1 Year AL Jazeera Brand Warranty
30 Day Return Policy
Cash on Delivery available
Diesel Engine Fire Pump – Main System Components
| Component | Description |
|---|---|
| Diesel Engine | The large red engine in the center. The main power source that rotates the pump. |
| The Pump | Located at the lower right end (connected to the engine via a drive shaft). Responsible for drawing water and pumping it at high pressure into the network. |
| Control Panel | The red box on the left. The "brain" of the system that automatically starts the engine when pressure drops in the fire protection network. |
| Fuel Tank | The elevated red cylindrical tank on the right. Provides the diesel fuel needed to operate the engine for a specified period (typically at least 8 hours). |
| Cooling & Exhaust System | Visible above the engine: air filter and exhaust pipe, along with engine water cooling connections. |
| Skid (Base Frame) | The red base that mounts all components together to ensure stability, easy transport, and installation. |
Importance of the Certifications Shown in the Image
| Certification | Meaning |
|---|---|
| UL Mark | Certified by Underwriters Laboratories. A global certification ensuring the equipment meets the highest safety and quality standards. |
| FM Mark | Certified by Factory Mutual. Confirms that the equipment can operate under the toughest conditions to minimize the risk of property loss. |
Why Use a Diesel Engine Instead of Electric Only?
This pump is used as a primary defense line because major fires often cause an electrical power outage, or electricity may be manually cut off as a precaution. In these situations, the diesel engine proves its importance by operating completely independently of the electrical grid.
| Height | 36.88 cm |
| Width | 75.16 cm |
| Weight | 94.41 cm |
| Power | 22.27 cm |
| Speed | 78.11 cm |
A: According to NFPA 25 and Saudi Civil Defense requirements, diesel fire pumps should be started and run weekly for at least 30 minutes to ensure the engine, batteries, and fuel system are in peak condition.
A: Diesel fire pumps are preferred because they are independent of the building's electrical grid. In the event of a fire, power outages are common; a diesel pump ensures the fire suppression system remains fully operational without needing an emergency generator.
