Model | TPH2T4K
Model | TPH2T4KS
Model | TPH4T4K
Model | TPH4T4KS
Model | TPH8T4K
Model | TPH8T4KS

Horizontal Centrifugal Pump

Multi-Stage Horizontal Pump
TPH Series

  • Centrifugal impeller design ensures low operational noise and stable performance with high efficiency and minimal pulsation.
  • In-house high-efficiency IE3-4 motor meets international standards for improved performance and energy savings.
  • Flexible adjustment of Iimpeller stages based on configuration requirements.
Frequency (Hz)
Power (kW)
Head (M)
Flow (L/min)
50
0.37 - 3.4
Up to 57
Up to 240
60
0.37-3.7
Up to 79
Up to 280

Features

Stability and Reliability
The centrifugal impeller design delivers high efficiency and low pulsation, minimizing pressure fluctuations, enhancing reliability, and maintaining stable flow and pressure.
Flexible Configuration
The number of impeller segments can be adjusted to suit different application requirements.
Energy Efficient
Fitted with an IE3-4 motor for high efficiency and energy savings, minimizing unnecessary energy consumption.
Compact Structure
"Structural optimization design provides the most appropriate water source transportation.
Damage Prevention
Featured drainage ports to prevent condensation water buildup and protect the motor burnout.
Low-Noise Operation
The horizontal multistage centrifugal pump features low operational noise.

Operating Conditions

Ambient Temp.
Max. +40°C
Liquid Temp.
+0°C ~ +90°C
Operating Pressure
Max. 10 kg/cm²
Inlet Pressure
Max. 6 kg/cm²

Motor

Frequency Range
50 / 60 Hz
Nominal Speed
2900 / 3500 rpm
Enclosure Protection Class
IP54
Insulation Class
F

Model code

Select Frequency

TPH2T
TPH4T
TPH8T
TPH12T

TPH Series Applications

Application in transporting cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems. Adjusts to varying loads, effectively reducing energy consumption and extending the lifespan of equipment.
Meeting the water extraction, storage, and constant pressure supply needs of large buildings and construction projects. Paired with VFDs, the system adjusts pressure based on water demand, ensuring a stable and uninterrupted water supply.
A key component in maintaining water clarity, enhancing landscaping, and preserving ecological balance. Driving water flow to achieve circulation, filtration, and oxygenation, creating a fresh and natural aquatic environment.
Transfers rainwater from collection points to storage tanks, providing stable pressure for secondary uses such as irrigation, firefighting reserves, and cleaning. Supports water level sensing and smart control for automatic start-stop based on demand.
Meeting the water needs of cooling systems or heat treatment processes, ensuring stable transport of cold or hot liquids to the required areas, maintaining low temperature environments for machinery or steady heat flow, and ensuring overall stable operation
Meets the cooling and heat dissipation needs of technology servers, efficiently removing the large amount of heat generated during operations to ensure stable equipment performance. Providing innovative pump solutions in response to the growing demand of the AI era.
Reliable and efficient transportation to storage tanks or subsequent processing stages ensures continuity and consistent quality. Integration with filtration and recycling systems enables cost-effective reuse, further enhancing operational efficiency.
Circulating coolant solutions dissipate heat, ensuring stable operation of industrial equipment, maintaining precise output quality, and enhancing production efficiency.
Transporting liquids to cleaning equipment for high-pressure, precise cleaning that removes surface oils, flux residues, and chemical remnants, ensuring high-quality results for subsequent processes.
Enabling businesses to reliably transport treated industrial wastewater to discharge systems, ensuring environmental protection and regulatory compliance.
Driving the circulation of cooling liquids in fast charging systems to efficiently dissipate generated heat, extending system lifespan and preventing overheating that could lead to failures or downtime.
Drives the circulation of cooling liquids in energy storage systems, effectively dissipating heat generated during operation, extending system lifespan, preventing overheating, and ensuring safe and efficient performance.
A key component in maintaining water clarity, enhancing landscaping, and preserving ecological balance. Driving water flow to achieve circulation, filtration, and oxygenation, creating a fresh and natural aquatic environment.
Providing water circulation, pressure regulation, and filtration support. Ensuring stable transport of large volumes of water to water entertainment facilities, enhancing guest safety and experience.
Application in transporting cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems. Adjusts to varying loads, effectively reducing energy consumption and extending the lifespan of equipment.
Application in transporting cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems. Adjusts to varying loads, effectively reducing energy consumption and extending the lifespan of equipment.
Delivers water to irrigation points for even moisture distribution across soil and plants. With inverters, settings can be adjusted based on soil moisture, weather conditions, and water demand to improve resource efficiency.
Extracts water into storage tanks and supplies it to livestock farms or fish ponds, with integration options for filtration or water treatment systems to support sustainable production.
Application in transporting cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems. Adjusts to varying loads, effectively reducing energy consumption and extending the lifespan of equipment.
Transports water to reservoirs, municipal systems, and end-users, designed for large-scale capacity and continuous operation. Efficiently stabilizes water pressure and supply, enhances distribution performance, and reduces energy consumption.
Provides high pressure to deliver water to RO systems, ensuring efficient treatment and optimal filtration performance to meet the demands of reverse osmosis.
Stable transfer of treated wastewater to discharge systems, complying with regulations, preventing pollution, and supporting sustainability goals.
Delivers powerful water pressure for efficient water supply, supporting cleaning, cooling, disinfection, and spraying. Optimized pump solutions meet diverse industry water needs.
TPH_Instruction Manual
Update2025-09-08
Size972.85 KB
TPH_Product Catalogue
Update2025-09-08
Size1.67 MB

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