Solenoid Valve MVSB Series Model: MVSB-180

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Solenoid Valve MVSB Series Model: MVSB-180 Specification

Size
Standardized dimensions for MVSB-180 Series

Weight
Lightweight approximately 300 grams

Thread Type
Pipe thread

Machine Type
Pneumatic control devices

Method
Electromechanical

Shape
Rectangular

Load Capacity
Medium load capacity

Coating
Uncoated

Accuracy
High precision

Type
Solenoid Valve

Material
Aluminum and composite materials

Tolerance
0.01

Surface
Smooth finish

Use
Control air/fluid direction

Application
Industrial pneumatic systems

Usage & Applications
Valve actuation in compressed air setups

About Solenoid Valve MVSB Series Model: MVSB-180

Solenoid Valve MVSB Series

Model: MVSB-180

Body width:18mm,Port size:PT 1/8,Operating pressure range:1.5~8 kgf/cm2, Proof pressure:10 kgf/cm2,Flow:400~533Nl/mim

Specifications :

Body width	18mm
Bore No.	6A
Port size	PT 1/8
No. of port	5
No. of position	2,3
Medium	Air
Operating pressure range	1.5~8 kgf/cm2
Proof pressure	10 kgf/cm2
Flow	400~533Nl/mim
Effective orifice	9~12mm2
Response time	30 ms
Ambient temperature	5~ 50 (No freezing)
Voltage	AC110V, 220V (50/60)Hz, DC24V
Power consumption	AC=2.1/1.8VA, DC=1.6W
Available voltage range	10%
Insulation class	B class
Weight	100g~155g

Engineered for Industrial Efficiency

The MVSB-180 Solenoid Valve is specifically tailored for industrial pneumatic applications, offering medium load capacity while maintaining a lightweight profile. Its standardized dimensions ensure compatibility with most compressed air systems, making installation straightforward and time-efficient. The uncoated, smooth aluminum composite body enhances longevity and precision in operational environments where accuracy is essential.

Precision Performance with Lightweight Design

Despite its robust construction, the MVSB-180 weighs just 300 grams, minimizing the load on systems without compromising performance. The tight tolerance and high-precision manufacturing process contribute to reliable and repeatable actuation, which is crucial for complex distribution and control tasks in modern industrial automation settings.

FAQs of Solenoid Valve MVSB Series Model: MVSB-180:

Q: How does the MVSB-180 solenoid valve function in pneumatic control systems?

A: The MVSB-180 operates as an electromechanical valve that uses an electrical signal to actuate and control the direction of compressed air or fluids within industrial pneumatic setups, enabling precise valve actuation and system regulation.

Q: What benefits does the aluminum and composite material construction offer?

A: The combination of aluminum and composite materials ensures the MVSB-180 solenoid valve remains lightweight, resistant to corrosion, and robust, contributing to its durability and efficient performance in demanding industrial environments.

Q: When should you select the MVSB-180 for your system?

A: Choose the MVSB-180 when you require a medium-load capacity solenoid valve designed for standard-sized pneumatic systems that demand reliable, accurate, and lightweight control with high manufacturing precision.

Q: Where is the MVSB-180 typically used?

A: This solenoid valve is primarily installed in industrial pneumatic setups for applications such as controlling air flow, distributing compressed air, and precisely regulating system pressure in automation and manufacturing plants.

Q: What is the primary usage and application of the MVSB-180?

A: Its main application is in valve actuation for controlling the direction and flow of compressed air or fluid, serving as a critical component in the efficient operation of automated industrial processes.

Q: What process is involved in installing this solenoid valve?

A: Installation involves connecting the MVSB-180 to a pneumatic line via its pipe thread interface, ensuring alignment with standard dimensions, and securing it as per manufacturer instructions for optimal performance.

Q: What advantages does the high tolerance and precision provide?

A: A tolerance of 0.01 ensures that each MVSB-180 valve delivers accurate, repeatable performance, reducing the risk of leakage or malfunction and boosting both operational reliability and system efficiency.

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