Model | TPRK1T19-19E
Model | TPRK5T12-12E
Model | TPRK10T12-3E

Immersible Centrifugal Pump

Multi-Stage Immersible Pump
TPRK_E Series

  • Patented drain back tank design allows the leaked liquids to flow back to the tank without interrupting the process.
  • Centrifugal impeller design eliminates concerns related to the oil-water ratio of the cutting fluid, while also offering low operating noise, high efficiency, and low pulsation.
  • Coupling design for easy maintenance.
  • Meeting high-pressure requirements.
Frequency (Hz)
Power (kw)
Head (M)
Flow (L/min)
50
1.5 - 18.5
Up to 252
Up to 590
60
1.5 - 18.5
Up to 267
Up to 650

Features

Stability and Reliability
Centrifugal impeller design eliminates concerns over coolant oil–water ratio, minimizes wear, and maintains performance stability.
Drain Back Tank structure
Patented drain back tank structure allows the leaked liquids to flow back to the tank without interrupting the process.
Coupling design
Coupling design enables easy shaft seal replacement, improving maintenance and lowering costs.
Seal Material Selection
Various seal material options are offered for different liquid applications
High-Pressure
Reduces cutting temperature, clears and breaks chips for precise machining under high pressure, meeting high-pressure requirements.
Energy Efficient
Fitted with an IE3-4 motor for high efficiency and energy savings, minimizing unnecessary energy consumption.
Low-Noise Operation
The immersible multistage centrifugal pump features low operational noise.

Operating Conditions

Ambient Temp.
Max. +40°C
Liquid Temp.
+0°C ~ +90°C
Operating Pressure
Max. 30 kg/cm²
Submerged Depth
Min. 40 mm
Filtration Precision
Ø 2 mm

Motor

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

Model code

Select Frequency

TPRK1T
TPRK3T
TPRK5T
TPRK10T
TPRK15T
TPRK20T

TPRK_E Series Applications

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
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.
TPRK_E_Product Catalogue
Update2025-09-09
Size1.44 MB
TPRK_E_Instruction Manual
Update2025-09-09
Size879.01 KB

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