Flow Control - M Series

Price 3000 INR/ Number

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MOQ : 1 Unit

Flow Control - M Series Specification

Valve Type
Needle valve

Connection Type
Threaded

Features
Compact design with adjustable flow

Material
Metal and composite materials

Valve Size
Small

Control System
Manual knob adjustment

Sealing
O-ring

Application
Flow regulation in pneumatic systems

Structure
Inline

Type
Flow control valve

Pressure
Up to 10 bar (assumed standard for pneumatic systems)

Media
Compressed air

Port Size
1/4 inch (assumed based on image)

Temperature
Up to 60C (assumed standard for pneumatic systems)

About Flow Control - M Series

Specifications

Fluid : Air

Max. operating pressure : 10 Bar

Ambient temperature : -10C to +60C

Threaded connection : Male : R - Taper thread, Female : G - Parallel thread

Media temperature : +5C to 50C

Applicable tube material : Nylon, Polyurethane

Applicable tube size (OD) : 4, 6, 8, 10, 12, 14, 16

Recommended tolerance for tube OD : 0.1 mm

Precision and Adaptability in a Compact Design

The M Series flow control valve is engineered for spaces where compact solutions are essential without compromising flow accuracy. Its inline structure with small valve size ensures effortless integration into existing pneumatic network layouts. The combination of metal and composite construction offers both robustness and reduced weight, optimizing performance while ensuring longevity and reliability for diverse industrial environments.

Effortless Manual Adjustment for Optimized Regulation

The needle valve features a manual knob adjustment system, giving operators precise control over compressed air flow. This facilitates easy customization of system performance, allowing for on-the-fly adjustments. Threaded connections support convenient installation and maintenance, streamlining operational processes and maximizing uptime for pneumatic applications.

FAQ's of Flow Control - M Series:

Q: How does the Flow Control - M Series valve adjust flow rate in pneumatic systems?

A: This valve uses a manual knob that operators can turn to finely adjust the needle's position. By changing the needle opening, the flow rate of compressed air passing through the inline valve can be precisely controlled according to system requirements.

Q: What are the key benefits of using a compact, inline needle valve in industrial pneumatic applications?

A: A compact, inline needle valve like the M Series saves space, simplifies assembly in tight installations, and provides robust flow control. Its design ensures reliable, leak-free operation and optimal performance in demanding environments.

Q: When should I consider selecting the M Series flow control valve for my system?

A: Choose the M Series when you require accurate, adjustable air flow control in pneumatic systems operating at pressures up to 10 bar and temperatures up to 60C, particularly when installation space is limited and a durable, compact solution is desired.

Q: Where can the Flow Control - M Series valve be installed within my pneumatic setup?

A: The valve's inline, threaded design allows it to be installed at various points within pneumatic circuits, especially at locations where flow needs to be regulated or isolated. Its small size is suitable for both new setups and retrofits.

Q: What materials are used in the construction of the M Series valve, and how do they enhance performance?

A: The valve body includes both metal and composite materials, combining strength with lightweight characteristics. This ensures durability under working pressures and resistance to wear, while the O-ring sealing maintains airtight performance.

Q: Can this valve be used with other media apart from compressed air?

A: The M Series is specifically designed for use with compressed air. Using it with other media could compromise performance and longevity, and is not recommended by the manufacturer.

Q: What is the process for installing the Flow Control - M Series needle valve?

A: Installation involves threading the valve into the desired port of your pneumatic system (typically 1/4 inch). Ensure the connections are secure and check the O-ring seal to prevent leaks, then adjust flow as needed using the manual knob.

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