The convenient adjustment mechanism of the elevator brake is an important feature in its design and manufacture. This mechanism not only improves the reliability and stability of the brake, but also reduces the difficulty and cost of maintenance.
The rubber material of mechanical rubber shock absorbers performs well in fatigue resistance, which is mainly due to its high elasticity and viscoelasticity, stress-strain characteristics and good durability.
The thermal boundary layer is a thin layer of air with a relatively stable temperature formed on the surface of the radiator, which prevents the heat from being further dissipated to the outside.
When the elevator is running, when the car starts, accelerates, decelerates or stops, the various shock-absorbing components begin to work together.
