Integral water conveying pump station and mounting method thereof

Abstract

The invention discloses an integral water conveying pump station. The pump station comprises a well barrel with a concrete base balance weight, wherein the well barrel is arranged below the ground and divided into a pump station electric control chamber and a pump station water chamber; a submersible sewage pump, a water feeding pipe, a water discharging pipe, a distribution cabinet, a guide rail for repair, a climbing ladder, a hydraulic controller and other parts are mounted in the pump station water chamber and the pump station electric chamber, so as to form an integral structure for the water conveying pump station. The invention further discloses a mounting method of the integral water conveying pump station. According to the method, a mounting hole of the well barrel is formed beside a water source; all parts mounted in the well barrel are buried underground at a time; therefore, a water pump station can be simply and quickly mounted; the field used is reduced; the integral structure greatly reduces the construction cycle; the construction cost can be reduced while the construction time is saved; the daily maintenance and repair can be reduced; the delay of irrigating due to repair can be avoided.

Description

technical field [0001] The invention relates to the technical field of water supply and drainage equipment, in particular to an irrigation water delivery pump station, in particular to an integrated water delivery pump station in which all components are enclosed in an underground shaft. Background technique [0002] The water delivery pumping station is set up next to water sources such as rivers and lakes, and is used to increase the water in the rivers and lakes for the purpose of absorbing irrigation. The traditional water delivery pumping station is to build a pumping station room next to the water source, and the pumping station room is equipped with a pump, a vacuum system, a control system, valves, pipelines, etc. (such as figure 1 shown). [0003] Traditional water pumping stations have the following disadvantages: [0004] It occupies a large area, the construction process is complicated and the period is long, and the construction cost is high; [0005] Since t...

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Problems solved by technology

[0004] It occupies a large area, the construction process is complicated and the period is long, and the construction cost is high;

[0005] Since the floor of the pump room is higher than the water source, the water pump needs to be equipped with a vacuum system, and the sealing requirements for the pipeline system are strict. Once the leak is likely to cause the water pump to run without water or to damage the water pump, the failure rate is high, and regular maintenance is required. High maintenance, investment and management costs;

[0006] Since the water pump is not self-irrigating, the vacuum pump needs to be turned on before starting the water pump to form a negative pressure in the water inlet pipeline, and the water is extracted to the inlet of the water pump by siphon action, and then the water pump can be turned on. The operation of the system is cumbersome and requires high requirements for operators.

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