About Fire Fighting Pump
The Fire Fighting pump "GSFFS SERIES" is widely used for Domestic and Industrial Application, high rise commercial and industrial building, HVAC, residential building, chemical industries, oil and refinery, hazardous and flammable gas and oil industry, pharma industries.
Unlock Materials, Applications & Features
Technical Details
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Flow
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Head
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Discharge Size
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Design Pressure
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Flange STD
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RPM
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UP TO 400 M3/HR
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UP TO 150 MTR
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UP TO 8 Inch(200 MM)
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UP TO 16 bar
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B 16.5 /150 Class
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2900 RPM
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Material Construction
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Shaft
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Impeller
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Casing
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Stuffing Box
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Sleeve
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Sealing Details
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SS 410,SS 316
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CI,SS 304,SS 316,Bronze
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CI,SS 304,SS 316,Bronze
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CI,SS 304,SS 316
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SS 410,SS 316
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Gland Packing / Mechanical Seal
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Features
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Applications
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Back pull out construction design
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Chemical ,food ,pharma industries for fire fighting purpose
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High head and pressure developing capacity
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School, building, residential, commerical complex
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As per competable fire standard norms
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Gas and petrochemical plant
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Competable with NBC - national building code of india part 4
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Marine application
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Corosion resistance bronze impeller
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Airport, railway stat-ion, bus ports
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On shore and off shore platforms in drilling oil and gas
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Robust Design & Versatile MaterialsManufactured using cast iron, stainless steel, and bronze, this fire fighting pump offers both strength and corrosion resistance. The choice of materials for the pump body, impeller, and shaft ensures compatibility with challenging environments and extends service life, whether used in stati-onary or portable setups.
High Performance & Flexible InstallationWith a peak output of 400 m3/hr and a maximum head of 150 meters, this pump accommodates the needs of diverse fire protection systems. It can operate at pressures up to 16 bar and supports multiple installation methodologies, such as fixed or portable mounting and various suction orientations for seamless integration.
FAQ's of Fire Fighting Pump:
Q: How is the pump primed before operation?
A: This fire fighting pump can be primed using either self-priming or manual priming methods, depending on the site requirements and the chosen model. Proper priming ensures quick and efficient startup during emergencies.
Q: What applications are best suited for this fire fighting pump?
A: The pump is ideal for fire protection in industries, commercial complexes, municipal buildings, and large infrastructure projects where high flow rates and pressures are required.
Q: When should the pump's impeller and shaft materials be selected?
A: Selection of impeller and shaft materials-such as cast iron, stainless steel (SS 304/316), or bronze-should be based on the specific fluid compatibility, site conditions, and required corrosion resistance.
Q: Where can this pump be installed?
A: This fire fighting pump can be installed in both fixed and portable configurations, offering adaptability for permanent plant installations or mobile fire-fighting setups.
Q: What is the maximum flow rate and discharge pressure the pump can handle?
A: The pump supports a maximum flow rate of 400 m3/hr and can handle discharge pressures up to 16 bar, making it suitable for large-scale fire-fighting applications.
Q: How does the flange type and nozzle standard help in process integration?
A: The B 16.5/150 Class flange and Class 150 nozzle standard ensure seamless compatibility with standardized pipe fittings and facilitate easy integration into existing fire protection piping systems.
Q: What benefits does the horizontal mount and end suction orientation offer?
A: Horizontal mounting and an end suction orientation enhance operational stability, simplify maintenance, and reduce installation footprint, improving overall system efficiency.