What to do if my GE Industrial Electrical motor does not rotate?
If your GE Industrial Electrical motor isn't rotating, ensure the drive is receiving power by checking the input and output voltage, as well as any interphase imbalance. Connect a molded case circuit breaker, a ground fault circuit interrupter, or a magnetic contactor. Also, verify there are no voltage drops, phase losses, poor connections, or contacts. Correct any issues found.
Why isn't the current limiting operation increasing the output frequency in my GE Industrial Electrical system?
If the current limiting operation in your GE Industrial Electrical system isn't increasing the output frequency, verify if the current limiting is active using Menu #3 “drive monitoring” and check the data for the current limiting level (F44). Adjust the level of the current limiting (F44) to an appropriate value.
What to do if GE Industrial Electrical motor rotates, but the speed does not increase?
If your GE Industrial Electrical motor rotates but the speed does not increase, check if the maximum frequency (F03) is set too low and reset it to the correct value. Also check if the peak frequency of the frequency limiter (F15) is set too low and reset it to a correct value. Also, check the acceleration/deceleration time and change it to match the load.
General| Horsepower | 0.5 - 3 HP |
|---|---|
| Input Frequency | 50/60 Hz |
| Output Frequency | 0 - 400 Hz |
| Protection Degree | IP20 |
| Operating Temperature | -10°C to +50°C |
| Humidity | 95% RH or less (non-condensing) |
Essential warnings and cautions for safe operation, installation, and maintenance.
Guidelines for proper use with various motor types and environmental considerations.
Details on model numbering, weights, and dimensions for product selection.
Procedures to verify the drive upon receipt, including checking for damage.
Instructions for safe transportation and proper storage environment requirements.
Specifications for the installation site, including temperature, humidity, and atmosphere.
Guidelines for mounting the drive, including base requirements and clearances.
Detailed instructions for connecting main circuit, control circuit, and ground terminals.
Description of keypad keys, LED monitor, and potentiometer functions.
Explanation of Run, Program, and Alarm modes and status transitions.
How to run/stop the motor, set frequency, and monitor drive status in Run mode.
Guide to setting function codes for customizing drive operations and parameters.
Procedures for checking codes, monitoring status, I/O, maintenance, and alarms.
Steps for inspecting connections and setting function codes before initial motor test.
Instructions for performing the initial test run and checking motor operation.
Transitioning from test run to normal operation after successful checks.
Comprehensive listing of all function codes, their parameters, and settings.
Explanations of common function code groups and their purposes.
Initial steps before troubleshooting, including safety warnings and general checks.
Diagnosing and resolving problems like motor not rotating or speed issues.
Troubleshooting common drive settings problems and alarm codes.
Procedures for routine visual checks and detailed periodic inspections.
Guidance on insulation testing, electrical measurements, and part replacement intervals.
Information on obtaining assistance, warranty coverage, and procedures.
Technical details on drive models, ratings, input/output characteristics, and braking.
Description of terminal functions and connection diagrams for external signals.
External dimensions of the drives and a list of built-in protective functions.
Lists main peripheral equipment and options connectable to the AF-300 Mini.
Information on compliance with UL and CSA safety and certification standards.
Details on compliance with EU EMC and Low Voltage Directives for CE-marked products.
Guidelines for harmonic emission regulations when connecting to EU power lines.
To Next Page