3 Inch Parker Control Valves

Name: 3 Inch Parker Control Valves
Brand: AVANYA HYDRAULICS
Price: 4000 INR
Availability: InStock

Price 4000 INR/ Piece

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MOQ : 1 Piece

3 Inch Parker Control Valves Specification

Capacity
High flow

Mounting Type
NG6

Connection
Flanged end

Diameter
3 Inch

Valve Type
Directional

Flow Rate
80 LPM

Voltage
24 V DC

Noise Level
Low

Pressure Ratings
315 bar

IP Rating
IP65

Standard
ISO 4401

Media
Hydraulic fluid

Structure
Two-way

Power
Solenoid

Port Size
3 Inch

Model
NG6

Pipe Connection Type
Flanged

Actuation Type
Solenoid driven

Seal Material
NBR/FKM

Valve Series
NG6

Temperature Range
-20 to 80C

Body Material
Steel

3 Inch Parker Control Valves Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 3 Inch Parker Control Valves

Discover the Ace performance of our 3 Inch Parker Control Valves, offered at a Special Rate exclusively for our esteemed clients across India. Engineered with an imposing steel body and enduring NBR/FKM seals, these directional, solenoid-driven NG6 valves promise stellar operation within a wide temperature range (-20C to 80C). Enjoy high flow capacity (80 LPM) and robust pressure handling up to 315 bar, all with a low-noise, personalised touch. Featuring flanged ends, ISO 4401 standard, and IP65 protection, these valves are a top-tier choice for hydraulic fluid control.

Versatile Industrial Usage & Stellar Features

The 3 Inch Parker Control Valve, with its imposing design and NG6 mounting, excels in high-flow hydraulic operations. Ideal for demanding industrial applications like heavy machinery, automated plant systems, and hydraulic presses, these valves provide precise directional control. Extra features include its stellar low-noise operation, IP65 enclosure for dust and water resistance, and exclusive solenoid actuation for enhanced reliability-making it the preferred choice for environments requiring robust and personalised fluid handling.

Payment Terms, Export Markets & Premium Packaging

We offer competitive asking prices and transparent valuation on Parker NG6 valves. Flexible payment terms cater to diverse client needs. As an established supplier and trader in India, we specialise in exporting to global markets across Asia, the Middle East, and Europe. Each valve receives premium packaging-utilising sturdy materials to ensure safe delivery. Detailed labeling and protective wrapping preserve the product's imposing quality from warehouse shipment to your site.

FAQ's of 3 Inch Parker Control Valves:

Q: How do I install the 3 Inch Parker Control Valve with flanged connections?

A: Installation is straightforward-secure the flanged ends onto compatible pipework, ensuring gaskets are in place, and properly bolt down the assembly as per ISO 4401 standards. Follow the provided manual for electrical connections to the 24 V DC solenoid.

Q: What are the primary uses and benefits of this NG6 valve?

A: The NG6 Parker Control Valve excels in heavy industrial applications requiring precise directional hydraulic flow. Its personalised, high-flow design assures efficient operation, low noise, and enhanced control stability in demanding environments.

Q: Where are these control valves typically applied?

A: Common application areas include automated factory systems, hydraulic presses, industrial power units, and large-scale machinery where imposing reliability and robust fluid control are essential.

Q: What is the process for ordering and custom personalisation?

A: Reach out to our sales team with your specifications. We offer exclusive personalised options for seal materials and tailored packaging, ensuring the valve meets your system's precise requirements.

Q: How do I maintain the Parker NG6 valve for prolonged stellar performance?

A: Routine inspection of seals, proper cleaning, and monitoring fluid quality are key. Check electrical connections of the solenoid periodically and ensure operating conditions remain within -20C to 80C for optimal performance.

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