Calculation Formulas:
• Output torque after deceleration = motor torque X reduction ratio X gearing efficiency;
• Output speed = motor speed / reduction ratio;
Frequently Asked Questions
1. What is the physical size of the PG45775 gear motor?
The motor features a diameter of 45mm, with the total length varying between 99mm and 145mm depending on the number of gearbox stages selected.
2. What is the maximum torque capacity of this series?
The maximum running torque reaches up to 200kgf·cm for stages 3 through 5, with a gear breaking torque limit of 600kgf·cm for enhanced durability.
3. Does it support both 12V and 24V applications?
Yes, the motor data includes specific configurations for both 12V and 24V DC inputs, providing a range of speeds from 3000 to 6000 RPM.
4. How many reduction stages are available?
The gearbox can be configured with 1 to 5 stages, offering reduction ratios ranging from as low as 3.7 to as high as 2672.
5. What is the efficiency of the three-stage gearbox?
The gearing efficiency for a three-step configuration is approximately 73%, ensuring effective power transmission for high-torque requirements.
6. What type of gears are used in the construction?
The PG45775 utilizes a cylindrical gearbox with hardened tooth surfaces to ensure long-term reliability and wear resistance.
KPR Motor
