TSWA Horizontal Multistage Centrifugal Pump

1. High-pressure fluid transportation 

By relying on a multi-stage impeller series structure, a high head can be generated, enabling long-distance and high-altitude liquid transportation.

2. Stable flow supply

During operation, the flow output is stable, meeting the flow stability requirements of scenarios such as industrial production and building water supply.

3. Multi-media adaptable conveying 

It can efficiently transport clean water and mildly corrosive media with similar physical and chemical properties, and is suitable for a variety of working conditions.

4. Energy-saving and consumption-reducing operation 

The optimized hydraulic design reduces operating energy consumption and lowers long-term operating costs, while also maintaining low operating noise and meeting environmental protection requirements.

1. Media requirements: It can transport clean water and mildly corrosive liquids with similar physical and chemical properties, with a medium temperature range of -20℃ to 80℃.

2. Working Scenario: Industrial water supply, boiler feedwater, high-rise building water supply, mine drainage, and farmland irrigation.

3. Installation conditions: Horizontal fixed installation is required in a well-ventilated, dry environment free of dust and oil. It is compatible with 380V/220V power supply.

1. High efficiency and energy saving:It adopts an advanced hydraulic model and a low-speed motor, which improves the average efficiency by 5% compared with traditional models, optimizes the suction performance by 0.5m, and has lower energy consumption and meets environmental protection requirements.

2. High head and stable output: Through a multi-stage impeller series design, it achieves step-by-step pressurization, with a wide head coverage range, which can meet the needs of long-distance and high-altitude conveying, and the flow output is stable and pulsation-free.

3. Stable and reliable operation: The impeller has excellent dynamic and static balance, and with the hydraulic balance structure, it has low vibration and low noise; the service life of vulnerable parts is extended, the seal is reliable and leak-free, and it supports long-term continuous operation.

4. Compact structure and easy maintenance: The horizontal segmented structure is compact, occupies little space, and has the same inlet and outlet diameter, which facilitates pipeline connection; the modular assembly method eliminates the need for complex disassembly during installation and maintenance, resulting in low maintenance costs.

5. High adaptability: It offers 5 different diameters and multiple stages, allowing for flexible matching of different head requirements by increasing or decreasing the number of impellers; it can transport clean water and mildly corrosive media, and is suitable for various working conditions.

6. Quality compliance:It meets the JB/T53058-93 quality standard, has passed ISO9001 certification, and its core performance has reached the advanced level of similar products, ensuring quality.

Industrial sector: Factory water supply, boiler makeup water, circulating system water supply;

Construction field: High-rise buildings and residential communities require pressurized water supply.

Municipal/Agriculture: Municipal pipeline pressurization, farmland irrigation, water conservancy projects;

Special scenarios:Mine drainage, power plant auxiliary water supply, and transportation of mildly corrosive media.

Before powering on: Check the medium, seals, and power supply; prime the pump to vent air and confirm there is no obstruction.

start up: After connecting the power supply and operating normally under no-load conditions, gradually open the outlet valve.

Running: Monitor pressure, flow rate, and noise to prevent idling and overpressure.

Shutdown:First close the outlet valve, then disconnect the power supply, and perform cleaning and maintenance.

1. High pump body vibration/high noise: Impeller imbalance, loose foundation, or worn bearings.

2. Insufficient flow rate and head: Insufficient priming, impeller blockage, or improper stage selection.

3. Shaft end leakage: The seals are aged or the installation accuracy is insufficient.

4. Motor overload: The medium viscosity is too high, the outlet valve opening is too large, or the operating conditions exceed the rated values.

5. Pump fails to start:Power failure, wiring error, or rotor jamming.