What to do if my Sako SKI600 Inverter shows E-03 error?
If your Sako Inverter displays the E-03 error, first check the power supply due to a possible low network voltage. Also, examine the load for sudden changes or abnormalities, and reduce the change of the load if needed. If the driver's power is too low, select a driver with a larger capacity.
What should I do if Sako SKI600 Inverter displays E-04 error?
If your Sako Inverter shows an E-04 error, check the power supply because of a possible abnormal supply voltage. If the driver is restarted with a rotating motor, start after setting it to DC braking, or use rotational speed tracking start. For special potential energy loads, connect a suitable braking resistor or braking unit.
What to do if Sako SKI600 Inverter displays E-05 error?
If your Sako Inverter is showing E-05, prolong the Dec time. If the load inertia is too high, connect a suitable braking resistor or braking unit. Also, check the power supply for any abnormalities.
What to do if Sako Inverter displays E-02 error?
If your Sako Inverter displays the E-02 error, you can prolong the Dec time. If the driver's power is too low, select a drive with a larger capacity. If the load inertia is too high, connect a suitable braking resistor or braking unit.
What to do if Sako SKI600 displays E-01 error?
If your Sako Inverter shows E-01, prolong the Acc time. You might also need to restart the rotating motor. If the drive power is too small, select a higher power drive. In case the V/F curve is not suitable, adjust the V/F curve or torque boost.
Essential safety guidelines for operating the VFD equipment.
Overview of available VFD models and their specifications.
Detailed technical specifications and performance characteristics of the VFD.
Recommended environmental conditions for VFD installation and operation.
Essential wiring diagrams for basic VFD operation.
Important precautions and guidelines for VFD wiring.
Description of each key on the VFD's operation panel and its function.
Explanation of VFD status indicators and their meanings.
Procedures for interpreting and responding to VFD fault codes.
Table of monitoring parameters and fault codes with their definitions.
Core parameters for basic VFD operation and configuration.
Parameters for configuring and tuning the motor characteristics.
Essential parameters for VFD protection and safety functions.
Detailed explanation of VFD system management parameters.
In-depth description of parameters for basic VFD operation.
Detailed explanation of PID control parameters.
Detailed explanation of VFD protection settings and their functions.
Details on Modbus RTU communication mode and data formatting.
Mapping of VFD functions to Modbus registers and codes.
List of VFD fault codes and their corresponding fault information.
Format for VFD control commands via communication.
Comprehensive guide to identifying and resolving VFD faults.
Common VFD operational issues and their solutions.
Regular checks to ensure optimal VFD performance and longevity.
Scheduled maintenance tasks for internal electronic components.
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