ISO-1 Solenoid Valve MVSI Series Model: MVSI-450

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ISO-1 Solenoid Valve MVSI Series Model: MVSI-450

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ISO-1 Solenoid Valve MVSI Series Model: MVSI-450 Specification

Weight
Light

Method
Electric control

Accuracy
Standard

Size
Compact

Load Capacity
High

Coating
None

Thread Type
Standard thread

Shape
Rectangular block

Machine Type
Solenoid Valve

Type
MVSI Series Solenoid Valve

Material
Aluminum alloy and polymer components

Tolerance
Manufacturing standard

Surface
Smooth

Use
Control air water oil in industrial systems

Application
Industrial automation

Usage & Applications
Fluid flow control

About ISO-1 Solenoid Valve MVSI Series Model: MVSI-450

ISO-1 Solenoid Valve MVSI Series

Model: MVSI-450

Body width:45mm,No. of port :5,Operating pressure range:2~7 kgf/cm², Proof pressure:10.5 kgf/cm²

Specifications :

Body width

45mm

No. of port

No. of position

Medium

Air

Operating pressure range

2~7 kgf/cm²

Proof pressure

10.5 kgf/cm²

Effective orifice

27 mm²

Response time

40 ms

Ambient temperature

5~50 (No freezing)

Voltage

AC110V, 220V (50/60)Hz, DC24V

Power consumption

AC=6/4.9VA, DC=2.5W

Available voltage range

10%

Insulation class

F class

Weight

380g~540g

Advanced Fluid Control for Automation

The MVSI-450 solenoid valve masterfully balances compact size and high load capacity, making it suitable for diverse industrial automation needs. Its sturdy aluminum-polymer build and standard threading ensure dependability, while the electric control method provides swift and precise operation. The MVSI Series stands out for efficient, smooth performance in managing air, water, or oil flows.

Designed for Versatility and Durability

Featuring a rectangular block shape and manufactured to strict tolerances, the MVSI-450 integrates effortlessly into existing systems. Its lightweight yet robust construction minimizes installation efforts and maximizes longevity. The lack of additional coatings allows the valve to operate dependably in environments where frequent servicing is essential.

FAQs of ISO-1 Solenoid Valve MVSI Series Model: MVSI-450:

Q: How does the MVSI-450 solenoid valve function in industrial automation systems?

A: The MVSI-450 operates using electric signals to open or close pathways for fluids such as air, water, or oil. This precise electronic control enables rapid and reliable fluid flow management, which is critical in automated industrial processes.

Q: What are the primary applications for the MVSI Series Model: MVSI-450 solenoid valve?

A: This model is commonly used in industrial automation systems for fluid flow control, including air compressors, water processing, and oil circulation in manufacturing or mechanical setups. Its standard threading allows for easy adaptation across different machinery.

Q: When should the MVSI-450 solenoid valve be used over other valve types?

A: The MVSI-450 is recommended when a compact, lightweight, high-capacity solution is required, especially where electric actuated control and standard compatibility are important. Its ideal for spaces demanding durability and rapid response without additional surface treatments.

Q: Where can the MVSI-450 solenoid valve be installed?

A: It fits seamlessly into various automated setups, including control panels, machinery lines, and distribution systems within industrial plants. Its standard thread design and manageable size facilitate flexible installation in both new and existing infrastructures.

Q: What is the installation process for the MVSI Series Model: MVSI-450?

A: Installation involves mounting the valve using standard threads, connecting electrical wiring for control, and integrating it with the desired fluid lines. Ensure all connections adhere to manufacturing standards for optimal performance and longevity.

Q: How is the MVSI-450 maintained, and what are its benefits in the long run?

A: Routine maintenance involves checking for debris and ensuring electrical connections remain secure, thanks to the smooth design and robust materials, service periods are extended. This results in lower downtime and increased system reliability, making it cost-effective for industrial users.

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