Wet Barrel Hydrant Valves (Piller Type)

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Wet Barrel Hydrant Valves (Piller Type) Specification

Control System
Handwheel/operating handle

Valve Size
63 mm (or as specified)

Connection Type
Flanged inlet/outlet connections as per standard dimensions

Valve Type
Pillar type hydrant

Material
Body made of cast iron/ductile iron/bronze (as per IS: 780/IS: 5290/IS: 318)

Structure
Wet barrel pillar type with upright standpipe and side outlets

Application
Fire hydrant water lines, fire safety systems, industrial and municipal firefighting applications

Type
Wet Barrel Hydrant Valve (Pillar Type)

Power
Manual operation

Pressure
Working pressure up to 1.6 MPa (16 bar)

Media
Water

Disc
Rubber faced or synthetic disc for tight sealing

About Wet Barrel Hydrant Valves (Piller Type)

Being a quality conscious firm, we are engaged in offering a superlative range of quality approved Wet Barrel Hydrant Valves (Piller Type). Valves offered by us are made available to the clients within the predefined time frame with the help of our extensive distribution network and prompt freight and carriage team. In addition to this, we ensure to check these Wet Barrel Hydrant Valves (Piller Type) on various quality parameters before dispatching to the clients' specified locations.

Features:

Longer service life
Thorough operations
Robust construction
Accurate dimensions

WVPL - 107

Type	Stand Post Type
M.O.C	M.S. Seamless Pipe As Per IS 1239
Inlet	6"/8" Flanged Inlet
Inlet - 2	4"/6" Flange Inlet (Gate Valve Optional)
Outlet	2 Nos. of 80 mm NB Flanged Suitable for 2 Nos. of F.F. Hydrnat Valve Single Controll Type -A
Finish	P.O. Colur For WET Barrel and Fire Red for Hydrant Valves
Note	Flange Size as per IS 1538 / ANSI
Approval	-

Reliable Firefighting Infrastructure

Wet Barrel Hydrant Valves (Pillar Type) are vital in ensuring fire safety across various sectors. Their upright pillar design offers high visibility and easy access during emergencies, making them a preferred choice for both municipal and industrial installations. The durable construction materials and standardized fittings ensure longevity and compliance.

Simple Manual Operation

Designed for user-friendly handling, these hydrant valves use a handwheel or operating handle for immediate water control. This manual system ensures that responders can activate the hydrant quickly without power sources, maximizing efficiency during critical fire events.

FAQs of Wet Barrel Hydrant Valves (Piller Type):

Q: How do Wet Barrel Hydrant Valves (Pillar Type) function within a fire safety system?

A: These hydrant valves are installed along fire hydrant water lines as a direct, manual interface for firefighting. On activation using the handwheel or operating handle, the valve releases water through side outlets, allowing immediate connection for hoses and firefighting equipment.

Q: What are the primary benefits of using pillar type wet barrel hydrant valves in municipal or industrial contexts?

A: Pillar type wet barrel hydrant valves provide quick access to water during fire emergencies, are highly visible, simple to operate, and built to withstand harsh conditions. Their robust construction and reliable sealing mechanisms help reduce response times and water waste.

Q: Where are these hydrant valves typically installed?

A: They are commonly positioned along public streets, industrial complexes, and inside municipal firefighting grids, ensuring water delivery points are readily accessible for emergency responders.

Q: When should maintenance be performed on pillar type hydrant valves?

A: Periodic inspection and maintenance should be conducted at least annually, or more frequently in regions with challenging climates, to guarantee proper operation, check for leaks, and verify the integrity of seals and flanged connections.

Q: What process is involved in installing a wet barrel hydrant valve?

A: Installation involves connecting the valves flanged inlet to the water main and securing it with appropriate gaskets and hardware. Alignment and proper torquing are crucial to maintain a leak-proof joint and ensure compliance with relevant IS standards.

Q: How does the rubber faced or synthetic disc contribute to the hydrant valves performance?

A: The rubber or synthetic disc provides a tight, resilient seal when the valve is closed, minimizing water leakage and maintaining optimal water pressure for immediate use during fire emergencies.

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