What to do if my Nissei Engine motor does not run under no load?
If the Nissei Engine motor doesn't run without a load, check the power supply and inspect the circuit/wiring parts for defective connections or short circuit plate contact. Also, check the switch and terminal voltage. If these steps don't solve the problem, the stator winding might be disconnected, or the gear/shaft/bearing might be broken.
What to do if my Nissei Engine motor does not turn when a load is applied?
If the Nissei Engine motor fails to turn when a load is applied, check the wiring length to address potential voltage drops. Additionally, the motor may be experiencing overload operation, in which case you should lower the load. If these steps don't resolve the issue, the gear might be worn.
What to do if my Nissei Engine motor does not rotate, generates abnormal heat and the thermal relay operates?
If the Nissei Engine motor does not rotate, generates abnormal heat, and the thermal relay operates, first check the brake connection. Then, inspect the brake gap and adjust if it is too large. Also, check the rectifier and replace it if defective. Finally, inspect the switch and replace/repair it if defective.
What to do if the clutch and brake do not work on my Nissei Engine?
If the clutch and brake do not work on your Nissei Engine, check the connection first. If the connection is correct, the rectifier may be defective and needs replacement. Also, the switch might be defective and needs replacement or repair.
Why is the braking time long on my Nissei Engine?
If the braking time is long on your Nissei Engine, it could be due to oil or dust on the friction plate, in which case you should clean it. The friction plate's life may also be over, requiring a replacement. A large load inertia moment can also cause this issue, so lower the load. Additionally, consider changing the connection to DC switching if it's currently AC switching.
Why is the vibration large in my Nissei Engine?
Large vibration in your Nissei Engine may be due to defective installation or a loose bolt, so ensure everything is tightened. The gear might be worn.
What to do if the start-up is not good and the brake does not work well on my Nissei Engine?
If the start-up is not good and the brake does not work well on your Nissei Engine, it could be due to oil or dust on the friction plate, so clean it. The friction plate's life may also be over, requiring a replacement. A large load torque or inertia moment can also cause this issue, so lower the load.
How to fix grease leaks in my Nissei Engine?
If you notice grease leaks in your Nissei Engine, check for any loose fastening parts and tighten them.
Why is the sound high in my Nissei Engine?
A high sound in your Nissei Engine may indicate a damaged bearing or worn gear if the sound is continuous. If the sound is intermittent, it could be due to a scratch on the gear or foreign substance mixture.
What to do if the brake does not work on my Nissei Engine?
If the brake does not work on your Nissei Engine, check the connection. If the connection is correct, the switch may be defective and needs replacement or repair.
General| Category | Engine |
|---|---|
| Series | GTR MID Series |
| Type | 4-Stroke, Single Cylinder |
| Compression Ratio | 8.5:1 |
| Fuel System | Carburetor |
| Cooling System | Air-cooled |
| Starting System | Recoil start |
Details definitions of danger levels, safety symbols, and precautions for safe operation.
Guidance on verifying package contents, checking for damage, and identifying the gearmotor model.
Provides safety precautions and procedures for transporting the gearmotor to prevent damage or injury.
Specifies environmental conditions, mounting orientation, and procedure details including bolt torques.
Guides on shaft alignment for direct connections, belt/chain attachment, hollow shaft installation, and flange/torque arm mounting.
Illustrates output shaft rotational directions for different gearmotor series based on power and ratio.
Covers general wiring precautions for terminal boxes and how to change mounting direction.
Details precautions for brake, direct power input, and inverter operation wiring.
Lists essential checks before operating the gearmotor and procedures for trial and routine operation.
Lists applicable safety standards and efficiency regulations for gearmotors by country.
Highlights safety during inspection, provides info on lubrication, and outlines daily inspection tasks.
Details brake structure, inspection, specifications, gap adjustment, and manual release procedures.
Lists common failure details, causes, and recommended measures for gearmotors, brakes, and clutches.
Provides contact details for overseas sales and inquiries regarding gearmotors.
To Next Page