| After-sales Service Provided: | Overseas service center available |
|---|---|
| Condition: | New |
| Brand Name: | Hu Xing |
| Weight: | 1kg-50000kg |
| color: | blue |
| Place of Origin: | China (Mainland) |
Quick Details
Specifications
Features of the Huxing AR series 90 degree commutator:
1. Small size and space saving: the 90 degree commutator usually adopts a spiral bevel gear design, which enables the installation of the motor to achieve 90 degree steering, thereby saving installation space
2. High precision and low noise: the transmission gear has been precisely developed to meet the requirements of precision transmission and low noise. High rigidity and small backlash ensure precise positioning
3. Multiple model options: Different models of 90 degree commutators have different specifications and speed ratio ranges. for example, common models include 42, 60, 90, etc., with a speed ratio range of 2, 3, 5 and an accuracy range of 3-6 arcmin
4. Wide application: the 90 degree commutator is suitable for various transmission systems, such as machine tools, automation devices, etc. It has the advantages of high precision, long service life, and compact structure
1. Selection points:
Load and torque
Maximum input torque: Determine the maximum input torque that the commutator needs to withstand based on application requirements. When choosing, a certain safety margin should be left to ensure long-term stable operation.
Output torque: Consider whether the output torque of the commutator can meet the load requirements, especially for high load applications, and choose models with high load-bearing capacity.
2. Speed and efficiency
Input speed: Determine the maximum input speed of the commutator to ensure that it can maintain high efficiency and stability during high-speed operation.
Output speed: Select the appropriate output speed according to system requirements. High speed applications should choose low friction and high-efficiency commutators.
3. Installation and Dimensions
Installation method: Choose the appropriate installation method based on the actual installation environment, such as flange installation, shaft installation, etc.
Size: Consider whether the size of the commutator meets the requirements of the installation space, ensuring easy and reliable installation.
4. Environmental adaptability
Working temperature: Determine the working temperature range of the commutator and select a model that can operate stably at a specific temperature.
Protection level: Choose the appropriate protection level based on the cleanliness and humidity of the working environment, such as IP54, IP65
1. Small size and space saving: the 90 degree commutator usually adopts a spiral bevel gear design, which enables the installation of the motor to achieve 90 degree steering, thereby saving installation space
2. High precision and low noise: the transmission gear has been precisely developed to meet the requirements of precision transmission and low noise. High rigidity and small backlash ensure precise positioning
3. Multiple model options: Different models of 90 degree commutators have different specifications and speed ratio ranges. for example, common models include 42, 60, 90, etc., with a speed ratio range of 2, 3, 5 and an accuracy range of 3-6 arcmin
4. Wide application: the 90 degree commutator is suitable for various transmission systems, such as machine tools, automation devices, etc. It has the advantages of high precision, long service life, and compact structure
1. Selection points:
Load and torque
Maximum input torque: Determine the maximum input torque that the commutator needs to withstand based on application requirements. When choosing, a certain safety margin should be left to ensure long-term stable operation.
Output torque: Consider whether the output torque of the commutator can meet the load requirements, especially for high load applications, and choose models with high load-bearing capacity.
2. Speed and efficiency
Input speed: Determine the maximum input speed of the commutator to ensure that it can maintain high efficiency and stability during high-speed operation.
Output speed: Select the appropriate output speed according to system requirements. High speed applications should choose low friction and high-efficiency commutators.
3. Installation and Dimensions
Installation method: Choose the appropriate installation method based on the actual installation environment, such as flange installation, shaft installation, etc.
Size: Consider whether the size of the commutator meets the requirements of the installation space, ensuring easy and reliable installation.
4. Environmental adaptability
Working temperature: Determine the working temperature range of the commutator and select a model that can operate stably at a specific temperature.
Protection level: Choose the appropriate protection level based on the cleanliness and humidity of the working environment, such as IP54, IP65