XBD Vertical (Horizontal) Single-Level Fire Fighting System
XBD Vertical (Horizontal) Single-Level Fire Fighting System
These vertical (or horizontal) single-stage fire pumps are designed based on the company's extensive manufacturing experience and state-of-the-art hydraulic models. Specifically engineered for fire protection systems, these centrifugal pumps offer superior performance. They have been tested by the National Center for Quality Supervision and Inspection of Fire Fighting Equipment, with all performance indicators meeting the required standards; consequently, they have been awarded the "Fire Product Certification Certificate" by the Fire Product Conformity Assessment Center of the Ministry of Emergency Management.
· The motor and pump are coaxially aligned, ensuring smooth operation, low noise, minimal vibration, and high component concentricity.
· Features a carbide mechanical seal that offers wear resistance and a long service life; it is leak-free, ensuring a clean environment.
Compact structure
· The inlet and outlet diameters are identical, the centerline heights are aligned, and installation is convenient.
· The base of the assembly is equipped with a mounting base and bolt holes, allowing for either rigid or flexible connection.
High Efficiency and Energy Saving
· It employs a high-performance motor, enabling higher operating efficiency and reduced energy consumption.
· Install an air release valve to completely vent air from the pump and ensure a successful start-up.
Detailed Description
Product Description
This is a new generation of XBD-series inline medium-to-low pressure fire-fighting pump units, developed based on existing vertical multistage pumps to meet the latest standards for fire-fighting pumps. The series fully complies with fire-fighting pump requirements regarding performance, structure, materials, and auxiliary components. Utilizing superior hydraulic models, the pumps effectively meet user needs; their vertical structure ensures high efficiency and a broad performance range while saving installation space. High-quality bearings and motors ensure safe, reliable operation with low noise and minimal vibration. Hydraulic balancing of axial forces minimizes the need for balancing drums, resulting in smoother operation. Shaft sealing options include both mechanical seals and gland packing; the pumps also feature convenient inline flange piping arrangements, high rotational speeds, and lightweight designs.
Performance Parameters
XBD5/20-G-L
XBD: Fire pump set code
5: Pressure(1/1.5mPa)
20: Flow rate(L/s)
G: Inline
L: Vertical
Model
Power (kw)
Rated speed (r/min)
Flow rate (L/s)
Head (m)
XBD8.5/95G-L
160
2900
90
85
XBD8.0/95G-L
160
2900
90
80
XBD7.5/95G-L
132
2900
90
75
XBD7.0/95G-L
110
2900
90
70
XBD6.0/95G-L
90
2900
90
60
XBD5.5/95G-L
90
2900
90
55
XBD5.0/95G-L
75
2900
90
50
XBD10.0/90G-L
132
2900
90
100
XBD9.5/90G-L
132
2900
90
90
XBD9.0/90G-L
110
2900
90
85
Product Structure Diagram
Working conditions: 1. Medium temperature: -15°C~120°C. 2. The ambient temperature does not exceed 40°C, and the relative humidity is less than 95%. 3. It is capable of transporting clean water or non-corrosive media with physical and chemical properties similar to clean water, containing no more than 0.1% solid insoluble matter.
Product Application Areas
The XBD Vertical (Horizontal) Single-Level Fire Fighting System is widely used in: · Commercial Buildings· Shopping Malls · Hotels · Hospitals · Residential Buildings · Industrial Plants · Warehouses · Airports · Railway Stations · Power Plants · Petrochemical Facilities · Municipal Fire Protection Systems
FAQs：
1
What is the difference between the vertical and horizontal models?
Vertical pumps save installation space and are ideal for compact pump rooms. Horizontal pumps are easier to service and are preferred for larger-capacity systems.
2
What liquids can the pump handle?
It is designed for clean water, fire water, and other liquids with physical and chemical properties similar to water, free of abrasive solids and long fibers.
3
What information is needed to select the correct fire pump?
Required Flow Rate；
Required Head (Pressure)；
Power Supply；
Frequency (50Hz / 60Hz)；
Installation Type；
Fire Protection Standard；
Water Source；
Project Location；
Ambient Temperature
