Product Overview

The Diesel Engine-Driven Split-Case Fire Pump is a high-capacity fire pump powered by a diesel engine, designed for reliable fire protection water supply in applications where electric power may be unavailable or insufficient. The split-case pump design provides straightforward access to the impeller and internal components for inspection and maintenance.

Powered by a diesel engine, this fire pump delivers excellent starting characteristics and strong overload capacity, ensuring dependable operation during fire emergencies. This type of pump is commonly referred to as a Diesel Split-Case Fire Pump, Horizontal Split-Case Fire Pump or Diesel Engine-Driven Split-Case Fire Pump.

Key Features

• Excellent starting characteristics for reliable activation during fire emergencies
• Strong overload capacity to maintain flow under demanding fire protection conditions
• Split-case design allows straightforward access to the impeller and pump internals
• Compact structure with rational layout for space-efficient pump room installation
• High level of automation for reliable, unmanned operation during emergency events
• Simple operation and maintenance procedures for rapid response in fire emergencies

Applications

• Fire hydrant fire suppression systems in commercial and industrial buildings
• Automatic sprinkler fire protection systems
• Water mist fire suppression systems
• Fire protection water supply for residential buildings and office complexes
• Industrial facility fire protection including factories and mines
• Hotel, hospital and commercial building fire hydrant and sprinkler systems

Customer Benefits

Reliable Emergency Operation

The diesel engine provides excellent starting characteristics and does not depend on external electrical power, ensuring reliable fire pump activation even during power outages or electrical system failures.

Strong Overload Capacity

The diesel engine-driven configuration delivers robust overload capacity, maintaining the required flow and pressure under demanding fire protection conditions where extended operation at or above rated capacity may be required.

Easy Maintenance Access

The split-case pump design allows the upper casing to be removed without disturbing the pipework, providing direct access to the impeller and internal components for inspection and maintenance.

High Automation Level

Advanced control systems enable automatic start-up, pressure monitoring and fault detection, reducing the need for manual intervention during emergency events and improving system reliability.

Compact Space-Efficient Design

The rational structural layout minimises the footprint of the complete fire pump set, making it suitable for pump rooms with limited installation space.

Versatile Fire Protection Coverage

Suitable for fire hydrant systems, automatic sprinkler systems and water mist suppression systems across residential, commercial, industrial and institutional applications.

Technical Specifications

Model Designation

• CDS: Horizontal Split-Case Double-Suction Fire Pump End
• XBC: Diesel Engine Fire Pump Set
• 10.0 : Discharge Pressure (×0.1 MPa)
• 160G :  Flow Rate (L/s)

Performance Data

Selected model data shown. Contact us for full parameters and model selection.

Outline Drawing

Selection Guidance

To select the appropriate diesel engine-driven split-case fire pump, please provide the following information:

• Required flow rate (L/s)
• Required pressure (MPa or bar)
• Fire protection system type (hydrant, sprinkler, water mist)
• Building type and occupancy classification
• Available installation space and pump room dimensions
• Local fuel supply and storage requirements
• Required duty point on the pump curve
• Applicable fire protection standards and codes

Final model selection should be confirmed according to the actual duty point, system requirements and applicable fire protection standards.

Installation and Maintenance

Installation Guidance

The fire pump set should be installed on a rigid, level foundation with adequate clearance for inspection, maintenance and diesel engine ventilation. The suction and discharge piping must be independently supported to prevent load transfer to the pump flanges. A properly sized fuel tank with adequate fuel reserve must be provided for the diesel engine.

Pre-Commissioning Inspection

Before commissioning, confirm the following:

• Pump and diesel engine are securely mounted and level
• Suction and discharge piping connections are complete and leak-free
• Fuel tank is filled with the correct grade of diesel fuel
• Engine coolant and lubricating oil levels are correct
• Starting batteries are charged and connections are secure
• Control panel wiring and settings are verified
• Rotational direction matches the arrow indicated on the pump casing

Routine Maintenance

Regular inspection should include:

• Weekly no-load test run of the diesel engine
• Monthly load test under fire protection system conditions
• Checking engine oil, coolant and fuel levels
• Inspecting batteries and charging system condition
• Verifying that the pump maintains the required flow and pressure during test runs
• Inspecting all pipeline connections for signs of leakage

Available Configurations

• Flow rates from 100 to 300 L/s
• Pressure range from 0.5 to 1.8 MPa
• Diesel engine powers from 55 to 400 kW
• Rotational speeds: 2900 / 1800 / 1500 r/min
• Various split-case pump sizes for different duty points
• Integrated control panels with automatic start and monitoring

FAQs

What is a diesel engine-driven split-case fire pump?

It is a fire pump powered by a diesel engine with a split-case pump body design, providing reliable fire protection water supply independent of electrical power.

What is the flow range?

The available flow range is 100 to 300 L/s, suitable for medium to large fire protection systems.

What is the pressure range?

Available pressures range from 0.5 to 1.8 MPa.

What fire protection systems can this pump serve?

It is suitable for fire hydrant systems, automatic sprinkler systems and water mist fire suppression systems in residential, commercial, industrial and institutional buildings.

Why use a diesel engine instead of electric motor?

A diesel engine provides reliable fire pump operation independent of electrical power supply, ensuring fire protection during power outages or electrical system failures.

What maintenance is required?

Regular maintenance includes weekly no-load test runs, monthly load tests, engine oil and coolant checks, battery inspection and pipeline connection inspection.

Contact Chaodun

For product selection, technical data, performance information or project quotations, please contact Shanghai Chaodun Machinery Manufacturing Group Co., Ltd.

Website: https://chaodunpump.com

Email: [email protected]

WhatsApp: +86 186 5872 1239