high, so set the voltage to the normal range.
Why is my Powtran PI500 showing Err.14?
If your Powtran DC Drives display Err.14, it could be due to several reasons. The air duct might be blocked, so clean it up. The fan might be damaged, so replace it. The ambient temperature might be too high, so decrease it. The module thermistor might be damaged, so replace it. The inverter module itself might be damaged, so replace it.
How do I fix Err.06 on Powtran PI500?
If your Powtran DC Drives display Err.06, it could be due to several reasons. If the input voltage is too high, set the voltage to the normal range. If there is an external force dragging the motor during deceleration, cancel the external force or install a braking resistor. If the deceleration time is too short, increase the deceleration time. If you haven't installed a braking unit and braking resistor, install them.
What does Err.04 mean on Powtran PI500 DC Drives?
If your Powtran DC Drives display Err.04, it could be due to a short-circuit or earthing of the inverter output, so eliminate peripheral faults. If the control mode is vector and without identification of parameters, perform identification for the motor parameters. If the voltage is low, set the voltage to the normal range. If there is a sudden increase in load when running, cancel the sudden load. If the inverter is too small, choose an inverter with a larger power level.
What causes Err.03 in Powtran PI500?
If your Powtran DC Drives show Err.03, it could be due to a short-circuit or earthing of the inverter output, so eliminate peripheral faults. If you are using vector control mode without parameter identification, perform identification for the motor parameters. Also, the deceleration time might be too short, so increase it.
Why am I getting Err.05 on my Powtran PI500 DC Drives?
If your Powtran DC Drives display Err.05, it could be due to several reasons. Ensure that you have installed a braking unit and brake resistor. If the input voltage is too high, set the voltage to the normal range. If there's an external force dragging the motor during acceleration, cancel the external force or install a braking resistor. Also, check if the acceleration time is too short and increase it if necessary.
General| Cooling Method | Forced air cooling |
|---|---|
| Output Voltage | 0-Input Voltage |
| Control Mode | V/F control, Sensorless vector control |
| Frequency Range | 0~400Hz |
| Protection Features | Over-current, Over-voltage, Under-voltage, Over-heat, Short circuit, Phase loss |
| Operating Temperature | -10°C to +50°C |
| Storage Temperature | -20°C to +60°C |
| Humidity | 5%~95%, without condensation |
| Altitude | Up to 1000m above sea level |
| Communication | Modbus-RTU |
Procedures for checking the product and its contents after receiving it.
Critical safety warnings and guidelines for installation, wiring, operation, and maintenance.
Illustrates the electrical connections for both the main and control circuits.
Details the arrangement and function of main circuit terminals across different power ratings.
Describes the arrangement and functions of control circuit terminals for various inputs and outputs.
Essential precautions and safety guidelines to follow during wiring operations.
Step-by-step guide for setting up and testing the inverter after installation.
Explains parameters used for monitoring inverter status and operational data.
Details fundamental parameters for controlling frequency, acceleration, and deceleration.
Configuration of digital and analog input terminals for controlling inverter functions.
Configuration of digital, relay, and analog output terminals for signaling and control.
Parameters related to inverter startup modes, stopping, and braking functions.
Parameters for configuring the Voltage/Frequency (V/F) control mode.
Parameters for advanced vector control mode, including speed and torque regulation.
Configuration of various protection mechanisms and fault handling settings.
Parameters specifically for controlling motor torque.
Configuration settings for the Proportional-Integral-Derivative (PID) control loop.
Essential parameters for configuring the motor characteristics for optimal performance.
Functionality for retrieving and displaying historical fault information.
Lists common failure types, their possible causes, and recommended solutions.
Regular inspection points, methods, and criteria for maintaining the inverter.
Defines the serial communication protocol, message formats, and bus structure.
