System Components and Regulatory Compliance
A complete Fire-Fighting Water Supply System is a complex, engineered solution comprising water sources, pumping apparatus, pressure maintenance units (jockey pumps), control systems, and monitoring interfaces. The primary objective is to reliably deliver the required flow rate and pressure to the fire suppression system (sprinklers, hydrants, standpipes) for a specified duration.
Design must rigorously adhere to international standards (e.g., NFPA 20, local building codes) to ensure system performance under fire conditions. The system's reliability is achieved through component redundancy, dedicated power sources (diesel engines), and continuous pressure monitoring.
Specification Table: Fire-Fighting Systems
| Design Standard | NFPA, GB (China), Local Jurisdiction Codes |
| Primary Pumps | UL/FM Listed Horizontal Split Case or Vertical Turbine |
| Redundancy | Primary Electric Pump + Standby Diesel Pump (Typical) |
| Water Source | Dedicated Fire Reserve Tank (e.g., SW Large Module Tank) |
| Control Panel | Microprocessor-Based, UL Listed Fire Pump Controller |
| Pressure Maintenance | Electric Jockey Pump with Automatic Start/Stop |
| Required Duration | 60 to 120 minutes at Rated Capacity |
| Certification | 3C Compulsory Certification (China), UL/FM (International) |
Application Fields
- High-hazard industrial facilities (chemical plants, manufacturing).
- Critical infrastructure (airports, railway stations, power plants).
- Large mixed-use developments and residential towers requiring high-pressure suppression.
- Integrated systems for use with the Integrated Domestic And Fire Protection Pumping Station.
- Protection for sensitive commercial data centers and archives.
Engineering and Custom Fabrication
We provide complete factory-integrated pump stations (e.g., Mingxing Buried Integrated Fire Pump Station) which include all required components pre-plumbed and wired on a skid, minimizing on-site work and regulatory risk.
Customization Scope: We offer integration with specific Fire Alarm Control Panels (FACP), custom interface programming, and skid designs optimized for specific geographic constraints (e.g., seismic zones, extreme temperature environments).
The "Intelligent Fire-fighting" system incorporates IoT and big data for seamless 24-hour monitoring and reporting on system readiness.