High Flow Corrosion Resistant Vertical Inline Centrifugal Pump

The high flow corrosion-resistant vertical inline centrifugal pump is a foot-mounted, single-stage, single-suction vertical centrifugal pump. Its suction and discharge ports are of the same diameter and lie on the same centerline, so that the pump is installed in the pipeline like a valve.

Applicable Standards: JB/T 6878, GB/T 5657, DIN 24960.

Configuration: Vertical, single-stage, radially split volute casing, foot-mounted, horizontal suction and discharge, with suction and discharge flanges of the same pressure rating. The pump uses a coaxial sleeve-type drive with a rigid coupling.

Series Design: 6 shaft-seal series cover 47 pump models, offering excellent parts commonality and interchangeability.

Product Structure Drawing:

Product Features:

• High efficiency and reliability:A high-efficiency hydraulic design delivers high pump efficiency, good reliability and a wide high-efficiency range.
• Stable performance:Impellers of the appropriate diameter are matched to the actual operating parameters.
• Wide choice of seals:Designed in accordance with DIN 24960 and API 682, the pump can be fitted with standard mechanical seals rated for 1.0 / 1.6 / 2.5 MPa, cartridge mechanical seals and the necessary standard flush plans.
• Cost-effective:Compact construction, small installation area, low price and easy maintenance.

Performance Coverage Chart:

Applications:

The high flow corrosion-resistant vertical inline centrifugal pump is used to handle clean water and liquids whose physical and chemical properties are similar to those of clean water. It is suitable for industrial and municipal water supply and drainage, pressure boosting for high-rise buildings, air-conditioning and refrigeration circuits, pressure boosting in long-distance liquid transfer pipelines, firefighting water supply, agricultural irrigation and drainage, and liquid transfer in production processes. It is often used as a matching unit with equipment in firefighting or domestic water pressure-stabilizing systems.

Performance Parameters: