IN-LINE pump with dry-running motor TP 32-200/2-A-F-A-BAQE 1.1kW 3x230/400V 96086661

In-line pumps for demanding installations

This Grundfos TP 32-200/2-A-F-A-BAQE pump is a single-stage centrifugal unit designed for operation in in-line systems. This means the pump can be directly integrated into the pipeline, simplifying installation and reducing the need for additional fittings. The dry-running motor design minimizes the risk of damage caused by contaminants in the pumped medium – important in installations where liquid cleanliness is not guaranteed.

The pump is made of durable cast iron (GG 25 for the housing and GGG 40 for the impeller), which ensures its long-term reliability even in harsh working conditions. The 1.1 kW motor with a voltage of 3x230/400V, characterized by IE3 efficiency class, guarantees energy-saving consumption. Additionally, the IP55 protection class protects the device against dust and water jets, allowing installation in various industrial and commercial environments.

Key features and applications:

• Performance: The pump achieves a nominal flow rate of 13.6 m³/h and a head of 156.87 kPa (corresponding to approximately 20 meters of water column).
• Versatility: Suitable for pumping clean liquids in heating, air conditioning, refrigeration and water supply systems.
• Durability: Construction from high-quality cast iron and electrolytic coating provide corrosion resistance and long life.
• Energy efficiency: IE3 motor minimizes operating costs related to electricity consumption.
• Simple installation: In-line design facilitates integration of the pump with the existing pipeline system.
• Reliability: Mechanical shaft seal ensures tightness and minimizes the risk of leaks.
• Wide temperature range: The pump can operate in an ambient temperature range from -30°C to 60°C and with a medium temperature from 0°C to 120°C.

The Grundfos TP 32-200/2-A-F-A-BAQE pump is a solid solution for both professional installers looking for reliable equipment and end-users expecting efficient and trouble-free operation of the heating or air conditioning system. Its design minimizes the risk of downtime related to maintenance and repairs, and high energy efficiency translates into lower electricity bills.