Portable gasoline-powered fire pump

1. Engine: Four-stroke, air-cooled gasoline engine, R740, GX690 2. Output Power: 20KW (27PS) 3. Water Pump Performance: Flow rate of 1020 L/min at 0.60 Mpa pressure Flow rate of 1260 L/min at 0.40 Mpa pressure Flow rate of 1500 L/min at 0.20 Mpa pressure 4. Overall Weight: 95 Kg 5. Dimensions: 655 × 618 × 616 (mm) 6. Number of Cylinders: Twin-cylinder 7. Single-suction single-stage impeller 8. Bore × Stroke: 78 × 72 (mm) 9. Suction Port Diameter: 80 mm 10. Discharge Port Diameter: 65 mm 11. Number of Discharge Ports: 1 (2 optional) 12. Discharge Valve Type: Ball valve 13. Fuel Type: 92 octane or higher gasoline 14. Fuel Tank Capacity: 12L 15. Fuel System: Carburetor - manual choke 16. Priming Method: Oil-free vacuum pump priming 17. Lubrication System: Lubrication system 18. Priming Time: ≤15s 19. Engine Oil Capacity: 1.5L 20. Maximum Suction Depth: 9m 21. Starting Method: Manual and electric start 22. Maximum Head: 90m 23. Ignition Method: Transistor electronic ignition 24. Rated Flow Rate: 1020 L/min 25. Fuel Consumption: 7 L/h 26. Rated Pressure: 0.6 Mpa Intelligent control panel, maintenance-free battery, automatic charging device, multiple units can be connected in series, oil-free vacuum pump

Focusing on the “Last Mile”: Establishing frontline water supply points in narrow neighborhoods, rural areas, and forest fire sites where fire trucks cannot reach. Serving as a “Water Relay Station”: Facilitating water transfer between pumps in long-distance water supply systems. Functioning as an “Emergency Backup Pump”: Providing communities and factories with emergency firefighting water sources for preparedness.

I. Three Core Advantages Mobile and Flexible: Portable and quick to deploy, enabling rapid access to narrow alleys, rugged terrain, and other areas inaccessible to fire trucks. Self-Priming Water Suction: Fast startup with strong self-priming capability, allowing swift water intake from natural sources like rivers and ponds. Rugged and Durable: Simple construction, insensitive to impurities, low failure rate, and minimal maintenance costs.