Pressure Reducing Valves Model: MAR301

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Pressure Reducing Valves Model: MAR301 Specification

Hardness
High tensile strength

Accuracy
High-regulation accuracy

Load Capacity
Up to 10 bar inlet pressure

Weight
Approx. 450g

Shape
Cylindrical

Machine Type
Pneumatic Machine Accessories

Thread Type
BSPT (British Standard Pipe Taper)

Size
1/4 inch, 3/8 inch, 1/2 inch

Method
Manual adjustment

Coating
Anodized

Type
Pressure Reducing Valve

Material
Aluminum Alloy

Tolerance
±0.2 bar

Surface
Smooth Finish

Use
Pressure regulation in air systems

Application
Pneumatic systems, industrial air lines

Usage & Applications
Maintains constant downstream pressure regardless of input fluctuations

Mounting
Panel or inline

Seal Material
Nitrile rubber (NBR)

Features
Compact design, easy pressure adjustment, visual gauge mounting

Installation
Vertical position recommended

Diaphragm Type
Relieving type

Set Pressure Range
0.5 - 8 bar (7 - 116 psi)

Max Inlet Pressure
10 bar (145 psi)

Port Connection
BSPT Female

Model
MAR301

Operating Temperature Range
5C to 60C

Flow Rate
800 L/min (at 7 bar)

Pressure Reducing Valves Model: MAR301 About

Pressure Reducing Valves Model: MAR301

Port size:PT1/8,PT1/4, Operating pressure range:0~9.9 kgf/cm2, Proof pressure:15 kgf/cm2

Specifications :

Bore No.	8A,10A
Port size	PT1/4,PT3/8
Medium	Air
Operating pressure range	0~9.9 kgf/cm2 (0~0.99 MPa)
Proof pressure	15 kgf/cm2 (1.5 MPa)
Regulated pressure range	0.5~8.5kgf/cm2 (0.05~0.85MPa)
Effective orifice	32mm2, 34mm2
Ambient temperature	5~ 60 (No freezing)
Attachment	Bracket
Option	Pressure gauge (PG-40)
Weight	250g

Reliable Pressure Regulation for Pneumatic Systems

The MAR301 Pressure Reducing Valve delivers dependable control over downstream air pressure, maintaining consistency even when inlet conditions vary. Ideal for industrial and pneumatic applications, its compact, cylindrical shape allows for flexible mountingboth panel and inline configurations are supported. The visual gauge mounting provides at-a-glance verification of set pressure, improving operational convenience and safety on the shop floor.

Easy Installation and Versatile Applications

Designed to fit seamlessly into new or existing air systems, the MAR301 valve supports BSPT female connections in common sizes. Vertical installation is recommended for optimal accuracy. The manual adjustment knob, combined with a high-tolerance rating of 0.2 bar, ensures precise pressure setting to meet your systems needs. The valves smooth, anodized finish resists corrosion, making it suitable for harsh industrial environments.

FAQs of Pressure Reducing Valves Model: MAR301:

Q: How is the MAR301 pressure reducing valve installed in an air system?

A: The MAR301 can be mounted either on a panel or inline within your pneumatic system. It accepts BSPT female threads (1/4", 3/8", or 1/2") and should ideally be installed in a vertical position for maximum accuracy. Simply connect to your existing air line, ensuring proper flow direction.

Q: What is the recommended operating pressure and temperature range for the MAR301 valve?

A: This valve is designed for inlet pressures up to 10 bar (145 psi) and can regulate downstream pressure within the 0.5 8 bar (7 116 psi) range. It operates reliably at temperatures from 5C to 60C.

Q: Where can the MAR301 valve be used effectively?

A: The MAR301 is suited for use in industrial pneumatic systems and air lines, functioning as a critical accessory for maintaining constant downstream pressure in machinery, equipment, or production processes.

Q: What makes the MAR301s design advantageous for system integration?

A: Its compact, cylindrical form with anodized aluminum alloy construction ensures a lightweight yet durable build. The relieving diaphragm type provides stable regulation, while its easy adjustment and visual gauge mounting enhance usability and system monitoring.

Q: How does adjusting the MAR301 valve benefit pneumatic applications?

A: By precisely setting the downstream pressure with the manual adjustment knob, the valve maintains constant output regardless of input fluctuations. This consistency prevents equipment damage, ensures product quality, and improves operational efficiency.

Q: What materials are used in the MAR301 and how do they contribute to its performance?

A: The body is made from high-tensile strength aluminum alloy with an anodized coating for superior corrosion resistance. Nitrile rubber (NBR) seals provide excellent durability and minimize leaks, even under demanding industrial conditions.

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