In-line pump with dry-running motor, TP 100-160/2 A-F-A-BQQE-KX1 96109189

In-line pump for heating and water supply systems

The Grundfos TP 100-160/2 A-F-A-BQQE-KX1 pump is a vertical in-line pump designed for use in heating, air conditioning, potable water distribution systems and industry. It is characterized by high hydraulic efficiency and reliability, which translates into efficient operation of the installation. The pump design allows for easy disassembly from above (so-called top-pull-out), which greatly facilitates servicing and maintenance without the need to disassemble the pipelines.

Construction and application

An in-line pump means that the suction and discharge nozzles are on the same axis, which simplifies installation and reduces installation costs. Made of high-quality materials, the pump is corrosion-resistant – the pump heads and housing are electrolytically coated to increase durability. Equipped with an asynchronous electric motor cooled by a fan, it ensures stable and efficient operation. The shaft seal in accordance with DIN EN 12756 guarantees tightness and safety of use. Connection to pipelines is made using PN 16 flanges in accordance with DIN (EN 1092-2 and ISO 7005-2) standards.

• Ease of servicing: The top-pull-out design allows for quick and easy access to elements requiring maintenance or replacement. This minimizes downtime and reduces operating costs.
• High efficiency: Provides optimal liquid flow with minimal energy consumption.
• Corrosion resistance: The electrolytic coating protects the pump components from the negative effects of the environment, extending its service life.
• Versatility: Suitable for various applications – from heating and air conditioning installations to potable water distribution systems and industrial processes.
• Standard connections: PN 16 flanges facilitate integration of the pump with existing pipeline infrastructure.

Key design features

The Grundfos TP 100-160/2 A-F-A-BQQE-KX1 pump has been designed with reliability and long-term operation in mind. The use of an unburdened seal with a rubber diaphragm provides effective protection against leaks, and the solid construction guarantees stable operation even in difficult conditions. The fan-cooled motor prevents the device from overheating, which translates into its longer service life. The entire design has been designed to minimize the risk of failure and ensure trouble-free operation for many years.