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Fire Sprinkler Systems

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MOQ : 20 Pieces

Fire Sprinkler Systems Specification

Coverage Area
Up to 130 sqm

Control Type
Hydraulic

Coating Type
Chromium Plated

Operating Pressure
3-12 Bar

Installation Type
Ceiling Mount, Hanging

Mounting Type
Ceiling Mounted

Shape
Round, Bulb Head

Working Temperature
57C to 68C (Standard Activation Temp)

Voltage
Not Required (Manual/Hydraulic)

Connectivity Type
Piped (Networked Pipe Connection)

Energy Efficiency Rating
A+

Fire Class
Class A, B, C

Technology
Automatic Water-based Sprinkler System

Features
Corrosion Resistant, Quick Response, Compact Design, Easy Installation, Durable Finish, Reliable Operation, Heat Sensitive Element

Fire Extinguisher Type
Sprinkler (Water Discharge Type)

Application
Fire Safety, Fire Protection System, Industrial, Office, House, Hospital, Warehouse, Hotel, School, Commercial, Factory, Residential, Shopping Mall

Max Flow Rate
Up to 80 LPM

Diameter
15-25 mm

Capacity
Varies as per System Design

Pressure
12 Bar Max

Discharge Pattern
Upright, Pendent, Sidewall

Testing Standards
Complies with IS 15105, NFPA 13

Life Span
10+ Years (With Proper Maintenance)

Material
Brass or Stainless Steel

Response Time Index (RTI)
Quick and Standard Response

Activation Element
Glass Bulb, Fusible Link

Water Pressure Required
Minimum 1.0 Bar

Spray Angle
80°-120°

Color Code
Red, Green, Blue Bulbs (Indicates Temp Rating)

Fire Sprinkler Systems Trade Information

Minimum Order Quantity
20 Pieces

Supply Ability
4000 Pieces Per Day

Delivery Time
1 Days

Packaging Details
standard

Main Domestic Market
All India

Certifications
ISO and BIS

About Fire Sprinkler Systems

Inspired by the positive response of our clients, we are manufacturing and supplying a wide range of Fire Sprinkler. In the event of a fire reaching its operating point, the flat plate drops and the deflector plate of the sprinkler head will then drop below the ceiling level. As the temperature at ceiling level increase, the strip activates and releases the seal which enables the full flow of water to be directed towards the fire. Checked on various parameters, this Fire Sprinkler is highly acclaimed in the market.

Features:

Robust design
Easy to install
Long life

Quick and Reliable Fire Protection

Thanks to rapid-response glass bulb or fusible link activation, these sprinkler systems provide immediate suppression, crucial for minimizing damage and enhancing safety in case of fire. The spray angle between 80 and 120 and maximum flow rate up to 80 LPM ensure efficient coverage for fast containment.

Versatile Applications Across Sectors

Suitable for diverse settings such as factories, offices, hospitals, warehouses, hotels, schools, shopping malls, and homes, this automatic water-based fire protection system adapts to varied infrastructure with ceiling-mounted and hanging installations, offering optimal coverage across different building layouts.

Built to Endure and Perform

Constructed from corrosion-resistant brass or stainless steel and finished with chromium plating, these sprinklers promise over 10 years of life with proper maintenance. Their compact design integrates easily into networked pipe systems, requiring no electrical power and operating smoothly on hydraulic pressure.

FAQs of Fire Sprinkler Systems:

Q: How do fire sprinkler systems with glass bulbs or fusible links activate during a fire?

A: These systems use heat-sensitive elements, such as glass bulbs filled with liquid or fusible links, which react to rising temperatures. When the bulb color matches the activation temperature (57C to 68C), the element breaks, opening the sprinkler and allowing water to discharge automatically.

Q: What is the difference between quick and standard response sprinkler heads?

A: Quick response heads have a lower Response Time Index (RTI), meaning they activate faster when exposed to heat, ideal for areas with high occupant load. Standard response heads have a higher RTI and are typically used to contain fire until the fire brigade arrives.

Q: Where can these fire sprinkler systems be installed for effective protection?

A: They are suitable for a wide range of locations including industrial sites, offices, residences, hospitals, hotels, commercial centers, schools, factories, and warehouses. Their installation flexibility allows for ceiling-mounted, upright, pendent, or sidewall configurations.

Q: What is the maintenance process for ensuring the lifespan of fire sprinkler systems?

A: Regular inspection includes checking for obstructions, ensuring the correct water pressure (minimum 1.0 Bar), verifying bulb color and temperature ratings, and cleaning the sprinkler heads to keep the spray angle unobstructed. Compliance with IS 15105 and NFPA 13 mandates scheduled maintenance intervals.

Q: How does the color code on glass bulbs affect sprinkler system operation?

A: Each bulb color (red, green, blue) corresponds to a specific temperature rating, guiding system designers to select the right activation temperature for the environment, ensuring timely response without accidental discharge from ambient heat.

Q: What are the advantages of hydraulic, networked fire sprinkler systems over manual alternatives?

A: Hydraulic systems operate automatically upon heat detection, requiring no electrical power for activation. Their networked, piped connectivity ensures efficient water supply to all coverage zones and consistent pressure up to 12 Bar, maximizing safety and system reliability.

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