Pneumatic soft seal and Haotian clip butterfly valve product characteristics and parameters
CLICLS：493
Integrated Q valve has the characteristics of small volume, light weight, low cost, reliable performance, simple matching, large circulation capacity, etc., the exhaust valve is especially suitable for the medium is sticky, containing particles, with fiber characteristics. Pneumatic butterfly valve is widely used in food, environmental protection, light industry, petroleum, papermaking, chemical industry, teaching and scientific research equipment, power and other industries of industrial automatic control system.
Features:
1. Pneumatic butterfly valve only needs a small installation space, the working principle is simple and reliable.
2. Pneumatic butterfly valve has excellent flow performance, and the pressure loss through the valve is minimal.
3. Pneumatic butterfly valve has very obvious economy, especially for the larger diameter butterfly valve.
4 pneumatic butterfly valve body and standard flange matching.
5 pneumatic butterfly valve flow characteristics of the percentage of roughly the same, can be used to adjust or switch control.
6 pneumatic butterfly valve seat seals for the special medium is cleaner liquid and gas.
Pneumatic butterfly valve adopts the new GTD series or ATD series pneumatic actuator, with double action and single action (spring return), gear transmission, safe and reliable.
1. Gear type double piston, large output torque, small size.
2. The cylinder is made of aluminum alloy, light weight and beautiful appearance.
3. Wafer type turbine butterfly valve manual operation mechanism can be installed at the top and bottom.
4. Rack connection can adjust the opening Angle and rated flow.
5. The actuator can provide electric signal feedback instructions and various accessories to achieve automatic operation.
6. IS05211 standard connection provides convenience for product installation and replacement.
7. Adjustable joint screws at both ends enable standard products to have an adjustable range of ±4° between 0° and 90° to ensure synchronous accuracy with the valve.
