Secondary water supply equipment

1．Product Name：Secondary water supply equipment

2．Product Overview：

The secondary water supply equipment consists of three parts: a pressure tank, a water pump, and an electrical control system. Its outstanding advantages are that it does not require the construction of a water tower, has low investment, occupies less land, is flexibly arranged, and is built and put into operation quickly. Adopting automatic water and gas regulation, automatic operation, energy-saving, and automatic grid connection with tap water, water can still be supplied after power outage, and there is no need to monitor after debugging. Widely used for production, living, and office water supply in enterprise units, residential areas, and rural areas. Suitable for water supply households within 5000 households, with a daily water supply volume of less than 3000m3, and a water supply height of over 100 meters.

Secondary water supply equipment is generally installed on the ground or in the basement. Units with tap water can use this device to adjust peak water consumption, increase water pressure, and meet the needs of large areas and high-rise buildings during peak water usage. Units, factories, or rural areas without tap water only need to connect the equipment to the water source power supply to obtain stable water volume and pressure, meeting water needs.

3．Product features：

(1) Water supply can be achieved without the need for building water towers;

(2) The investment resources are relatively small compared to other equivalent equipment;

(3) Compared to the same equipment product, the secondary water supply equipment will occupy a much smaller area;

(4) Convenient and flexible layout;

(5) The construction is completed and the effect is fast, and the production is fast;

(6) Fast construction period, high cost-effectiveness, and good results.

4．Applicable scope：

(1) Suitable for pressurized water supply in any area with insufficient tap water pressure;

(2) Domestic water for newly built residential communities or office buildings;

(3) Low level tap water pressure cannot meet the required fire water requirements;

(4) Renovation of existing pneumatic water supply equipment;

(5) If it is necessary to build a water tank, a water supply method that shares negative pressure equipment with the tank can be used to further save energy;

(6) Large scale water supply intermediate booster pump station in the water plant;

(7) Production and domestic water use of industrial and mining enterprises;

(8) Various circulating water systems;

(9) Especially suitable for water supply situations with particularly strict water quality requirements.