BRINKMANN PUMPS TA160/270-G+131

Brinkmann Pumps Immersion Pump for Coolant Applications

Description

The Brinkmann Pumps TA160/270-G+131 is a high-efficiency immersion pump, also known as a coolant pump, designed for use in machine tools and other industrial systems. It is built for pumping cooling lubricants, cutting oils, and emulsions. This model features a powerful 0.5 kW, 3-phase motor and delivers a flow rate of 220 liters per minute with an immersion depth of 270 mm. Its robust construction ensures reliable, long-term operation. Order now from spareparts2day for expert support and fast delivery.

Specifications

• Manufacturer: Brinkmann Pumps
• Type: TA160/270-G+131
• Power: 0.5 kW
• Voltage: 220-240 V (Delta) / 380-420 V (Star)
• Current: 2.42 A / 1.4 A
• Frequency: 50 Hz
• Speed: 2800 min-1
• Flow Rate: 220 l/min
• Pressure Head: 2 m
• Protection Class: IP 55

Label Info

• Type: TA160/270-G+131
• No.: 1113019743-39883 001
• Standard: EN 60034

Application

This pump is ideally suited for coolant circulation systems in CNC machines, grinding machines, lathes, and other metalworking equipment where efficient chip removal and tool cooling are critical.

Country of Origin

Made in Germany.

CO2 Impact

Choosing this reused industrial part saves an estimated 80 kg of CO2 compared to a new one. This is equivalent to driving a car for 400 km.

Availability

This item is in stock and ready for immediate dispatch.

FAQ

What types of fluids is this pump compatible with?

This pump is designed for industrial coolants, including emulsions, synthetic coolants, and cutting oils with a viscosity similar to water. Always check the fluid’s chemical compatibility with the pump’s cast iron materials.

What does the ‘270’ in the type number TA160/270-G+131 signify?

The number ‘270’ indicates the pump’s immersion depth in millimeters. This means the pump is designed to be submerged up to 270 mm into the coolant tank.

Can this pump run dry, and what are the consequences?

No, immersion pumps like this model should never be allowed to run dry. Operating without fluid will cause rapid overheating and damage to the internal seals and bearings, leading to premature failure.

Last Update: Friday, March 13, 2026

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