Regenerative Pump

Single-Stage Immersible Pump
TPGK Series

Suitable for coolant circulation applications in fast charging station systems, contributing to improved system efficiency, stable operation, and extended service life.
Patented drain back tank design allows the leaked liquids to flow back to the tank without interrupting the process.
Equipped with a temperature overload device for enhanced safety.

Manufacturing Industry

Electricity & New Energy Industry

Frequency (Hz)

Power (kW)

Head (M)

Flow (L/min)

0.98

Up to 62

Up to 55

Features

Coolant Circulation

Specifically designed for circulating coolants and lubricants.

Ideal for cooling in fast charging systems

Engineered for coolant circulation in fast charging station systems, enabling high-performance pump solutions for green mobility.

Without Mechanical Seal Design

The pump without a mechanical seal design makes maintenance easy.

Drain Back Tank structure

Patented drain back tank structure allows the leaked liquids to flow back to the tank without interrupting the process.

Thermal Overload Protection

The motor is equipped with a temperature overload protection device, effectively preventing motor damage due to overheating for reliable safety.

Operating Conditions

Ambient Temp.

Max. +40°C

Liquid Temp.

+4°C ~ +180°C

Operating Pressure

Max. 6 kg/cm²

Submerged Depth

Min. 60 mm

Motor

Enclosure Protection Class

IP54

Insulation Class

Model code

Frequency

50 Hz

60 Hz

Motor Specifications

Inquiry

Model

Frequency(Hz)

50 & 60 Hz
Compatible(Y/N)

Phase(Ø)

Output (P2)(kW)

Voltage(V)

Current
Imax(A)

TPGK440

0.98

115

13.2

Pump Performance

Graph

Model

Frequency(Hz)

Max. Head(M)

Max. Flow(L/min)

Outlet(in.)

TPGK440

Rp ¾"

Dimension

Model

Frequency(Hz)

L(mm)

W(mm)

H(mm)

N.W.(kg)

TPGK440

183

142

386

12.7

TPGK Series Applications

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Manufacturing Industry

Hot and Cold Liquid Transfer

Meeting the needs of cooling systems or heat treatment processes, ensuring stable transport of cold or hot liquids to the required areas

EV Car With Electric Charging Station Charger Background. Techno

Electricity & New Energy Industry

Power Supply System Heat Dissipation

Driving the circulation of cooling liquids in fast charging systems to efficiently dissipate generated heat, preventing overheating that could lead to downtime.