Box-type complete water supply device with integrated water storage and variable-frequency constant-voltage lamination water supply

Abstract

The invention discloses a box-type complete water supply device with integrated water storage and variable-frequency constant-voltage lamination water supply. A self-suction priming device, a booster water pump unit and a lamination non-negative pressure device are arranged in a stainless steel split type water storage box, wherein the self-suction priming device is arranged on each water inlet of the booster water pump unit; one end of the lamination non-negative pressure device is connected with the inlet pipe of the booster water pump unit, and the other end of the lamination non-negative pressure device is connected with the inlet pipe in front of a hydraulic remote control float valve; and the outer part of the stainless steel split type water storage box is provided with an intelligent control system which is connected with the booster water pump unit, a first sensor, a second sensor and the lamination non-negative pressure device via control leads. The box-type complete water supply device can automatically utilize the original pressure of a tap water pipe network for lamination boosted water supply, and can automatically boost stored water in the water storage tank to supply water for users. In addition, the box-type complete water supply device can supply water at variable frequency and constant voltage, does not cut off water during device overhauling, automatically cleans, and has the characteristics of small land occupation, low operation noise and low later-stage maintenance cost.

Description

technical field [0001] The invention relates to a box-type complete set of water supply equipment integrating water storage and frequency conversion constant pressure superimposed pressure water supply, belonging to the technical field of water supply equipment. Background technique [0002] At present, the conventional pool only has the function of water storage, and the booster pump unit and other equipment need to be installed separately for pressurized water supply. The pool and the booster pump unit are combined, which is not conducive to the maintenance and use of the equipment. The concrete foundation covers a large area, and the excess pressure of the tap water pipe network cannot be used for water supply. The energy consumption of the water supply unit is high. The unit is placed outside the pool, so there is no barrier to the operating noise. When the pool is cleaned, the unit needs to be stopped, that is, the water can be stopped. To clean the pool, workers ente...

AI Technical Summary

Problems solved by technology

[0002]Currently, conventional pools only have the function of storing water. When pressurizing water supply, separate devices such as booster pump units are required. The pool and booster pump units are separate, which is not conducive to equipment At the same time, the pool and the booster pump unit need to cast concrete foundation separately, which occupies a large area and cannot use the residual pressure of the tap water pipe network to supply water. The energy consumption of the water supply unit is high. There is no barrier. When the pool is cleaned, the unit needs to be stopped, that is, the water can be stopped to clean the pool. Workers enter the pool to clean and clean, and the later operation and maintenance costs are high.

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