2/2 Way N.C.Small Type Piston Series Solenoid Valve Model: MGA

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2/2 Way N.C.Small Type Piston Series Solenoid Valve Model: MGA Specification

Method
Electromagnetic Actuation

Hardness
High Durability

Shape
Compact Rectangular Body

Coating
Anti-Corrosive Coating

Weight
Approximately 350g

Accuracy
Precision Engineered

Machine Type
Solenoid Valve

Thread Type
BSP (British Standard Pipe) Thread

Size
Available in 1/4 and 1/2 sizes

Load Capacity
Suitable for Medium Pressure Applications

Type
2/2 Way, Normally Closed (N.C.) Small Type Piston Series Solenoid Valve

Material
Brass Body, Stainless Steel Internal Parts

Tolerance
Standard

Surface
Smooth Finish

Use
Industrial Automation, Pneumatic and Hydraulic Systems

Application
Fluid and Gas Control

Usage & Applications
For automatic control of air, water, oil, inert gases, and compatible fluids

About 2/2 Way N.C.Small Type Piston Series Solenoid Valve Model: MGA

2/2 Way N.C.Small Type Piston Series Solenoid Valve

Model: MGA

Forged brass body
IP65 100% ED coil
PTB approval EExmIIT4 coil

Features

	Forged brass body
	IP65 100% ED coil
	PTB approval EExmIIT4 coil

Precision Fluid and Gas Regulation

The MGA Series solenoid valve is precision engineered for accurate and reliable control over a range of non-aggressive gases and fluids. With rapid actuation and consistent performance, it is well-suited to demanding automated operations, ensuring smooth and safe process control.

Durable Construction and Long Service Life

Constructed from forged brass with stainless steel internals, the MGA valve is designed for longevity and robust use. Its anti-corrosive coating and NBR seals protect against harsh media, offering over a million operational cycles, which translates to minimal maintenance and optimal investment value.

Flexible Installation for Industrial Needs

Supporting any mounting position (preferably coil upwards), the compact, lightweight design fits into diverse systems. The valve offers seamless integration via female BSP threaded ports and DIN electrical connectors, making it adaptable for new machine designs or system upgrades.

FAQs of 2/2 Way N.C.Small Type Piston Series Solenoid Valve Model: MGA:

Q: How does the MGA 2/2 Way N.C. Small Type Piston Series Solenoid Valve operate?

A: The MGA solenoid valve controls the flow of fluids or gases using electromagnetic actuation. When voltage is applied, the coil generates a magnetic field, lifting the piston and allowing media to pass through. When de-energized, the valve returns to its normally closed position, stopping flow.

Q: What are the main applications for this solenoid valve?

A: This valve is typically used in industrial automation to control air, water, light oil, and inert gases in pneumatic and hydraulic systems. It is suitable for environments requiring fast, precise, and durable flow regulation of non-aggressive media.

Q: Where can the MGA solenoid valve be installed in a fluid system?

A: It can be mounted in any position, though coil upwards is preferred for optimal performance. The compact body and female BSP threaded connections allow it to fit easily into piping layouts in machinery, process lines, or control panels.

Q: What benefits does the NBR (Nitrile Rubber) seal provide?

A: The NBR seal offers strong resistance to oils, water, and air while maintaining flexibility across a wide temperature range (-5C to +80C). This ensures reliable sealing and long-term durability under demanding operating conditions.

Q: When should I opt for 24V DC versus 230V AC operating voltage?

A: The suitable voltage depends on your systems electrical infrastructure. 24V DC is common in control panels and automation circuits, offering safety and low energy use, while 230V AC is typical for standard mains-powered installations.

Q: How do I maintain the MGA solenoid valve for extended service life?

A: Routine maintenance involves periodic inspection for debris or scale in media, ensuring electrical connections are secure, and operating the valve within specified pressure and temperature limits. The robust build and fine tolerances reduce frequent maintenance needs.

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