Water-circulating central air conditioner flow homogenizer

Abstract

The invention discloses a water-circulating central air conditioner flow homogenizer. The water-circulating central air conditioner flow homogenizer comprises a water supply cavity and a water returncavity, and a water inlet of the water supply cavity is provided with a manual valve; a set of water supply flow diversion channels are arranged on the water supply cavity, and a set of water return flow diversion channels in one-to-one correspondence with the water supply flow diversion channels are arranged on the water return cavity; each water supply flow diversion channel is provided with anelectric ball valve, and the electric ball valve is connected to a chamber controller; and a bypass flow stabilization pipe is arranged at the inlet end of the water supply cavity and the outlet end of the water return cavity, and an adjustable pressure limiting valve is arranged on the bypass flow stabilization pipe. According to the water-circulating central air conditioner flow homogenizer, theflow in each water supply flow diversion channel can be effectively adjusted, and constant-pressure heat supply and cold supply are guaranteed. The water-circulating central air conditioner flow homogenizer can be widely applied to the field of water-circulating central air conditioner pipeline installation.

Description

technical field [0001] The invention relates to the field of air-conditioning central air-conditioning, in particular to a water cycle central air-conditioning flow homogenizer. Background technique [0002] The water cycle central air conditioner is to send cold water (or hot water) to the end of the heat exchanger (fan coil, heater or floor radiant heating, etc.) , business premises, etc.) for the purpose of room temperature. [0003] Traditional branch pipeline circulation system: two pipelines are commonly used as the main channel for water supply and return water respectively, branch roads are laid in parallel, and branch roads are connected in series and parallel to form dendritic extensions, and are distributed to each end one after another. Obviously, due to the distance of the pipeline, the flow resistance increases progressively with the distance, resulting in overcooling (or overheating) near the distance, and insufficient supply in the far distance, resulting in...

AI Technical Summary

Problems solved by technology

[0006] One of the purposes of the present invention is to provide a flow equalizer for water circulation central air conditioners, which solves the problem of uneven flow distribution of existing water circulation central air conditioners and the inability to adjust the water pressure of each water supply flow channel

[0007] The second purpose of the present invention is to provide a water circulation central air conditioner to solve the problem that the joint between the flow evener and the pipeline cannot be disassembled repeatedly

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