Stopper Cylinder Model: MSBD

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MOQ : 1 Piece

Stopper Cylinder Model: MSBD Specification

Temperature
-10C to +60C

Pressure
0.1~1.0 MPa

Wall Thickness
Standard

Capacity
Various, application specific

Material
Aluminum Alloy body, Steel rod

Structure
Stopper Cylinder with magnetic type

Power
Pneumatic

Dimensions
Refer to technical drawing

Max. Stroke
30 mm

Shaft Diameter
Standard (as per model specifications)

Seals Type
NBR (Nitrile) Rubber

Rod
Double Acting

Weight
2.1 kg

Stopper Cylinder Model: MSBD Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

About Stopper Cylinder Model: MSBD

Stopper Cylinder

Tube I.D. 32~80 (mm). Double acting with spring,Shockless stopper,Operating pressure range:2~9.9 kgf/cm2,Proof pressure:15 kgf/cm2,Ambient temperature:5~60 (No freezing)Standard with magnet.

Specifications :

Operation type	Double acting with spring (32-20),Shockless stopper (50-30,63-30,80-40)
Standard stroke	32-20,50-30,63-30,80-40
Medium	Air
Operating pressure range	2~9.9kgf/cm2
Proof pressure	15kgf/cm2
Ambient temperature	5~60 (No freezing)
Lubrication	Not required
Cushion	With rubber cushion pad
Magnet	Standard with magnet
Sensor switch	RCA for 50 , RCB
Sensor switch holder	HS
Weight	740g, 1800g, 3680g, 6820g

Robust Construction and Design

The MSBD stopper cylinder is built from a high-grade aluminum alloy body and piston, complemented by a durable steel rod. This design ensures longevity and resistance to wear, making it suitable for demanding industrial environments. The bumper cushion type minimizes shock, decreasing maintenance requirements and extending service life.

Versatile Mounting and Application

Choose from through hole or foot mount options for quick and secure installation. The cylinder is designed to meet ISO compatibility standards, making it ideal for integration into various conveying and indexing systems across different industries.

Performance and Convenience

With an operating speed range of 50 to 500 mm/s and a double-acting mechanism, the MSBD cylinder delivers precise stopping control. It comes pre-lubricated and features an optional stroke adjuster for easy customization, allowing seamless adaptation to application needs.

FAQs of Stopper Cylinder Model: MSBD:

Q: How does the built-in magnet in the MSBD stopper cylinder benefit application setups?

A: The built-in magnet enables position sensing, which helps facilitate advanced automation or feedback systems in conveying and indexing applications. This feature supports more accurate and reliable cylinder monitoring without the need for external components.

Q: What is the process for installing the MSBD cylinder using the through hole or foot mount?

A: Installation is straightforward: select either the through hole or foot mount based on your setup. Secure the cylinder in place using appropriate mounting hardware as specified in the technical documentation, ensuring proper alignment for optimal performance.

Q: When should the optional mechanical stroke adjuster be utilized?

A: The optional stroke adjuster should be used when precise adjustment of the end position is necessary to match different workpiece sizes or system requirements, allowing for greater adaptability within your indexing or conveying line.

Q: Where is the MSBD stopper cylinder best applied?

A: This model is ideally suited for automation environments such as sorting, assembly, and packaging lines where controlled stopping and positioning are essential, particularly in indexing and conveyor systems.

Q: What advantage does the pre-lubricated design offer for users?

A: The pre-lubricated, maintenance-free construction simplifies operation by eliminating the need for regular lubrication, reducing downtime and lifecycle costs associated with manual upkeep.

Q: How should the operating pressure and speed settings be managed?

A: The cylinder operates within a pressure range of 0.1 to 1.0 MPa and a speed range of 50 to 500 mm/s. Optimal performance and component longevity are achieved by adhering to these specified parameters, as detailed in the technical manual.

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