63 mm Hydrant Valve

Name: 63 mm Hydrant Valve
Brand: SAMARTH FIRE SERVICE
Price: 5000 INR
Availability: InStock

Price 5000 INR/ Piece

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MOQ : 500 Pieces

63 mm Hydrant Valve Specification

Structure
Single Headed

Material
Gun Metal / Stainless Steel (IS: 318 LTB-2 or equivalent)

Power
Manual Operation

Pressure
Maximum Working Pressure: 1.6 MPa (16 Bar)

Media
Water / Foam

Working Temperature
Up to 65C

Port Size
63 mm (2.5 inches)

Surface
Polished / Painted

Shape
Right Angle / Globe Type

Application
Fire Fighting / Industrial Hydrant System

63 mm Hydrant Valve Trade Information

Minimum Order Quantity
500 Pieces

Supply Ability
3 Pieces Per Day

Delivery Time
3 - 7 Days

About 63 mm Hydrant Valve

We are counted amongst the leading manufactures and suppliers of a broad array of 63 mm Hydrant Valve. Widely used in residential, industrial and commercial sectors, it opens a stream of gushing water as soon as the lever is rotated. This valve is popular for its dimensional accuracy, rugged construction, corrosion resistance and durability. It is made using high grade raw material in compliance with the specifications stated by our customers. Moreover, clients can avail this 63 mm Hydrant Valve at a marginal price range from us.

Products Specifications:

Material	Cast Iron
Features	Corrosion Resistance
Design Type	Single Head
Surface Finishing	Color Coated
Size	63 mm

Exceptional Reliability for Fire Safety

100% hydraulically tested up to 2.4 MPa (24 Bar), the 63 mm Hydrant Valve guarantees operational reliability in critical situations. The design supports rapid manual activation and is compatible with various fire hose couplings, helping first responders and facility personnel achieve fast deployment in emergencies.

Durable Construction with Quality Materials

Manufactured using gun metal or stainless steel adhering to IS: 318 LTB-2 standards, the valve is built for longevity and resistance against corrosion in both indoor and outdoor applications. The polished or painted surfaces and natural bronze options also provide enhanced durability and aesthetic flexibility.

FAQs of 63 mm Hydrant Valve:

Q: How does the 63 mm Hydrant Valve operate during an emergency situation?

A: The valve is hand wheel operated, allowing quick and controlled manual opening in emergency scenarios. This enables firefighters or facility staff to rapidly initiate water or foam flow through the hydrant system for effective fire fighting.

Q: What is the recommended application for this hydrant valve?

A: It is primarily designed for fire fighting and industrial hydrant systems in settings such as factories, warehouses, commercial complexes, and municipal installations, supporting the safe and efficient distribution of water or foam.

Q: When should the hydraulic test for the hydrant valve be performed?

A: Hydraulic testing is carried out during production for each valve to ensure 100% compliance with performance standards. End-users should also periodically inspect and test the valve as part of routine maintenance to confirm ongoing reliability.

Q: Where can the 63 mm Hydrant Valve be installed?

A: The valve can be installed at fire hydrant points within industrial, commercial, or municipal premises. It is suitable for both indoor and outdoor locations, thanks to its corrosion-resistant construction and weather-protected finishes.

Q: What is the process for connecting the outlet and inlet on this hydrant valve?

A: The outlet connection features an instantaneous female coupling for quick attachment to standard 63 mm fire hoses, while the inlet is available in flanged or screwed options, providing flexible installation according to site requirements.

Q: How does the valve benefit fire fighting operations?

A: Its high flow rate capacity (9001800 LPM at 7 bar), robust construction, and manual operation enable dependable water or foam delivery, minimizing response time and maximizing efficiency during fire emergencies.

Q: What maintenance practices are recommended for prolonged usage?

A: Regular inspection for leaks, lubrication of the hand wheel mechanism, and scheduled hydraulic tests are advised to maintain optimal performance and extend the valves service life in fire protection systems.

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