Double Acting Rodless Air Cylinder: 4" Bore, 3" Stroke, 250 psi Max, 1/2 NPTF Port, Basic Mount MPN:4.00TEF4MAU14A0
The Double Acting Rodless Air Cylinder is an ideal choice for automation tasks requiring bi-directional movement with high precision. With its 4-inch bore diameter, it can handle heavy loads weighing up to 80 pounds and comes in a durable aluminum construction that can endure harsh environments. The device's 3-inch stroke length and 250 PSI maximum working pressure ensure smooth operation. Its NPTF port ensures easy installation, while the basic mount allows for simple assembly onto various surfaces. This versatile air cylinder is suitable for use in manufacturing, packaging, assembly lines, and material handling operations that demand precise motion control. Investing in a Double Acting Rodless Air Cylinder will streamline your processes and optimize efficiency, ultimately leading to enhanced productivity and profitability.
Top product features:
- Versatile automation task performance with bi-directional movement
- Durable aluminum construction for harsh environment resistance
- Smooth operation with a maximum working pressure of 250 PSI
Top product applications:
- Automation and packaging equipment
- Industrial machinery components
- Assembly line parts
Product Information
- : 4.0TEF4MAU14A3
- Bore Size (Inch): 4
- Length (Inch): 7-1/4
- Material: Aluminum; Aluminum
- Maximum Working Pressure (Psi): 250
- Mounting Style: Basic; Basic
- Port Size: 1/2
- Port Type: NPTF
- Rod Diameter (Inch): 1
- Rod Thread Size: 3/4-16
- Seal Material: Nitrile butadiene rubber
- Stroke Length (Inch): 3
- Style: Female
- Type: Double Acting
- Width (Inch): 4-1/2
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Material Safety Data Sheet (MSDS) Required: Yes
- Country of Origin: US, United States
- TAA Compliant: Yes
- UNSPSC: 27131701
- CA Restricted (Prop 65): Unknown
- Package Weight: 12.00
- Prohibited States: AK,HI,PR
Product info last updated on March 28, 2025 5:30am UTC Category: Air Cylinders and Actuators