Installation precautions and valve principle of pneumatic butterfly valve for suspended ball valve:
The pneumatic butterfly valve expert will introduce the installation precautions and valve principle of the pneumatic butterfly valve of the suspended ball valve in detail
As the name implies, the pneumatic butterfly valve of the suspended ball valve is to install valves for the lifting equipment. The combined components of the pneumatic butterfly valve of the suspended ball valve are composed of the steel frame of the pneumatic butterfly valve and the ball valve. The shockproof principle of the pneumatic butterfly valve of the suspended ball valve absorbs the flexibility of the ball valve with different deflection values, and it is improved according to the rating of the required deflection value, The flexibility and expansion of the ball valve can achieve good rebound and elongation effects when the equipment is operating. At the same time, it has a good shock absorption effect on the lifting equipment, stabilizing and reinforcing the balance of the lifting equipment, and has a very strong protective effect.
Features of ZD damping ball valve damper:
Damping is one of the three fundamental elements for vibration control. However, its performance parameters are difficult to test and its vibration reduction effect is difficult to predict. Therefore, in general, the first way to stop vibration reduction control is to increase the mass, change the stiffness, install vibration isolators or dynamic vibration absorbers, and in some special places, damping vibration reduction is required. For example, for some problems of thin plate structure shock absorber that make people feel helpless, adopting damping measures can obtain satisfactory results.
Damping damper has the following benefits: it can suppress the vibration peak value at resonance frequency; Reduce the transmission of vibration along the structure; Reduce construction noise. It is worth pointing out that damping is the most effective in suppressing vibration in the resonance area, but not significant in the non resonance area.