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Anj
Anj
| Model NO. | XBD3.0/70G-L | Max.Head | 30m |
| Max.Capacity | 70L/S | Driving Type | Motor |
| Impeller Number | Single-Stage Pump | Working Pressure | Low Pressure Pump |
| Influent Type | Single Suction Pump | Position of Shaft | Vertical Pump |
| Impeller Material | SS304 | Shaft Material | 20cr13 |
| Pump Case | Ht200 | Voltage/Freq | 380V / 50Hz |
The XBD-L series features a vertical single-stage single suction design with a closed coupled structure, suitable for fixed firefighting applications. The pump impeller is directly mounted on the extended shaft of the motor. The pump suction inlet and discharge outlet are flanged connections with the same nominal diameter. The pump does not have bearings; the motor's bearings support both axial and radial forces.
The XBD-W series features a horizontal single-stage end suction design with a close-coupled structure suitable for fixed firefighting applications. The pump impeller is directly mounted on the extended shaft of the motor. Both the pump inlet and outlet are flanged connections, with the inlet being axially sucked in and the outlet discharging upwards from the center. The pump does not have bearings; the motor's bearings support both axial and radial forces.
XBD-L is a vertical inline design, saving floor space, while XBD-W is a horizontal end suction design mounted on a common base for different installation requirements.
Yes, the performance is designed to meet the requirements of American Fire Protection Standards such as FM and UL regarding flow and pressure consistency.
The pump utilizes a high-quality SS304 stainless steel impeller and shaft (20cr13) to ensure corrosion resistance and long-term durability in emergency situations.
At 150% of the rated flow, the pump is designed to maintain an outlet pressure of no less than 65% of the rated pressure, ensuring reliable water supply during heavy demand.
Yes, the motor features 100% copper wire and the driving power provided exceeds the maximum shaft power shown on the performance curve to prevent overloading.
It uses a high-performance mechanical seal designed for a long service life and minimal leakage, specifically engineered for the high-pressure demands of firefighting systems.
