C
colin28Sep 23, 2025
What does Err.23 mean on Powtran PI500-S Inverter?
- PPatricia PerkinsSep 23, 2025
If your Powtran Inverter displays Err.23, it indicates that the motor has a short to ground. Replace the cable or motor.
To Next PageTo Next PageWhat does Err.23 mean on Powtran PI500-S Inverter?
If your Powtran Inverter displays Err.23, it indicates that the motor has a short to ground. Replace the cable or motor.
What causes Err.03 on a Powtran Inverter and how to fix it?
The Err.03 error on your Powtran Inverter can arise from several factors. Here's what to check: * A short-circuit or earthing of the inverter output. If this is the case, eliminate peripheral faults. * If you're using vector control without identifying parameters, perform motor parameter identification. * A deceleration time that's too short. Increase the deceleration time. * Low voltage can cause this error. Set the voltage to the normal range. * If the load suddenly increases during deceleration, cancel the sudden load. * Lack of a braking unit and braking resistor. Install a braking unit and brake resistor.
Why does my Powtran PI500-S Inverter show Err.04?
The Err.04 error on a Powtran Inverter can be attributed to the following reasons: * A short-circuit or earthing of the inverter output. If this occurs, eliminate peripheral faults. * If the control mode is vector and parameters haven't been identified, perform identification for the motor parameters. * Low voltage can trigger this error; set the voltage to the normal range. * A sudden increase in load during operation may also cause it; cancel the sudden load. * If the inverter type is too small, select an inverter with a larger power level.
What does Err.05 mean on my Powtran PI500-S Inverter?
If your Powtran Inverter displays Err.05, consider the following potential causes and solutions: * If a braking unit and braking resistor haven't been installed, install them. * High input voltage can cause this error. Set the voltage to the normal range. * External force dragging the motor during acceleration can trigger this. Cancel the external force or install a braking resistor. * If the acceleration time is too short, increase it.
How do I fix Err.06 on my Powtran PI500-S Inverter?
If you're seeing Err.06 on your Powtran Inverter, here's what you should check: * High input voltage. Set the voltage to the normal range. * External force dragging the motor during deceleration. Cancel the external force or install a braking resistor. * A deceleration time that's too short. Increase the deceleration time. * Missing braking unit and braking resistor. Install a braking unit and brake resistor.
What does Err.22 mean on Powtran PI500-S Inverter?
If your Powtran Inverter displays Err.22, it means there is an overvoltage or overcurrent. Eliminate the overvoltage or overcurrent fault.
What does Err.15 on Powtran PI500-S Inverter mean?
If your Powtran Inverter is displaying Err.15, it means an external fault signal was input through the multi-function terminal DI. Reset run.
What does Err.21 mean on Powtran PI500-S?
If your Powtran Inverter displays Err.21, it indicates that the EEPROM chip is damaged. Replace the main control panel.
What to do if Powtran PI500-S Inverter shows Err.12?
If your Powtran Inverter displays Err.12, it could be due to: * An abnormal drive panel. Replace the drive, the power board or contactor. * An abnormal lightning protection plate. Seek technical support. * An abnormal main control panel. Check and eliminate the existing problems in the peripheral line.
What does it mean when my Powtran Inverter shows Err.11?
If your Powtran Inverter is displaying Err.11, consider these possibilities: * The power grid voltage might be too low. Check the power grid voltage. * The motor protection parameters (F8.03) might not be set appropriately. Correctly set this parameter. * The load could be too large, or the motor might be stalling. Reduce the load and check the motor and its mechanical condition.
Checks package contents and verifies product nameplate details for correctness.
Explains the information presented on the inverter's nameplate for identification.
Details how to interpret the inverter's model designation for correct identification.
Outlines critical safety warnings, categorizing dangers as 'Danger' or 'Caution'.
Lists specific precautions for motor insulation, thermal protection, and general handling.
Defines the suitable applications for the inverter and notes limitations for specific uses.
