|Inlet Pipe Size||2.5 inch|
|Body Material||Aluminium,Gun Metal|
|Hose Length||1 mtr|
|Flow Rate||225,450 Lpm|
|Work Pressure||5 - 10 Bar|
SE Inline Inductors provide means for accurate induction of foam compound into the water stream for the operation of foam branches and equipment. These Inductors are matched to SE Foam equipment. Available in Aluminum and G.M. options, the SE Inline Inductors are designed for 3% or 6% induction, the inductors are available with nominal foam solution capacity of 225 and 450 Lpm, as well as tailor-made to client requirements. Variable options also available.
|Model||Nominal Flow 1pm||Recommended Operating||Length||Weight|
|( at 7 bars*)||Pressure Bars||mm||Kgs|
|SE ILI||225||5 – 10||440||5.5|
|SE ILI||450||5 – 10||440||5.5|
|Working pressure||7 Bar|
|Inlet pressure||7 bar|
|Flow Rate||245 Lpm|
|Extracted Smoke Volume||98 mm/min|
The Medium Expansion Foam Generator unit consists of a stainless steel casing, a fan driven by a Pelton wheel turbine, four jet nozzles to discharge foam water solution in front of high-velocity air, an in-line inductor for foam suction and a nylon foam-making net.
Design and Operational Features:
Water from the fire hydrant engine is pumped into the generator through an in-line inductor, placed along the supply line. Foam concentrate and water are mixed in the inductor to make foam water solution, which is delivered to the generator. Part of the water supplied is diverted, to drive the Pelton wheel turbine. Through the four water jets, foam water solution is sprayed into the foam- making a net to produce foam.Can also be used as a smoke extractor.
The unit produces high expansion foam up to 100m (3500ft) PER minute, depending upon the pressure applied. The foam generated is more fluid and heavy, therefore ideal for outdoor fuel spillage or where rapid, flowing foam is required.
The unit comes with polythene foam ducting, 30 m and reinforced plastic smoke ducting,7.5 m. These are optional and not part of standard equipment.
All intel pressures refer to the pressure at the generator The following details arc nominal measurements.
|Inlet pressure||Water flow||Foam produced||Expansion ratio||Foam consumption3%|
|Inlet Pressure||4 - 10 Kg/ cm3|
|Water Flow Rate||170 - 250 Lpm|
|By Pass Flow Rate||60 - 95 Lpm|
|Dimension||902 X 927 X 495 mm|
We provide Super-Ex High Expansion Foam Generator having water turbine powered and high output. It is accumulated with By-Pass System and Built-In Foam Induction.
|Inlet Pressure||Total Water Flow||By-Pass Flow||Water Used For Making Foam||Expanded Form Produced||Expansion|
|By - Pass||6||210||75||135||125||800|
|By - Pass||6||200||200||112||500|
|Inlet Size||4 inch|
|Output||24 - 64 m3/min|
|Length||645 - 950 mm|
|Weight||9.3 - 21 Kg|
|Material of Fire Fighting Equipment||SS 304,Gunmetal|
Supremex Medium Expansion Foam Pourer ''pour'' the foam onto the risk area, and are ideal for tackling large flammable liquid spills, and fires in Tank dykes. Can be used with AFFF, FFFP and high expansion foam compounds. Available with nominal foam solution capacity of 600 (MXP 600), 1100 (MXP 1100) and 1600 Lpm (MXP 1600). The 600 Lpm version (MXP 600) can be easily carried on Foam Tenders as part of the standard equipment and can be operated directly from the Tender. Supremex Inline Inductors matching to above Pourers available.
|(at 3.5 bars||Expansion||mm||Kgs|
|SE MXP 600||24||01:40||645||9.3|
|SE MXP 1100||44||01:40||920||18|
|SE MXP 1600||64||01:40||950||21|
|Capacity||100 ltrs to 300 ltrs|
|Trolley Material||Mild Steel|
|Wheels Capacity||250/500 kgs|
The Mobile Foam Unit has been designed for rapid one-man deployment and is ideal for the protection of oil storage and loading terminals, paints or solvent Stores, Boiler rooms, Ships'' Engine rooms and all similar high-risk areas. The unit only requires connection to a suitable pressurized water supply and is Manufactured in high strength corrosion-resistant materials such as FRP/S.S. or M.S. duly anti-corrosive Treated. (Inside)
Including Low Expansion & medium, Expansion with their Matched inductors.