Send Inquiry

Request To Call Back

Flange Type Foam Inductor

Get a Price/Quote

MOQ : 1 Piece

Flange Type Foam Inductor Specification

Installation Type
Fixed, Inline Mounted

Shape
Cylindrical / Barrel

Coverage Area
Depends on system design (customizable)

Coating Type
Epoxy Powder Coated

Features
Corrosion Resistant, Robust Design, Easy Maintenance, High Compatibility with Foam Concentrates

Connectivity Type
Flanged Connection (ANSI/ISI/DIN Standard)

Control Type
Manual

Fire Extinguisher Type
Foam Induction Device

Operating Pressure
7 bar nominal

Mounting Type
Flange Mounted

Technology
Venturi Principle / Inline Induction

Fire Class
Class A & B Fires

Working Temperature
-10C to +55C

Application
Fire Fighting, Industrial Fire Protection Systems

Max Flow Rate
225 LPM

Diameter
63 mm (Inlet & Outlet)

Capacity
3% or 6% Induction Rate

Pressure
7 kg/cm (0.7 MPa)

Material of Construction
Stainless Steel / Gunmetal / Aluminium Alloy

Foam Pick Up Tube
Provision Available

Compliance
IS: 2097/EN Standards

Finish
Smooth Surface Finish

Length
Approx. 350 mm

Weight
Approx. 6-8 kg

Manufacturer Warranty
12 months from supply date

Inlet/Outlet Flange Standard
ANSI B16.5 / IS 1538 / DIN PN16

Flange Type Foam Inductor Trade Information

Minimum Order Quantity
1 Piece

FOB Port
MUMBAI

Delivery Time
1 Days

Main Domestic Market
All India

About Flange Type Foam Inductor

Flange Type Foam Inductor

Taking the advantage of our offered Flange Type Foam Inductor, we have become the most preferred entity. Designed as a flange type inductor, the offered model works best for 3% and 6% foam concentrate. Further, the offered inductor is manufactured from brass and stainless steel to fulfill the pledge of remarkable durability and reliable performance.

Features:

Designed for fixed foam system line
7 bar operating pressure
Rust proof body
Easy to operate

Specifications:

Size: 65,80,100, 150 and 200
Size: 2 1/2" , 3" , 4", 6" and 6 1/2"
Material : brass , gun metal
Foam % : 3% , 6%
Flow rate: 101 psi (7 bar)
lpm: 225 lpm , 350 lpm, 380 lpm, 450 lpm 570 lpm, 750 lpm, 760 lpm, 800 lpm 850 lpm, 950 lpm, 1000 lpm, 1140 lpm 1150 lpm, 1550 lpm, 1893 lpm, 1950 lpm 2000 lpm and 2200 lpm,

Precision-Engineered for Fire Protection

The flange type foam inductor is manufactured with premium materials, including stainless steel, gunmetal, and aluminium alloys, enhancing both durability and corrosion resistance. Its cylindrical, epoxy-coated barrel design ensures long-term reliability even in harsh industrial environments. Each unit undergoes stringent quality checks for compliance with global standards such as IS: 2097 and EN, delivering consistent and effective foam mixing for fire suppression.

Customizable and Efficient Operation

Designed to integrate seamlessly with industrial fire protection systems, the foam inductor supports a customizable coverage area, contingent on system design. Utilizing the Venturi principle, it delivers a maximum flow rate of 225 LPM and a selectable induction rate of 3% or 6%. This guarantees optimal foam delivery tailored to specific risk profiles, while easy maintenance and compatibility with various foam concentrates ensure sustained operational efficiency.

FAQs of Flange Type Foam Inductor:

Q: How does the flange type foam inductor work in fire suppression systems?

A: The inductor operates using the Venturi principle, which enables foam concentrate to be drawn in and mixed with water at a specified induction rate (3% or 6%). This mixture is then delivered to the fire via the system, effectively suppressing Class A and B fires.

Q: What materials are used in the construction of this foam inductor?

A: The foam inductor is constructed from high-quality stainless steel, gunmetal, or aluminium alloy, ensuring corrosion resistance and structural robustness. It is finished with an epoxy powder-coated surface for enhanced durability in demanding environments.

Q: When should this foam inductor be installed in a fire protection system?

A: This device should be installed during the setup of an industrial fire protection or firefighting system, specifically where inline foam induction is required for enhanced fire suppression, and the piping supports flanged connections per ANSI, IS, or DIN standards.

Q: Where can this foam inductor be utilized effectively?

A: The inductor is ideal for firefighting applications within industrial settings, including factories, warehouses, and process plants, where protection against Class A and B fires is crucial. Its adaptable design allows integration into both new and existing fixed fire suppression systems.

Q: What is the process for installing the foam inductor?

A: Installation involves inline mounting via flanged connections that conform to ANSI B16.5, IS 1538, or DIN PN16 standards. The unit should be securely fixed at the appropriate section of the pipework, allowing direct inline foam induction during emergency operations.

Q: How is maintenance performed on this foam inductor?

A: Maintenance is simplified due to its robust, smooth-surfaced construction. Regular inspections, cleaning of the internal barrel, and checking the integrity of flanged connections are typically sufficient to ensure dependable performance. Manufacturer support and a 12-month warranty further facilitate maintenance.

Q: What are the main benefits of using this foam inductor?

A: Key benefits include reliable, high-rate foam induction for effective fire suppression, resistance to corrosion, robust design, ease of maintenance, and compatibility with a wide range of foam concentrates. The devices customization options also allow for adaptation to different industrial safety needs.