Provides detailed technical specifications for various inverter models, including power and current ratings.
Outlines standard specifications for power input, control system features, and operational parameters.
Illustrates the inverter's operation panel, detailing the layout of keys and indicators.
Explains the function and meaning of various indicator lights on the inverter's operation panel.
Details the function of each key on the inverter's operation panel for user interaction.
Provides a table mapping digital display characters to their corresponding letters and numbers.
Demonstrates practical examples of how to view and modify function codes and parameters.
Guides users on navigating the menu and modifying function code settings.
Explains how to display various status parameters in different operating modes (stop/run).
Details the password protection feature and how to set or cancel it.
Describes the process of automatic motor parameter tuning for optimal vector control performance.
Specifies the recommended environmental conditions for installing and operating the inverter.
Provides guidelines on the required installation space and orientation for proper heat dissipation.
Introduces the wiring diagrams for the inverter's main and control circuits.
Explains the function of each terminal in the main circuit for proper connection.
Details the arrangement and function of control circuit terminals for external connections.
Presents the comprehensive wiring diagram of the inverter, illustrating all connections.
Lists critical safety guidelines and recommendations for wiring the inverter to prevent damage and hazards.
Outlines the step-by-step process for commissioning the inverter after installation.
Explains the parameter menu structure, codes, and functional groups for inverter settings.
Details parameters for monitoring inverter status like frequency, current, and voltage.
Covers basic function parameters such as motor control mode, frequency source, and acceleration/deceleration times.
Configures the functions assigned to the inverter's digital and analog input terminals.
Configures the functions for the inverter's digital and analog output terminals.
Configures start-up modes, frequencies, and braking parameters for motor control.
Sets parameters for V/F control curves, torque boost, and slip compensation.
Configures keyboard functions, display parameters, and status indicators.
Sets auxiliary functions like jog running, reverse rotation, and start protection.
Configures inverter protection features, fault detection, and alarm settings.
Sets communication parameters like baud rate, data format, and unit address for network communication.
Optimizes inverter performance through parameters like current limiting and voltage settings.
Configures special functions for solar pump applications, including operation modes and voltage settings.
Configures PID control parameters for precise process regulation based on feedback.
Configures virtual digital input (VDI) and output (VDO) terminals for flexible I/O mapping.
Sets motor parameters essential for accurate vector control and inverter protection.
Manages function codes, including parameter initialization, backup, and storage operations.
Provides a way to query fault history, including fault types, status, and related data.
Lists common fault codes, their possible causes, and recommended solutions for troubleshooting.
Explains electromagnetic compatibility standards and precautions for minimizing interference.
Details EMC directives, including harmonic effects and installation precautions.
Provides methods to mitigate interference caused by the inverter to surrounding electronic equipment.
Discusses forms of leakage current and methods to reduce it, along with potential issues.
Outlines important precautions for installing EMC input filters to ensure safety and effectiveness.
Presents overall product dimensions and installation information.
Shows external drawings and key dimensions for product installation.
Provides dimension diagrams and notes for the P1500 series inverters.
Shows dimension diagrams for PI500-S series with DC reactor base.
Provides dimension drawings for the inverter's keypad and its installation opening.
Guides routine inspections and preventive maintenance tasks for the inverter, including checks and criteria.
Lists components recommended for regular replacement to ensure long-term reliable operation.
Provides instructions for storing the inverter when not in use, including environmental and testing requirements.
Details capacitor handling, including rebuilding instructions and charging procedures based on storage time.
Explains how to measure and interpret readings for current and voltage, noting potential inaccuracies.
Outlines the warranty period, return, replacement, and repair service terms for the product.
Lists conditions and reasons for which product failures are not covered under warranty.
Defines the serial communication protocol, including data format, transmission mode, and bus structure.
Details the information content and format used in the serial communication protocol.
Explains how to connect the inverter for MODBUS communication using RS485 interfaces.
Describes the Modbus RTU communication protocol structure, message frames, and command codes.
General
