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Mindman MVSC 300 4E1 DC24

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Mindman MVSC 300 4E1 DC24 Specification

Coating
Anodized

Shape
Rectangular

Method
Electromagnetic actuation

Accuracy
High reliability

Weight
Approximately 350 g

Machine Type
Pneumatic equipment

Thread Type
Port thread: PT (BSPT), NPT available

Size
Port size 1/8 (PT1/8)

Type
Mindman MVSC 300 4E1 DC24

Material
Aluminum alloy

Surface
Finished

Use
Control air flow in pneumatic systems

Application
Solenoid Valve

Usage & Applications
Pneumatic automation, industrial machines

Power Consumption
1.5W

Effective Sectional Area
16 mm (Cv=0.89)

Insulation Class
Class B

Indicator Light
Yes

Model
MVSC-300-4E1-DC24

Operating Temperature
-5C to 50C

Mounting
Base or body ported

Response Time
Less than 50 ms

Fluid
Compressed air (filtered, lubricated or non-lubricated)

Coil Voltage
DC24V

Electrical Entry
Lead Wire

Number of Positions
5/2 way

Operating Pressure
0.150.9 MPa

Protection Class
IP65

Manual Override
Yes

About Mindman MVSC 300 4E1 DC24

Mindman MVSC-300-4E1-DC24

Description 5/2 way Single Solenoid valve 24 VDC

Mindman offers thousands of items to meet your requirements, including

4 way / 3 way solenoid valves, 2 way solenoid valves,

We offer fast delivery from stock and with Mindman's efficient manufacturing process. Inquiries from O.E.M

MVSC 300 4E2C NC AC110 L LP G. MVSC 300 3B3 G. Order example of valve. VOLTAGE ... P: Pressure center. R: Exhaust center. (Only for 4E2 type). Property for explosion-proof type

Advanced Pneumatic Automation Control

Engineered for high reliability, the MVSC-300-4E1-DC24 solenoid valve delivers consistent and accurate airflow management in automation setups. Its key attributesrapid 50 ms response, low 1.5W power usage, and versatile 24V DC coilmake it perfectly suited for modern industrial machinery and process control.

Robust and Versatile Design

Constructed with a corrosion-resistant, anodized aluminum alloy body and offering protection class IP65, this valve endures harsh operational environments. Flexible mounting options (base or body ported) and compatibility with a range of filtered, lubricated, or non-lubricated compressed air support broad usage in various pneumatic configurations.

FAQs of Mindman MVSC 300 4E1 DC24:

Q: How do I install the Mindman MVSC-300-4E1-DC24 solenoid valve?

A: The valve can be mounted using either base or body ported configurations. Ensure proper alignment with your pneumatic systems PT1/8 or NPT threads and connect the lead wire electrical entry to a 24V DC power source. Follow all safety procedures while integrating into the control circuit.

Q: What are the primary applications of the MVSC-300-4E1-DC24 solenoid valve?

A: This valve is widely used in pneumatic automation and industrial machinery for controlling airflow. Its suitable for equipment that requires fast response and reliable switching, such as material handling systems, packaging lines, or automated assembly machines.

Q: When should I consider using lubricated versus non-lubricated air with this valve?

A: The MVSC-300-4E1-DC24 works with both lubricated and non-lubricated compressed air. For longer valve life and smoother operation in high-cycle environments, lubricated air may be beneficial, though it is not strictly required for proper function.

Q: Where can the MVSC-300-4E1-DC24 be used given its environmental ratings?

A: Thanks to its IP65 protection class and operating temperature range of -5C to 50C, this valve is suitable for indoor industrial settings that may experience dust or low levels of moisture. Avoid direct exposure to extreme wet conditions or corrosive substances.

Q: What is the process for engaging the manual override on this valve?

A: The MVSC-300-4E1-DC24 includes a manual override option for maintenance or emergency operation. To use it, follow the manufacturers instructions to safely activate the override while the valve is isolated from system pressure and power.

Q: How does the indicator light benefit operational monitoring?

A: The integrated indicator light provides real-time visual feedback on the valves actuation status, simplifying troubleshooting and ensuring maintenance personnel can quickly verify system operations.

Q: What are the advantages of using this solenoid valve in pneumatic equipment?

A: Its rapid response, high reliability, low power consumption, and flexible mounting and fluid options all contribute to increased efficiency, reduced downtime, and optimal control in industrial automation and pneumatic systems.

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