GIM4305-10SHS Planetary Reducer Servo Motor
Product Information
Specifications:
- Thread Size: 6-M 2.5
- Thread Depth: 3mm
- Effective Thread Depth: 5mm
- Front Cover: No front cover
Description:
The product features 6-M 2.5 threads with a depth of 3mm and an
effective depth of 5mm. It can be used without a front cover to
secure the bearings, reducing installation height. However, caution
must be taken as the motor must be fully installed before operation
to avoid rotor ejection risks.
Product Usage Instructions
Installation:
- Ensure the motor mounting position adequately secures the
bearings if using the no front cover configuration. - Use 6-M 2.5 screws with a depth of 3mm or an effective depth of
5mm to attach the motor securely. - Avoid using screws that are too long to prevent damaging the
motor.
Precautions:
Do not perform trial runs of the motor until it is fully
installed to prevent any risks of rotor ejection.
FAQ
Q: Can I use longer screws than recommended for
installation?
A: It is not advisable as longer screws may damage the motor.
Stick to the specified screw size and depth for safe
installation.
Q: What should I do if I choose the no front cover
configuration?
A: Make sure that the motor mounting position can adequately
secure the bearings. Do not operate the motor until it is fully
installed to avoid any risks of rotor ejection.
6-M 2.5 threads with a depth of 3mm. Screws should not be too long; otherwise, the motor may be d am ag ed .
Ø47.5
26
6
1
Ø53 Ø37
Ø40
3-M 2.5 threads with an effective depth of 5mm.
Ø47.5
Ø27 3-M 3 threads with an effective depth of 4mm.
6-M 2.5 threads with a depth of 3mm. Screws should not be too long; otherwise, the motor may be d am ag ed .
Ø47.5
23
6
2
2
Ø53 Ø44 Ø37
Ø40
6-M 2.5 threads with an effective depth of 5mm.
Ø47.5
Ø27 3-M 3 threads with an effective depth of 4mm.
No Front Cover The front cover serves to secure the bearings. The “no front cover” configuration is applicable when the motor mounting position can adequately secure the bearings, thereby reducing the installation height. This configuration is considered an unfinished structure until fully installed. Do not perform trial runs of the motor; otherwise, there is a risk of rotor ejection.
GIM 4305-10SHS Installation Diagram
Documents / Resources
 | SteadyWin GIM4305-10SHS Planetary Reducer Servo Motor [pdf] Installation Guide GIM4305-10SHS Planetary Reducer Servo Motor, GIM4305-10SHS, Planetary Reducer Servo Motor, Reducer Servo Motor, Servo Motor |