Kirloskar FM-Approved & UL-Listed Fire Fighting Pump Series | NFPA 20 Compliant End-Suction, Split-Case & Skid-Mounted Fire Pump Systems (Up to 1500 $m^3/hr$ & 200m Head)

Description

Specification	Parameter
Brand	Kirloskar
Series	FM/UL Certified Fire Fighting Pump Series
Standards Compliance	FM Approved, UL Listed, NFPA 20 Compliant
Operating Speed	~1,450 RPM & ~2,900 RPM (2-Pole / 4-Pole), 50 Hz / 60 Hz
Delivery Port Size Range	Up to 250 mm
Maximum Discharge Capacity	Up to 1,500 m3/hr (approx. 25,000 LPM)
Maximum Head Range	Up to 200 Meters
Drive System Options	Electric Motor Driven, Diesel Engine Driven, or Integrated Jockey System
Casing Material	Heavy-Duty Cast Iron (IS 210 FG 260) / Ductile Iron / Cast Steel
Impeller Material	Bronze / Stainless Steel (CF8 / CF8M) / Cast Iron
Pump Shaft Material	High-Tensile Carbon Steel / Stainless Steel (SS410 / SS316)
Shaft Sleeve & Wear Rings	Renewable Bronze / Stainless Steel
Sealing Arrangement	Gland Packing / Mechanical Seal
Best Used For	Fire Hydrant Systems, Automatic Sprinkler Networks, High-Rise Fire Safety & Industrial Complexes

Global Safety Certification (FM/UL/NFPA 20): Engineered strictly to NFPA 20 guidelines with global FM Approvals and UL Listings, fulfilling mandatory life-safety and insurance requirements.
Continuous Rising Characteristic Curve: Designed with rising head-capacity performance to eliminate driver overloading and ensure seamless parallel pump operation during fire emergencies.
Versatile Drive Configurations: Available with high-efficiency electric motors, heavy-duty certified diesel engines, and jockey pressure-maintenance pumps for complete system autonomy.
Heavy-Duty Structural Metallurgy: Constructed with rugged Cast Iron, Ductile Iron, or Cast Steel casings paired with Bronze or Stainless Steel impellers and renewable wear rings.
Massive Hydraulic Output & Rapid Startup: Delivers volumetric flow rates up to 1,500 m3/hr (25,000 LPM) and dynamic heads up to 200 meters with instant, vibration-free emergency start-up capability across Nepal.