Send Inquiry

Request To Call Back

Solenoid Valve MU* Series Model: MUD

Get a Price/Quote

MOQ : 1 Piece

Solenoid Valve MU* Series Model: MUD Specification

Thread Type
BSP/NPT

Hardness
Standard

Weight
Approx. 400g to 2kg depending on size

Size
1/4 to 2 (Port Size)

Shape
Rectangular Body with Circular Ports

Machine Type
Fluid Control Valve

Accuracy
Precise on/off action

Load Capacity
10 bar (Max Pressure)

Coating
Nickel/Chrome Plated

Method
Electromagnetic actuation

Type
Solenoid Valve

Material
Brass Plastic components

Tolerance
Standard

Surface
Smooth Finish

Use
Fluid flow control

Application
Water, Air, Gas, Oil control systems

Usage & Applications
Fluid control

Series
MU* Series

Model
MUD

Media
Air, Water, Oil, Gas

Ambient Temperature
-10°C to +80°C

Seal Material
NBR/EPDM/Viton

Response Time
< 1 second

Connection Type
Threaded (Screwed ends)

Operation
Normally Closed (NC), Normally Open (NO) options

Mounting Position
Any position

Voltage Options
12V/24V DC, 110V/230V AC

About Solenoid Valve MU* Series Model: MUD

Solenoid Valve MU* Series

Model: MUD

Normally closed / Normally open solenoid valve.
Available fluid: Hot water, water, air, light oil, gas & vacuum.

Features

	2-WAY normally closed / normally open solenoid valve.
	MUD/S series is direct-acting, conductive, normal close / normal open .
	Small size & easy assembly.
	Other voltage of AC/DC available when required.
	Installation: Mountable in any position without affecting operation.
	Viton(130), Silicon(130), PTFE (185).
	AC Voltage tolerance: 10%. DC Voltage tolerance: 1%.

Specifications

Body

Forge brass

Coil

Special copper wire (H)

Tube

Stainless steel

Fixed steel

Special st. steel

Spring

Stainless steel

Disc

NBR

Plug

NBR, Viton, Silicon, PTFE

Versatile Fluid Control Solution

The MU* Series MUD solenoid valve is built for reliability and adaptability in controlling fluids such as air, water, oil, and gas. With multiple operation modes and voltage options, it can seamlessly integrate into various process systems. Its durable construction supports a maximum load capacity of 10 bar, ensuring consistent performance under demanding conditions.

Flexible Mounting and Simple Installation

Installation flexibility is a highlight of the MUD model. With threaded (screwed-end) BSP or NPT connections and compatibility with any mounting position, users can incorporate these valves into existing or new piping setups. The smooth, nickel/chrome-plated finish enhances durability, while the precise on/off electromagnetic actuation guarantees dependable operation.

FAQs of Solenoid Valve MU* Series Model: MUD:

**Q: How does the MU* Series Model: MUD solenoid valve operate?**

A: The MUD solenoid valve uses electromagnetic actuation to precisely control the opening and closing of the valve, allowing or stopping fluid flow. It can be configured as Normally Closed (NC), which opens when energized, or Normally Open (NO), which closes when powered, depending on your system requirements.

Q: What media can the Model: MUD solenoid valve control?

A: This valve is suitable for controlling air, water, oil, and gas, making it highly versatile for use in various fluid control systems, whether for industrial, commercial, or process automation applications.

Q: When should I choose NBR, EPDM, or Viton seal material for my application?

A: NBR seals are best for oils and general-purpose fluids, EPDM is ideal for water and steam, and Viton is suited for aggressive chemicals and higher-temperature environments. Select the seal type based on the media and operational conditions you expect.

Q: Where can I install the MUD solenoid valve in my system?

A: Thanks to its flexible mounting design, the MUD valve can be installed in any positionhorizontal or verticalallowing for easy integration into new or existing piping configurations. Just ensure compatibility with your systems threaded connections (BSP/NPT).

Q: What is the response time of this solenoid valve and how does it benefit my process?

A: The MUD solenoid valve features a rapid response time of less than 1 second, ensuring minimal delay in fluid control operations. This quick action helps reduce cycle times and promotes process efficiency.

Q: How do I select the correct voltage option for my application?

A: Choose from 12V/24V DC or 110V/230V AC voltage options based on your systems power supply. Matching the valve voltage to your existing electrical infrastructure ensures safe and reliable operation.

Tell us about your requirement