product
In line booster pump, inline single stage pump, TD heat pump for boiler system
Short Description:
TD pumps are single-stage in-line circulation pumps, equipped with standard motor and mechanical seal. Comparing with other pumps in similar structure, these pumps are less accessible to the impurity in the liquid.
TD pumps are designed to be pulled out from the top when disassemble. It can be repaired without affecting the pipeline.
The mechanical seal for TD200 and above is cartridge mechanical seal. Motor needn’t to be disassembled when replace mechanical seal.
Working conditions
This product is applied for thin, clean, non-flammable, non-explosive, solid free, fiber free, physically and chemically water-like liquid. The performance curved will descend and energy consumption ill be increased if the liquid viscosity or density is beyond the required level.
Max working pressure: 12 bar for normal type, 16 bar for special type
Liquid temperature: -15C to 110℃ Ambient temperature: up to 40°C Altitude: up to 1000m
Rotation direction: clockwise (looking down from motor fan)
Applications
Water treatment ultrafiltration system
RO system
Boosting system
High pressure washing system Water supply
Pipeline pump is a compact centrifugal pump directly installed in pipeline systems, widely used in liquid transportation, pressurization, or circulation scenarios, to solve the problems of secondary water supply pressurization in high-rise buildings, insufficient water pressure, central air conditioning cold and hot water circulation, and underfloor heating system circulation. The water pump generates centrifugal force by driving the impeller to rotate through a motor, and the liquid is thrown from the center towards the outlet, forming a continuous flow. It can automatically adjust the speed according to pressure or flow requirements, save energy and reduce consumption, and automatically start and stop when the set pressure is reached, protecting system safety.
Pipeline pumps have become the core equipment for fluid transportation due to their high efficiency and easy installation. When selecting, materials and models should be matched based on the characteristics of the medium (temperature, corrosiveness), flow/head requirements, and installation environment to ensure long-term stable operation.
