Fully automatic water supply equipment

Complete water supply equipment is composed of various equipment components such as water tanks, water pump units, pressure stabilizing tanks, control instruments, control cabinets, suction mains, discharge mains, pressure sensors, pump bases, inverters, flow meters, and internet monitoring platforms. The complete water supply equipment consists of the collaborative work of multiple devices and features characteristics such as intelligence, visualization, monitoring capabilities, self-regulation, and unmanned operation.

Mining company

Mining company

Mining company

Mining company

Mining company

Mining company

Mining company

Mining company

Application Areas

The main application areas of complete water supply equipment include domestic water usage, for example, high-rise buildings, residential communities, and villas; public places, such as hospitals, schools, sports arenas, and airports; commercial buildings, such as hotels, office buildings, and department stores. In the agricultural field, the complete water pump units for circulating water can be applied to greenhouse farms, animal husbandry and food drying, and other water circulation systems.

  1. KQFIV fully automatic dual-mode water supply equipment is an organic combination of traditional intermediate boost and emerging direct boost (stack pressure) water supply technologies, hence called dual-mode water supply equipment. Due to the complementary advantages of the two modes, it can thoroughly solve the problem of excessive suction, making it widely applicable. Similar products in the market are known as “box-type stack pressure equipment” and “box-type no negative pressure equipment”.
    The technical combination of the dual-mode KQFIV product is not simply superimposed, but is an organic integration based on systematic consideration. It uses the latest PLC technology for intelligent control scheduling, centralizing the system’s water source management and water supply management, bringing a series of innovative and beneficial effects. By using the dual-mode water supply method, any doubts can be completely dispelled, allowing for the assured application of energy-saving stack pressure water supply, ensuring continuous water supply safety without affecting the municipal pipe network.
  2. KQG stainless steel frequency conversion water supply equipment is one of the main water supply products of Kaiquan Group. Leveraging years of accumulated industry technical experience and advanced automation technology, the group has further upgraded the performance advantages of KQG intelligent frequency conversion water supply equipment in water supply safety, reliable operation, water conservation and hygiene, high efficiency and energy saving, and intelligent monitoring.
  3. GXS high-efficiency intelligent modular pump units are mainly used in:
    (1) Primary side circulation water systems of heating systems, secondary circulation water systems;
    (2) Central comfortable air conditioning chilled water circulation systems, cooling water circulation systems;
    (3) Process equipment cooling water circulation systems;
    (4) Clean air conditioning circulating water systems for heating and table cooling sections;
    (5) Circulating water systems for hotel, hospital, domestic hot water and related heating and cooling;
    (6) Circulating water systems for agricultural greenhouses, animal husbandry and food drying;
    (7) Various intermediate circulation water systems in cold storage and heat storage systems.
  4. WFY IV tank-type stack pressure (no negative pressure) water supply equipment is directly connected in series to the water supply pipeline for pressurized water supply. It utilizes the water supply pipeline pressure to ensure that the user’s water pressure, water volume, water quality are met, and also ensures that it does not affect the pressurized water supply device specified by the water supply department. Kaiquan, relying on years of mature technology and rich experience in secondary pressurization and regulation, has developed and developed the WFYIV new generation high-end tank-type stack pressure (no negative pressure) water supply equipment, with outstanding performance advantages in water supply safety, reliable operation, water conservation and hygiene, high efficiency and energy saving, and intelligent monitoring.
  5. The fifth-generation digital integrated full-frequency water supply equipment and the fifth-generation Plus digital integrated frequency conversion water supply equipment: The ultimate development direction of secondary water supply equipment is intelligence. At present, the variable frequency constant pressure water supply equipment still uses a traditional relay control + digital control hybrid technology solution, exhibiting characteristics such as low degree of digitization, low universality, and low intelligence. Kaiquan’s fifth-generation digital integrated full-frequency water supply equipment not only completely solves the aforementioned problems but also achieves four qualifications over other products in the industry: full parameter detection, full digital control, full frequency integration, and full intelligent control.
  6. Kaiquan direct drinking water equipment: To improve water safety and enhance the quality of drinking water, Kaiquan’s direct drinking water equipment undergoes deep purification of municipal tap water, removing harmful substances while retaining beneficial trace elements and minerals for human consumption. After meeting the standards of high-quality water, it is delivered through a piped system for direct consumption by users. Kaiquan direct drinking water equipment consists of seven major systems such as raw water system, pretreatment system, membrane treatment system, post-treatment system, circulating water system, control system, and water quality and quantity system, utilizing an IoT smart cloud platform for real-time remote monitoring and full-life cycle management. Kaiquan direct drinking water equipment boasts advantages such as small footprint, high water production rate, water quality and safety, low energy consumption, long lifespan, unmanned operation, and low maintenance costs.

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