The horizontal structure allows for convenient on-site installation, as it requires less vertical space and simpler alignment with pipelines (compared to vertical pumps). For maintenance, key parts such as the impeller, mechanical seal, and bearing assembly can be accessed and disassembled without removing the entire pump from the pipeline, saving time and labor costs.
Applications
1.High-Rise Buildings & Super High-Rise Complexes
2. Large-Scale Industrial Facilities
3.Key Public Infrastructure
4.Large Commercial & Logistics Spaces
5.Hospitals, Schools & Temporary Water Supply
Key Configurations
Typically made of cast iron, stainless steel (304/316), or bronze, depending on the corrosiveness of the conveyed medium.
Single-suction structure with optimized blade profiles (e.g., closed, semi-open) to ensure efficient conversion of mechanical energy into fluid kinetic energy, while reducing turbulence and energy loss.
Dynamic balance calibration is applied to minimize vibration during high-speed rotation (usually up to 3000 rpm for 50Hz power supply).
Adopts a volute-shaped design (spiral casing) that gradually expands the flow channel. Its main function is to collect the fluid discharged from the impeller, convert the fluid's kinetic energy into static pressure energy, and guide the fluid to the outlet pipeline smoothly.
Mechanical Seal: Composed of stationary and rotating rings (made of silicon carbide, tungsten carbide, or graphite). It offers excellent sealing performance (low leakage rate, ≤5mL/h) and long service life, suitable for clean or slightly contaminated media.