Product Details
Place of Origin: Jiangsu, China
Brand Name: OEM
Certification: CE,ATEX,ISO,SGS
Model Number: DA,SR
Document: Product Brochure PDF
Payment & Shipping Terms
Minimum Order Quantity: 20
Packaging Details: 1) foam packing inside,one carton box outside 2) then put all carton box in one strong plywood case for sea transport
Delivery Time: 3-15days
Supply Ability: 5000 sets per month
Metarial: |
Extruded Aluminum Alloy |
Colour: |
Black, Gray, Blue, Or As Customers' Requirement |
Application: |
Ball Valve, Butterfly Valve |
Connection: |
ISO 5211,DIN 3337 |
Structure: |
Rack And Pinion |
Type: |
Double Action And Single Action |
Product Name: |
AT Pneumatic Ball Valve Actuator 90 Degree Air Rotary Actuator Control Ball Valves |
Size: |
32 To 400 |
Metarial: |
Extruded Aluminum Alloy |
Colour: |
Black, Gray, Blue, Or As Customers' Requirement |
Application: |
Ball Valve, Butterfly Valve |
Connection: |
ISO 5211,DIN 3337 |
Structure: |
Rack And Pinion |
Type: |
Double Action And Single Action |
Product Name: |
AT Pneumatic Ball Valve Actuator 90 Degree Air Rotary Actuator Control Ball Valves |
Size: |
32 To 400 |
AT pneumatic ball valve actuator 90 degree air rotary actuator control ball valves
Pneumatic Actuator
What is a pneumatic actuator?
By definition, a pneumatic actuator is a device that converts energy typically in the form of compressed air into mechanical motion. Within the industry, pneumatic actuators are recognised by several different names including pneumatic cylinders, air cylinders, and air actuators; all of which are one and the same.
Consisting of a piston, cylinder, and valves or ports, a pneumatic actuator can convert energy into linear or rotary mechanical motions. This is dependent on whether the application is using a pneumatic rotary actuator or a linear actuator.
Linear actuators are well suited for fitting to angle seat control valves built for high temperature and steam applications, whereas the pneumatic rotary actuators are better suited for fitting to quarter-turn valves depending on the specification of the application.
Material | Extruded Aluminum alloy |
Rotary Angle | 0~90 degree |
Structure | rack and pinion rotary actuator |
Working Pressure | 2~8bar |
Surface Treatment | hard anodizing |
Working Temperature | Normal Temperature: -20ºC(-4°F) ~ 80ºC (+176°F); High Temperature: -15ºC(+5°F) ~ 150ºC (+302°F); Low Temperature: -40ºC(-104°F) ~ 80ºC (+176°F). |
Connection | NAMUR, ISO5211 and DIN3337 |
Application | ball valve, butterfly valve, and rotary machine |
Cup Color | grey, black, sky blue, dark blue, red, orange |
Pneumatic Actuator Design Feature
The extruding high intensity aluminum body possesses a honed internal surface coated with hard anode oxygenation for long life. Low coefficient of friction and swift performance.
Excellent compact and modernized construction along with multi specifications makes the selection both economic and beneficial.
All acting surface adopt high quality bearing resulting in low friction, high cycle life, and no noise
The two independent external stroke adjustment bolts can easily and precisely adjust ±5°at both open and close directions.
Same outline actuators have the functional modes of double acting and single acting (Spring -Return). The Spring-Return has the normally-open and normally-close styles.
Multi function indicator with NAMUR is convenient for mounting accessories.
Pre-compressed load spring is convenient for safe mounting and tear down procedures.
Die-casting aluminum pistons and end caps have high intensity and light weight.
Different O-rings materials are available for high and low temperature.
Product Application
AT series Pneumatic Actuator is made of dual pistons driven by racks and pinions. There are two models. One is Dual Acting model, and the other is Spring Return model, which can suit various flammable, corrosive, dusty, strong magnetic field, radiation, vibration corrosive environment indoor or outdoor.
Auto-control in the field of electric power, petrochemical, metallurgy, petroleum, gas, town, construction, drainage, chemical industry, oil refining, mining, power plant, metallurgy, architecture, medicine, food, gas, scientific research, etc.