3.0 Inch Moog Hydraulic Valve

Name: 3.0 Inch Moog Hydraulic Valve
Brand: AVANYA HYDRAULICS
Price: 65000 INR
Availability: InStock

Price 65000 INR/ Piece

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MOQ : 1 Piece

3.0 Inch Moog Hydraulic Valve Specification

Structure
Spool Valve

Material
Cast Iron

Power
Hydraulic

Pressure
315 bar

Media
Oil

Working Temperature
-20C to 80C

Port Size
3.0 inch

Surface
Corrosion Resistant Coating

Shape
Rectangular

Application
Industrial Automation

Max Flow
100 LPM

Seal Type
Nitrile Rubber

Ports
Four inlets

Mounting Type
Subplate

Valve Type
Proportional

Color
Dark Grey

Response Time
High speed

Weight
14 kg

Control
Electro-hydraulic

3.0 Inch Moog Hydraulic Valve Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
4-5 Days

Main Domestic Market
All India

About 3.0 Inch Moog Hydraulic Valve

Experience excellent efficiency and value with the 3.0 Inch Moog Hydraulic Valve, a popular choice for industrial automation. Built from meritorious cast iron, this opulent valve is engineered for high speed electro-hydraulic proportional control and can manage a maximum flow of 100 LPM at 315 bar pressure. Its corrosion-resistant coating and nitrile rubber seals ensure durable operation across a wide temperature range. Supplied in elegant dark grey, it's designed for easy subplate mounting and ready stock is available at a competitive discount through leading suppliers and traders in India.

Versatile Application for Industrial Automation

The 3.0 Inch Moog Hydraulic Valve is specifically designed for both specific and general industrial uses. Crafted from high-grade cast iron with a corrosion resistant finish, it is ideally suited for demanding automation environments. The valve's spool structure seamlessly controls oil media for precise operations. Its robust material characteristics, combined with an efficient four-port inlet system, make it an invaluable component for machinery requiring reliable, high-speed hydraulic control in automation processes.

Sample Availability and Nationwide Logistics

Moog provides samples of the 3.0 Inch Hydraulic Valve-for qualified buyers-ensuring informed decisions before full-scale procurement. The company supports logistics across the main domestic market of India, guaranteeing prompt delivery and stock readiness. Interested traders can leverage attractive sale prices and a straightforward sample policy. With inventory consistently maintained, customers can count on minimal lead times and maximum satisfaction, making the purchasing process smooth and efficient across the region.

FAQ's of 3.0 Inch Moog Hydraulic Valve:

Q: How can I obtain a sample of the 3.0 Inch Moog Hydraulic Valve before purchasing in bulk?

A: You can request a sample directly from the supplier or trader. Moog offers sample units under a clear sample policy, typically requiring buyer qualification. Contact the sales team to learn about eligibility and specific procedures.

Q: What are the main industrial applications of this hydraulic valve?

A: This valve is perfect for industrial automation applications where precise electro-hydraulic control is necessary. It's widely used in automated manufacturing systems, heavy machinery, and process industries that require high-speed response and reliable fluid management.

Q: Where do you supply and stock this valve within India?

A: The 3.0 Inch Moog Hydraulic Valve is stocked and supplied nationwide across India. Ready stock is maintained by major traders, ensuring quick fulfillment through established logistics networks.

Q: What features make this valve popular among industrial users?

A: Its robust cast iron construction, corrosion-resistant coating, high-pressure capacity, and rapid-response performance make the valve an excellent and popular choice for demanding automation systems.

Q: How does the corrosion resistant coating benefit long-term usage?

A: The corrosion-resistant surface significantly prolongs the valve's operational life, ensuring reliable performance even in harsh industrial environments. This reduces maintenance needs and replacement costs over time.

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