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Twin-guide Cylinder Model: MCGB

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MOQ : 1 Piece

Twin-guide Cylinder Model: MCGB Specification

Shape
Rectangular

Spindle Speed
N/A (non-rotary component)

Cutting Speed
N/A (non-machining component)

Weight
Approx. 850 g (varies by stroke)

Hardness
60-65 HRC (Guide rod)

Thread Type
Metric

Size
Bore 16 mm, Stroke up to 100 mm

Accuracy
High repeatability, 0.03 mm

Method
Pneumatic

Load Capacity
Up to 28 kgf

Coating
Anodized finish

Machine Type
Pneumatic actuator

Type
Twin-guide cylinder

Material
Aluminum alloy

Tolerance
0.01 mm

Surface
Anodized

Use
Linear motion applications

Application
Automation, machinery

Usage & Applications
Precision positioning, automated movement

Seal Material
NBR

Port Size
M5 x 0.8

Bearing Type
Slide bearing

Max Speed
100-500 mm/s

Mounting Type
Body tapped, through-hole

Ambient Environment
Dust-proof, dry, non-corrosive gases only

Cushion Type
Rubber bumper

Guide Type
Dual rod precision linear guide

Operating Pressure Range
0.1~1.0 MPa

Temperature Range
-10C to +60C

About Twin-guide Cylinder Model: MCGB

Twin-guide Cylinder Model: MCGB

Tube I.D. 12,16,20,25,32,40,50,63 (mm). The long experience provided the following feature in pursuit of accuracy. durability and handiness.

Features

Proven track record in manufacturing precision guided cylinders.
Multi-Ports as standard enabling two direction mounting option.
Flush fitting sensors.
Inbuilt high density rubber pad absorbs energy at the end of stroke.
Magnetic as standard.

Specifications :

Acting type	Double acting
Tube I.D. (mm)	12,16,20,25,32,40,52,63
Port size	M5 0.8, PT1/8, PT1/4
Medium	Air
Operating pressure range	1~9.9 kgf/cm2
Proof pressure	15 kgf/cm2
Ambient temperature	5~ 60 (No freezing)
Lubrication	Not required
Cushion	With rubber cushion pad
Sensor switch	RCE,RCE1

Precision and Durability for Automation

Engineered with a rectangular aluminum alloy frame and an anodized finish, the MCGB twin-guide cylinder delivers robust performance in linear motion applications. Its dual-rod, precision linear guide system ensures high positional accuracy and minimal deflection, making it ideally suited to demanding automation processes requiring repeatable, stable motion over a long service life. The slide bearing and NBR sealing provide smooth, dust-proof operation for dry, non-corrosive environments.

Designed for Versatile Mounting and Quick Integration

The MCGB features adaptable body tapped and through-hole mounting options, simplifying installation into a variety of machinery or automation systems. The metric-threaded M5 x 0.8 ports and lightweight construction (approx. 850 g) facilitate quick line integration and maintenance. Its temperature and pressure ranges cover most industrial requirements, providing flexibility and reliability even in challenging environments.

FAQs of Twin-guide Cylinder Model: MCGB:

Q: How should the MCGB twin-guide cylinder be installed for optimal performance?

A: Install the MCGB cylinder using either its body tapped or through-hole mounting options, ensuring alignment with your automation equipment. Proper alignment will help maintain high positional accuracy (0.03 mm) and prolong the lifespan of the slide bearing and dual rod guides.

Q: What types of applications are suitable for this twin-guide cylinder?

A: The MCGB is best suited for linear motion requirements involving precision positioning, automated movement, or where high repeatability and load capacity (up to 28 kgf) are necessary. Common uses include assembly lines, robotics, and CNC-controlled machinery in dust-free and dry environments.

Q: When is it necessary to replace the NBR seals in this cylinder?

A: Replace the NBR seals if you notice a drop in operating pressure, air leaks, or reduced performance. Regular inspection as part of your maintenance program will help maintain optimal sealing and performance, especially when operating near the maximum rated pressure or temperature extremes.

Q: Where can the MCGB be used regarding environmental restrictions?

A: This cylinder is designed exclusively for dust-proof, dry, and non-corrosive gas applications. It shouldnt be used in wet, humid, or corrosive environments, as such conditions can damage the seals and internal mechanisms or impact the anodized coating.

Q: What is the process for connecting the pneumatic ports?

A: Connect the pneumatic lines to the M5 x 0.8 metric threaded ports, ensuring proper sealing to prevent leaks. Double-check that the air supply falls within the 0.11.0 MPa operating pressure range and that the supplied air is dry and filtered for durability and consistent operation.

Q: How does the guide rod hardness and bearing type impact performance?

A: The guide rods, with a hardness of 6065 HRC, combined with slide bearings, provide reliable motion, reduce wear, and ensure smooth, precise movement, especially under repeated use within automation systems.

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