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Rod Locking Cylinders Model: MCBQV

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MOQ : 1 Piece

Rod Locking Cylinders Model: MCBQV Specification

Temperature
-5C to 70C

Pressure
1.0 MPa (Max)

Capacity
Medium to High

Wall Thickness
6 mm

Material
Aluminium Alloy Body

Structure
Double Acting, ISO Standard

Power
Pneumatic

Dimensions
Standard: 50 mm Bore x 100 mm Stroke

Max. Stroke
200 mm

Shaft Diameter
20 mm

Seals Type
NBR (Nitrile Rubber)

Rod
Hard Chrome Plated Steel

Weight
3.2 kg

Rod Locking Cylinders Model: MCBQV Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

About Rod Locking Cylinders Model: MCBQV

Rod Locking Cylinders Model: MCBQV

Multi-specification:There are nine specifications: tube I.D.32~125. Application to hold state in the stroke range.

Features

Multi-specification.

There are nine specifications: tube I.D.32~125. Application to hold state in the stroke range.

Brake function.

The brake function is bi-directional. It can hold on specific position by sensor switch.

Non-lubrication.

Designs of oil-filled alloy. Special housing and bushing provide the needed self-lubrication of piston rod.

High quality-long service life.

Hard anodized aluminum cylinder tubes and stainless steel tubes resist corrosion and abrasion.

ISO-VDMA standard specification.

Conformance to ISO-6431 & VDMA-24562 specification.

Cylinder mountings.

Available with a comprehensive selection of mountings for fixed or flexible installation.

Specifications :

Tube I.D. (mm)	32, 40, 50, 63, 80, 100, 125
Medium	Air
Operating pressure range	3~6 kgf/cm2
Proof pressure	15 kgf/cm2
Ambient temperature	5 ~ 60 (No freezing)
Min. working pressure	3 kgf/cm2
Locking mode	Secure locking of piston rod in any position
Lock retention forces (Max. static loadingHorizontal mounting)	490~12040 N
Sensor switch	RCA
Sensor switch holder	HV1, HV2, HV3, HV4

Advanced Rod Locking Mechanism

Utilizing a mechanical lock engaged by spring force, the cylinder ensures reliable position holding even when air supply is interrupted. Lock release occurs when the supplied pressure reaches 0.5 MPa, ideal for mid-cycle stops or safety requirements in automated environments.

Superior Build and Corrosion Protection

Manufactured from anodized aluminium alloy, the MCBQV model boasts a 6 mm wall thickness and end covers of aluminium for extended longevity and high corrosion resistance. The rods hard chrome plating further enhances durability, making it suitable for rigorous industrial settings.

Versatile Applications and Mounting Options

Supporting a range of mounting stylesbasic, foot, or flangethe rod locking cylinder adapts seamlessly to diverse automation layouts. Its medium-to-high capacity and ISO standard compliance ensure compatibility with various automated systems, making installation straightforward for distributors and suppliers.

FAQs of Rod Locking Cylinders Model: MCBQV:

Q: How does the mechanical rod locking mechanism function in the MCBQV cylinder?

A: The mechanical rod lock activates through spring force, holding the piston securely when air pressure is absent or falls below the threshold. To release the lock, pneumatic pressure of at least 0.5 MPa is applied, allowing controlled rod movement.

Q: What are the typical applications of the Rod Locking Cylinder Model MCBQV?

A: This cylinder is primarily used for precise position holding in automated manufacturing systems where mid-cycle stops or safety holding is critical, such as assembly lines, robotics, and material handling equipment.

Q: When should the lock release pressure of 0.5 MPa be applied?

A: Apply a minimum pneumatic pressure of 0.5 MPa to disengage the mechanical lock and permit piston movement. This is essential during operations where the cylinders position needs to change or reset.

Q: Where can the MCBQV rod locking cylinder be mounted in a system?

A: It is suitable for basic, foot, or flange mounting, making it adaptable for various setups within automated machinery. The flexible mounting enables easy integration into new or retrofit industrial installations.

Q: What benefits does the anodized finish and aluminium alloy construction provide?

A: Anodized aluminium enhances resistance to corrosion, reducing maintenance needs and extending operational life. Combined with a durable steel rod and polyurethane seals, the cylinder withstands harsh environments and intensive cycles.

Q: How can distributors and suppliers in India obtain the MCBQV model for local applications?

A: Authorized distributors and importers in India can source the rod locking cylinder from the manufacturer or official suppliers. Support is provided for standard and custom specifications based on application requirements.

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