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MINDMAN MVAA series

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MOQ : 1 Piece

MINDMAN MVAA series Specification

Load Capacity
Up to 1 MPa (10 bar)

Accuracy
Repeatable manual operation

Method
Manual lever/button actuation

Coating
Anodized

Size
Standard port sizes: 1/8 (others available)

Weight
Approximately 65~120g depending on model

Shape
Body block type

Thread Type
Metric (BSPT/BSP/NPT options may be available)

Machine Type
Compatible with pneumatic systems

Type
Manual air control valve

Material
Aluminum alloy, engineering plastic

Tolerance
Standard as per manufacturer

Surface
Anodized / Painted

Use
Directional control of air flow

Application
Pneumatic automation, industrial machinery

Usage & Applications
Air flow on/off control, machinery actuation

Operating Temperature Range
-5°C to 60°C (non-freezing)

Valve Series
MVAA

Number of Ports/Positions
2 ports / 2 positions or 3 ports / 2 positions (varies by sub-model)

Port Size
Rc 1/8" (others by model)

Exhaust
Non-vented (standard)

Body Color
Silver / Black

Seal Material
NBR (nitrile rubber)

Operating Pressure Range
0~1 MPa (0~10 bar)

Handle Type
Lever / Button

Medium
Air

Mounting
Panel or base mount

MINDMAN MVAA series Trade Information

Minimum Order Quantity
1 Piece

Sample Policy
Free samples are available

Main Domestic Market
Maharashtra

About MINDMAN MVAA series

MVAA series (Master Valve)	MODEL NO.
MODEL NO.	MVAA-260-4A1(8A)
MVAA-150-4A1(M5)	MVAA-260-4A2(8A)
MVAA-150-4A2(M5)	MVAA-260-4A2C(8A)
MVAA-180-3A1(6A) NO/NC	MVAA-300-3A1(10A) NO/NC
MVAA-180-3A2(6A)	MVAA-300-3A2(10A)
MVAA-180-4A1(6A)	MVAA-300-4A1(10A)
MVAA-180-4A2(6A)	MVAA-300-4A2(10A)
MVAA-220-3A1(8A) NO/NC	MVAA-300-4A2C(10A)
MVAA-220-3A2(8A)	MVAA-460-3A1(15A) NO/NC
MVAA-220-4A1(8A)	MVAA-460-3A2(15A)
MVAA-220-4A2(8A)	MVAA-460-4A1(15A)
MVAA-220-4A2C(8A)	MVAA-460-4A2(15A)
	MVAA-460-4A2C(15A)

Reliable Manual Air Flow Control

Designed for precise on/off air control, the MVAA series suits automation and machinery actuation needs. Its repeatable manual operation and robust build guarantee long-term use in demanding industrial settings. Choose from lever or button handle types to best fit your application for ease of use and effective operation.

Engineered for Tough Environments

With anodized or painted aluminum alloy bodies and engineering plastic components, the MVAA series valves deliver durability and resistance to corrosion. Suitable for a wide temperature range and pressures up to 10 bar, these valves ensure stability and consistent performance, even in challenging industrial conditions.

FAQs of MINDMAN MVAA series:

Q: How do I install the MINDMAN MVAA series valve in my pneumatic system?

A: The MVAA series valve can be mounted either on a panel or a base, depending on your setup. Use the appropriate mounting method specified for your model and ensure connections match the port size (standard Rc 1/8 or as specified by variant). Always follow manufacturer guidelines for secure and leak-free installation.

Q: What makes the MVAA series suitable for industrial automation applications?

A: The MVAA series is designed for reliable manual control of air flow, essential in pneumatic automation. Its durable construction, NBR sealing, broad operating pressure and temperature ranges, and versatile mounting/handle options make it ideal for industrial machinery and automation processes.

Q: When should I choose lever actuation over button actuation for this valve?

A: Select lever actuation for applications requiring frequent or more forceful operation, while button actuation is best for compact installations or infrequent manual intervention. The choice depends on the operations ergonomics and available space.

Q: Where is the MVAA series typically used?

A: MVAA manual air control valves are prevalent in pneumatic systems, particularly in industrial automation, machine actuation, process control, and air flow distribution panels within manufacturing environments.

Q: What are the benefits of the anodized or painted finish on the MVAA valve body?

A: Anodized or painted finishes enhance the valves resistance to corrosion and wear, extending service life and maintaining performance under harsh industrial conditions. This adds durability and reliability to your pneumatic systems.

Q: How does the non-vented exhaust feature affect valve performance?

A: The standard non-vented exhaust design helps to prevent air discharge into the surrounding environment, which is beneficial in applications where controlled or minimal air escape is necessary for safety or cleanliness.

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