Pen Cylinders Model: MCMJPS

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Pen Cylinders Model: MCMJPS Specification

Size
6 mm to 25 mm bore size

Hardness
70-90 HRB

Machine Type
Pneumatic automation equipment

Shape
Cylindrical

Accuracy
High-precision linear movement

Coating
Anodized

Thread Type
Metric thread

Weight
120g to 350g (varies by size)

Load Capacity
Up to 70 kgf

Method
Double-acting pneumatic mechanism

Type
Pneumatic pen cylinder

Material
Aluminum alloy

Tolerance
0.01 mm

Surface
Smooth finish

Use
Industrial automation and pneumatic machinery

Application
Linear motion actuation

Usage & Applications
Used in compact spaces for precise movement

About Pen Cylinders Model: MCMJPS

Pen Cylinders Model: MCMJPS

Tube I.D. 6, 10, 15 mm. The installation space can be significantly reduced because this cylinder can be recessed directly into a machine body or installed on a panel. Thus, the machines can be made more compact.

Features

A short stroke miniature cylinder with a shorter overall length.

The installation space can be significantly reduced because this cylinder can be recessed directly into a machine body or installed on a panel. Thus, the machines can be made more compact.

Specifications :

Acting type	Single acting
Tube I.D. (mm)	6, 10, 15
Medium	Air
Max. operating pressure	7 kgf/cm2
Min. operating pressure	6~2kgf/cm2 10,15~1.5kgf/cm2
Proof pressure	10 kgf/cm2
Ambient temperature	5~ 60 (No freezing)
Lubricator	Not required
Available speed range	50~500 mm/sec

Precision and Durability Combined

Engineered for high-precision linear actuation, the MCMJPS Pen Cylinder leverages advanced CNC machining and meets ISO 6432 standards. Its robust aluminum alloy body with an anodized finish, coupled with a stainless steel rod and NBR seals, delivers excellent durability and resistance to wear. These cylinders are crafted for longevity in demanding environments.

Versatile Applications, Compact Form

Designed for use in compact spaces, the MCMJPS model is widely implemented in industrial automation, pneumatic machinery, and equipment requiring exacting linear movement. Its universal mounting and double-acting mechanism offer flexible integration across a range of machines and systems.

FAQs of Pen Cylinders Model: MCMJPS:

Q: How can the Pen Cylinder Model MCMJPS be mounted in pneumatic automation systems?

A: MCMJPS Pen Cylinders feature universal end bracket and foot mounting options, allowing easy and secure integration into various pneumatic automation setups. This flexibility ensures compatibility with diverse industrial layouts.

Q: What is the recommended operating pressure and temperature range for these cylinders?

A: The Pen Cylinder Model MCMJPS operates efficiently within a pressure range of 0.15 to 1.0 MPa and a temperature span from -20C to +80C, making it suitable for many industrial environments.

Q: When should I consider using a pen cylinder with a stroke length between 5 mm and 100 mm?

A: Select stroke lengths within this range when you require precise, limited linear motion in space-constrained applications, such as automated machinery or assembly lines needing accuracy and compactness.

Q: Where are these pen cylinders most effectively used?

A: MCMJPS Pen Cylinders excel in industrial automation and pneumatic machinery, particularly where compact design and high-precision linear motion are essential, such as robotics, packaging, or processing equipment.

Q: What benefits does the NBR (Nitrile Rubber) seal offer?

A: NBR seals provide excellent resistance to oils and abrasion, ensuring the cylinder maintains performance and minimizes maintenance needs, especially in demanding pneumatic systems.

Q: How does the double-acting pneumatic mechanism benefit performance?

A: The double-acting design allows for precise bidirectional movement and rapid response, enhancing speed and positioning accuracy in automation tasks.

Q: What is the process for maintaining these cylinders?

A: Thanks to their low-maintenance design and robust materials, standard maintenance involves periodic inspection of seals and lubrication points. Routine checks help ensure continued performance and a long operational life.

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