Stopper Cylinder Model: MSAR

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MOQ : 1 Piece

Stopper Cylinder Model: MSAR Specification

Wall Thickness
Robust

Pressure
0.1~0.7 MPa

Capacity
Medium duty

Temperature
060C

Material
Aluminum body; Stainless steel rod

Structure
Double-acting

Power
Pneumatic

Dimensions
80x160x85 mm (approx)

Max. Stroke
40 mm

Shaft Diameter
20 mm

Seals Type
Nitrile rubber (NBR)

Rod
Single

Weight
3.5 kg

Mounting Type
Flange/Foot mounting

Piston Type
Magnetic, for sensor detection

Cushion Type
Rubber cushion

Bore Size
40 mm

Actuation
Spring Return

Corrosion Resistance
Yes

Application
Automation, conveyor stopping

Port Size
G 1/8"

Finish
Anodized surface

Stopper Cylinder Model: MSAR Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

About Stopper Cylinder Model: MSAR

Stopper Cylinder

Tube I.D. 32~80 (mm). Operating pressure range:2~9.9 kgf/cm2Proof pressure:15 kgf/cm2Standard without magnet.

Specifications :

Standard type	32-30: 1350 g 50-30: 2150 g 80-30: 9000 g
Acting type	Single acting (Spring extended),Stopper with roller
Medium	Air
Operating pressure range	2~9.9kgf/cm2
Proof pressure	15 kgf/cm2
Ambient temperature	5~60 (No freezing)
Lubrication	Not required
Cushion	With rubber cushion pad
Magnet	without magnet

Optimized for Automation and Conveyor Stopping

The MSAR Stopper Cylinder is engineered to deliver consistent performance in automation and material handling systems. Its compact dimensions and sturdy build are well-suited to space-constrained setups while offering reliable stopping power for conveyors, lifts, and other mechanized processes.

Built for Durability and Reliability

Constructed from an anodized aluminum body and a stainless steel rod, the cylinder resists corrosion and wear even in demanding industrial environments. Nitrile rubber (NBR) seals further enhance the products durability, ensuring extended maintenance intervals.

FAQs of Stopper Cylinder Model: MSAR:

Q: How do I install the MSAR Stopper Cylinder with Flange/Foot mounting?

A: Installation is straightforward thanks to the Flange/Foot mounting design. Secure the cylinder using the mounting holes on the units base or flange, ensuring alignment with the conveyor or automation equipment. Follow manufacturer torque specifications for a safe and stable setup.

Q: What are the main advantages of using a magnetic piston for sensor detection?

A: A magnetic piston allows for precise, contactless sensor detection, enabling accurate monitoring of the cylinders position. This leads to improved automation control, reduced mechanical wear, and enhanced safety in system operations.

Q: When should the Stopper Cylinder be used within an automation or conveyor system?

A: This cylinder is ideal for use at points where controlled stopping or positioning of objects is required, such as at the end of a conveyor line, during packaging, or where intermittent motion is necessary in automated machinery.

Q: Where can the MSAR cylinder be deployed considering its corrosion resistance and robust construction?

A: Due to its anodized aluminum body and stainless steel rod, the MSAR cylinder is well-suited for environments where moisture, dust, or mild chemicals are present. It can be applied in manufacturing plants, warehouses, food processing facilities, and general industrial automation setups.

Q: What is the process for integrating sensor detection with this stopper cylinder?

A: The built-in magnetic piston is compatible with external sensors (ordered separately). Mount the sensor along the cylinders housing where indicated, ensuring correct alignment for effective position detection and system feedback.

Q: How does the spring return actuation benefit the operational process?

A: Spring return actuation ensures the cylinder reliably retracts to its original position after actuation, enhancing safety and minimizing the need for manual reset. This is especially useful in repetitive or high-throughput applications.

Q: What are the usage limitations regarding pressure and temperature for this model?

A: The MSAR cylinder operates efficiently between 0.1 and 0.7 MPa pressure and within a temperature range of 0 to 60C. Operating outside these parameters may reduce performance or lifespan, so ensure compatibility with your applications requirements.

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