Manifold Flow Meter

Basic Info
Mode:XF20345
Material: brass
Applicable medium: cold and hot water
Temperature control range accuracy :±1 ℃

Product Detail

Product Tags

Warranty:2 Years
After-sale Service: Online technical support
Brass Project Solution Capability: graphic design, 3D model design, total solution for
Projects, Cross Categories Consolidation
Application: Apartment
Design Style: Modern
Place of Origin:Zhejiang, China,
Brand Name: SUNFLY
Model Number: XF20345

Processing Steps

Product parameters3

Raw Material, Forging,Roughcast,Slinging, CNC Machining,Inspection,Leaking Test, Assembly,Warehouse,Shipping

14

Material Testing,Raw Material Warehouse,Put In Material,Self-Inspection,First Inspection,Circle Inspection,Forging,Annealing,Self-Inspection,First Inspection,Circle Inspection,Machining, Self-Inspection,First Inspection,Circle Inspection,Finished Inspection,Semi-Finished Warehouse, Assembling,First Inspection,Circle Inspection,100% Seal Testing,Final Random Inspection, Finished Product Warehouse,Delivering

Applications

By adjusting the flow rate of the manifold to keep the flow rate consistent from circuit to circuit, the flow rate adjustment of each underfloor heating circuit can be clearly seen in the flow rate indication on the flow meter manifold.
The use of flow meter manifolds not only makes the distribution of underfloor heating water more even, but also makes it easy to grasp the flow rate of each circuit, avoiding uneven heating and cooling of the floor to which each pipeline belongs. Let's make our underfloor heating renovation not only comfortable, safe and environmentally friendly, but also as low as possible energy consumption.

Main Export Markets

Europe,East-Europe,Russia,Middle-Asia,North America,South America and so on.

Working principle

A manifold flowmeter is a commonly used flowmeter that achieves flow measurement by spreading and contracting a fluid through a pipe. The basic principle is based on the law of conservation of momentum of a fluid in a pipe. Simply put, it is to use the diffusion and contraction of the fluid in the pipeline in the manifold to generate a pressure difference, so that the flow rate size can be calculated by measuring the pressure difference.


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