What is the internal structure of the Linear Actuator?

Linear Actuator is a new type of electric actuator, linear actuator is mainly composed of motor, pushrod and control device, a new type of linear actuator, can achieve long-distance control, centralized control. Linear Actuator in a certain range of travel for round-trip movement, the general linear actuator standard stroke in, 100,150,200,250,300,350,400mm, special stroke can also be designed according to different application requirements.

_20210621163023_副本Linear Actuator can be designed according to different application loads of different thrust electric pushrods, generally its maximum thrust of up to 6000N, empty operating speed of 4mm to 35mm/s, electric pushrods to 24V/12V

Dc permanent magnet motor as a power source, the motor’s rotational motion into linear reciprocating motion. Push a set of linkage mechanisms to complete the wind valve, valve, gate, bezel and other switching work.

The use of linear actuator as actuators not only reduces the gas source and auxiliary equipment required to adopt pneumatic actuators, but also reduces the weight of the actuators. Pneumatic actuators need to have a certain air pressure throughout the control operation process, although small consumption of amplifiers, etc. , but the accumulation of time, gas consumption is still huge.

The use of electric linear actuator, in changing the control of the opening, the need for power supply, in reaching the desired opening can no longer power supply, so from the point of view of energy saving, the electric linear actuator than pneumatic actuator has obvious energy-saving advantages. Suitable for long-range operation and widely used in power, chemical, metallurgy, mining, light industry, transportation, ships and other departments of the door, valves, gates and other institutions, material handling, flow control. It has been replaced by more and more departments to replace the automatic devices of the mechanism hand, the liquid grave valve and the deceleration transmission mechanism.


Post time: Nov-13-2021