Standard Pneumatic Flange Gate Valve for Steam and Oil Non-Standard Type
Highlight: Pneumatic Flange Gate Valve
Product detail:
Pneumatic gate valves are gate valves that achieve precise control through pneumatic actuators. Driven by the power of the actuators, they
can efficiently complete the opening and closing operations of the valves. Structurally, they are composed of two parts: the upper pneumatic
actuator serves as the power core, while the lower valve body is responsible for controlling the flow on and off. With its strong operating torque,
the pneumatic actuator can easily drive the valve, and the opening and closing speed can be flexibly adjusted according to actual working
conditions. These valves feature an ingenious structural design and are convenient for daily maintenance. During operation, the buffering
characteristics of the gas play a crucial role, effectively reducing the risk of valve jamming and significantly extending the service life. However,
pneumatic gate valves rely on a stable air source, and their control systems are more complex than those of electric valves, requiring complete
supporting air supply facilities for operation.
Product technical parameter:
|
Model |
PN |
Working Pressure / MPa |
Applicable Temperature / °C |
Applicable Medium |
|
PZ673H-10C~16C |
10~16 |
1.0~1.6 |
≤ 100 |
Pulp, sewage, coal slurry, ash slag cement mixture |
|
PZ673F-10P~16P |
||||
|
PZ673Y-10P~16P |
Product features:
1.With a minimalist structural design, it features a small overall volume and light weight, making it easy to transport,
install, and arrange in various spaces.
2.Boasts excellent reliability and safety, long service life, and simple daily maintenance operations, effectively reducing
usage costs.
3. Supports remote control and centralized management, with minimal maintenance workload, significantly enhancing
management efficiency and convenience.
4.Automatically maintains a stable open state when fully open or closed, enabling precise adjustment and remote control
while effectively avoiding risks of manual misoperation.
5.Can be flexibly configured with electromagnetic inverters of various special functions according to users' actual needs,
fully meeting diverse application scenarios.
6.Driven by compressed air through a piston transmission system, it operates smoothly without vibration, with extremely
low noise, ensuring long-term stable performance of the product.
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