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Custom Linear Actuators for Recliner Chair/Wheelchairs

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DC Linear Actuators Manufacturers

DC Actuator is a linear motion motor with high efficiency, low noise, long life, high protection level, and easy control.
Used in wheelchairs, mobility scooters for the elderly, aerial work equipment, packaging, home appliances, and other industries.DC Actuator usually refers to a linear actuator, also known as a push rod actuator or linear actuator. This motor system converts rotary motion into linear motion, using a push rod (also called a piston or rod) to perform the linear push. The push rod motor has a highly integrated structure, making it easy to install and integrate into a variety of applications. They usually have high accuracy and reliability and are suitable for occasions requiring frequent positioning and high-precision control.
About

Hengye Intelligent Drive (Hangzhou) Co., Ltd.

Established in 2004, Hengye Intelligent Drive (Hangzhou) Co., Ltd. has long been focusing on the R&D and manufacturing of AC motors, DC motors, servo motors, brushless motors, geared motors, which have a high reputation in the industries of cleaning equipment, medical equipment, logistic and handling equipment, industrial controls, vacuum pumps, etc.
As Electric Linear Actuators Manufacturers and Electric Recliner Motors Factory in China, Hengye has been focusing on talent cultivation and has a large number of senior and stable R&D engineers, process and quality engineers. At the same time, Hengye has been continuously upgrading its equipment capacity, with ultra-precision machining equipment including OKUMA, MAZAK, HASS, BROTHER, as well as advanced testing equipment in the industry, such as ZEISS, JENOPTIK, MITUTOYO, and so on.
While guaranteeing that the technology and quality exceed the industry standard, Hengye is committed to providing more professional and efficient customized solutions to help customers solve problems. Supply Custom DC Linear Actuators. We will cooperate with our customers to develop together and create brilliant future.
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Certificate of Honour

  • UL Certificate
  • CE
  • ISO14001-EN
  • ISO14001-CN
  • ISO45001-EN
  • ISO45001-CN
  • ISO9001-EN
  • ISO9001-CN
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DC Actuator Industry knowledge
When installing a DC linear actuators, what is the correct alignment of the actuator relative to the load and other system components?

  When installing a DC linear actuators, proper alignment of the actuator relative to the load and other system components is critical to help ensure smooth operation and efficient operation of the actuator. Here are some suggestions on how to properly align DC linear actuators:
    - Before installing the electric linear actuators, determine the location of the load and the required range of motion of the actuator. This can help determine the best mounting location and orientation for the actuator.
    - Make sure the direction of movement of the electric linear actuators matches the direction of movement of the load. If the movement direction of the actuator is opposite to the movement direction of the load, it may be necessary to adjust the installation direction or change the installation position of the actuator.
    - Ensure that the axis of the electric linear actuators is aligned with the axis of the load, especially where linear motion is involved. This helps reduce side loads and friction and ensures smooth movement.
    - Avoid deflection or deflection of the electric linear actuators during installation. Use a horizontal or vertical level to ensure the actuator maintains a horizontal and vertical position during installation.
    - After installation is complete, perform a final alignment check to ensure that the actuator's position and orientation are consistent with the load. Observe the movement trajectories of the load and actuator to ensure there are no abnormal deviations or vibrations between them.
    - Adjust and calibrate as necessary to ensure DC linear actuators movement is consistent with load requirements. This may include adjusting the actuator's mounting position, range of motion, or speed to meet specific application needs.
    - Use auxiliary tools during installation such as positioning clamps, adjustment brackets or sensors to help ensure accurate alignment and positioning of the actuator.
    - After installation is completed, conduct a motion performance test to check whether the actuator's motion is consistent with the load requirements. Make sure the actuator can perform the required action smoothly and accurately.
- Regularly check the position and alignment of the DC linear actuators, especially after prolonged use or changes in load conditions. Adjust and calibrate as needed to ensure optimal actuator performance and reliability.
What additional installation accessories are required for the installation of electric recliner motors?

Installing a electric recliner motors may require some additional mounting accessories, depending on the actuator design, installation environment and specific application requirements. Here are some common mounting accessories:
1. Brackets and mounts: Brackets and mounts are used to support the actuator and hold it in the desired position. These accessories are usually supplied with the actuator and installed according to the installation requirements.
2. Mounting plate or base: The mounting plate or base is used to provide a flat mounting surface and allow the actuator to be connected to other equipment or structures. They are usually made of sturdy materials to ensure a secure mounting of the actuator.
3. Connecting rods and rod heads: Connecting rods and rod heads are used to connect the output shaft of the actuator with the load or other system components. They usually come in adjustable lengths and angles so they can be adjusted and installed as needed.
4. Install angle irons and bolts: Install angle irons and bolts to secure the actuator to a bracket, rack or other structure. Select the appropriate angle iron and bolt sizes and install according to the dimensions of the actuator and mounting surface.
5. Guards or covers: Guards or covers can be used to protect actuators from moisture, dust, chemicals and other contaminants when exposed to harsh or hazardous environments.
6. Connecting cables and plugs: If the electric recliner motors requires a power supply or control signal, appropriate connecting cables and plugs may be required to connect the actuator to the power supply or control system.
7. Vibration-absorbing gaskets: When installing actuators in high-vibration environments, vibration-absorbing gaskets can be used to reduce vibration transmission to the actuator and surrounding equipment, thereby improving performance and stability.
8. Safety accessories: Depending on the specific application and safety requirements, it may be necessary to install additional safety accessories, such as safety switches, limit switches, anti-collision devices, etc., to ensure safe operation and prevent accidents.