MINDMAN MCJQ series (12~32) (COMPACT CYLINDER)

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MINDMAN MCJQ series (12~32) (COMPACT CYLINDER) Specification

Wall Thickness
Robust compact design

Temperature
-20°C to +70°C (without freezing)

Capacity
Standard air, filtered

Pressure
0.15~0.7 MPa

Material
Barrel: Aluminum alloy; Rod: Stainless steel

Structure
Double acting, compact style

Power
Pneumatic

Dimensions
Bore sizes: 12, 16, 20, 25, 32 mm

Max. Stroke
Up to 100 mm

Shaft Diameter
Corresponds to bore: 12~32 mm

Seals Type
NBR (standard), FKM (optional)

Rod
Single rod

Weight
Varies by model; approx. 0.08~0.37 kg

Piston Speed
50~500 mm/s

Mounting Type
Basic, through hole, tapped, and integrated bracket

Applicable Fluid
Air (non-lube)

Magnet for Sensor
Built-in (MCJQ-S type)

Cushion Type
Rubber bumper on both ends

Repeatability
±0.1 mm

Stroke Adjuster
Optional

Proof Pressure
1.05 MPa

Port Size
M5x0.8 (for 12~16 mm), 1/8" (for 20~32 mm)

Thread Type
Metric

MINDMAN MCJQ series (12~32) (COMPACT CYLINDER) Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

About MINDMAN MCJQ series (12~32) (COMPACT CYLINDER)

MCJQ series (12-32)
TUBE I.D.	12	16	20	25	32
STROKE
5 mm
10 mm
15 mm
20 mm
25 mm
30 mm
35 mm
40 mm
45 mm
50 mm
OVER 50mm STROKE EVERY 5mm PLUS
DUAL ROD	1.5	1.5	1.5	1.5	1.4
SINGLE ACTING	1.3	1.3	1.3	1.3	1.3
MAGNETN (+)
REPAIR KITS
REPAIR KITS ( VITON )

Versatile Mounting and Compact Design

The MINDMAN MCJQ series is engineered with a compact body, making it a great fit for installations where space is at a premium. Multiple mounting optionsincluding basic, through hole, tapped, and integrated bracket stylesensure it can adapt to varied equipment layouts, improving flexibility in both new projects and upgrades.

Reliable Pneumatic Performance

Built for durability, the MCJQ cylinder operates within a pressure range of 0.15 to 0.7 MPa and boasts a proof pressure of 1.05 MPa. With robust construction, consistent repeatability (0.1 mm), and reliable sealing options (NBR standard, FKM optional), it stands up to demanding automation environments where precision and long cycle life are essential.

Enhanced Features for Industrial Automation

Supporting maximum strokes up to 100 mm and piston speeds of 50500 mm/s, the MCJQ series incorporates built-in magnets for sensor use, an optional stroke adjuster, and user-friendly port sizes (M5x0.8 for small bores; 1/8 for larger bores). Its wide temperature tolerance (-20C to +70C) and maintenance-free air operation meet diverse automation requirements.

FAQs of MINDMAN MCJQ series (12~32) (COMPACT CYLINDER):

Q: How does the stroke adjuster option benefit the MCJQ series cylinder?

A: The optional stroke adjuster allows users to fine-tune the cylinders extension or retraction to exact process requirements, supporting precise positioning and flexible application in automation tasks.

Q: What types of mounting are available for the MINDMAN MCJQ compact cylinder?

A: The MCJQ series offers basic, through hole, tapped, and integrated bracket mounting configurations, making it adaptable to a wide variety of machine designs and installation constraints.

Q: When is it necessary to choose the FKM seal option over standard NBR?

A: FKM seals are recommended if your application involves higher temperatures or exposure to aggressive chemicals, ensuring optimal durability and resistance compared to standard NBR seals.

Q: Where can the MCJQ series cylinders be used effectively?

A: These cylinders are well-suited for use in automated manufacturing, packaging lines, assembly machines, and other industrial environments that require space-saving solutions and consistent pneumatic power.

Q: What are the advantages of the rubber cushions on both cylinder ends?

A: Integrated rubber bumpers provide effective shock absorption at end positions, reducing noise, minimizing wear, and extending the service life of both the cylinder and equipment.

Q: How is sensor installation handled in the MCJQ-S type?

A: MCJQ-S models are equipped with a built-in magnet along the piston, allowing for straightforward installation of magnetic sensors to enable position feedback and automated control.

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