In-line pump with dry-running motor, TP 50-830/2 A-F-A-BQQE-PX1 96087202
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
In-line pump with dry-running motor, TP 50-830/2 A-F-A-BQQE-PX1 96087202
In-line pump for demanding installations
The Grundfos TP 50-830/2 A-F-A-BQQE-PX1 pump is an advanced solution for applications in heating, air conditioning, drinking water distribution systems and in industry. The pump design, based on proven in-line technology with a dry-running rotor, guarantees high hydraulic efficiency and reliable operation. It is a single-stage centrifugal pump with a short coupling and suction and discharge connections of the same diameter, which facilitates integration with existing infrastructure.
Design and advantages for professionals
A key feature of the TP pump is the ability to disassemble “from above” (top-pull-out). This means that the drive head – motor, pump head and impeller – can be removed without disconnecting the pipelines. This significantly reduces the time required for maintenance and repairs, minimizing downtime. In addition, the pump is equipped with an unpressurized seal with a rubber diaphragm in accordance with DIN EN 12756, which ensures long-lasting tightness and minimizes the risk of leaks. Pipeline connection is realized using PN 16 flanges according to DIN (EN 1092-2 and ISO 7005-2), which ensures compatibility with most standard installations. The fan-cooled asynchronous motor guarantees efficient operation and reliability.
Performance and durability for the end user
The Grundfos TP pump is characterized by increased corrosion resistance thanks to a special electrolytic coating of the drive head and pump body. The impeller and diffuser made of stainless steel ensure high pump efficiency while reducing material consumption. This translates into a long service life and minimal operating costs. The short coupling design makes the pump less sensitive to impurities in the pumped medium than pumps with a wet rotor motor, which further increases its reliability. High hydraulic efficiency means lower electricity consumption during pump operation – and that translates into real savings on electricity bills.