CDL Type EDJ Fire Pump Set

EDJ Fire Jockey Pump Set (Electric pump+Diesel pump+Jockey pump)
Fire pump set comprises a combination of electric motor driven pump, diesel engine driven and electric driven jockey pumps that supply for fire suppression systems.Fire pump package is required to comply with Local Civil Defense Authority regulations and international Codes of Practice ,for example National Fire Protection Association (NFPA).

Types of pumps used for fire service include: end suction, horizontal split case, vertical split casevertical inline and vertical turbines.
1. Electric motor driven pump, can use single stage pump, horizontal split case pump, end suction pump,multistage pump, material can be cast iron, stainless steel, and bronze impeller2. Diesel engine pump, with capacity and head equal to electric pump, with fuel tank, water tank, fan,control box
3. Jockey pump, horizontal or vertical, capacity will be small, but head should be higher than electric anddiesel engine pump
4. Control panel: Auto Control of electric pump, diesel engine pump and Jockey Pump with overload, overcurrent protection.
5. Accessories: check valve, gate valve, pressure vessel, generally 0.6mpa, 1.0mpa, 1.6mpa, PressureGauge, Pressure Sensor, Common Pipe for Suction and Discharge, Flexible Joints and Flanges, Common Baseplant.

Fire pumps are essential safety equipment utilized in various application environments to ensure an adequate water supply for controlling fires and safeguarding lives and property. These environments include:

1.Buildings and High-Rise Structures: Fire pumps are crucial for ensuring adequate water pressure and flow in emergency situations, especially in large commercial and residential buildings.

2.Industrial Facilities: Factories, manufacturing plants, and chemical facilities rely on robust fire pump systems to protect equipment, materials, and personnel from fire hazards.

3.Oil Fields and Petrochemical Plants: Fire pumps play a critical role in addressing fires caused by oil and chemical spills in oil fields, refineries, and chemical plants.

4.Transportation Hubs: Airports, ports, train stations, and public transit centers require fire pumps to ensure the safety of a large number of people and protect critical infrastructure.

5.Energy Production: Power plants, nuclear facilities, and renewable energy installations use fire pumps to safeguard power generation equipment and energy supplies.

6.Specialized Environments: Certain applications may involve hazardous gases, explosion risks, or unique challenges, necessitating specially designed fire pumps to adapt to these conditions.

7.Maritime and Shipping: Ships, oil tankers, and offshore platforms rely on fire pumps to handle fires that may occur at sea.