Workstation of water-cooling chilling unit water system

Abstract

The invention discloses a workstation of a water-cooling chilling unit water system, which comprises a central control cabinet, a base, a circulating water pump and a rubber ball online cleaning device, wherein the circulating water pump and the rubber ball online cleaning device are firmly installed on the base, a water inlet side of the circulating water pump is connected to a water outlet end of a distribution filter, a water outlet side of the circulating water pump is connected to a ball serving straight pipe section, a soft joint connected to a water inlet end of a chilling unit is connected to the ball serving straight pipe section, a water outlet end of the chilling unit is connected to the soft joint, the rubber ball online cleaning device comprises a ball server and a ball catching device, the rear end of the soft joint is connected to the ball catching device, the ball catching device is firmly connected to a damping base by a support, and the central control cabinet is firmly installed on the damping base. The workstation is applicable to middle-scale and large-scale public and commercial projects and the like and belongs to an efficient and energy-saving modularization novel product. The workstation of the water-cooling chilling unit water system disclosed by the invention is efficient and energy-saving, has a compact structure, saves space, is applicable to modularized production and is convenient in operation, maintenance and management.

Description

technical field [0001] The invention discloses a water system workstation suitable for water-cooled chillers. The workstation is suitable for large and medium-sized public buildings, commercial projects, etc., and belongs to a new product of high-efficiency energy-saving modular production. Background technique [0002] The existing traditional refrigeration station has the following disadvantages: 1. The traditional refrigeration station is an engineering project with scattered responsibility subjects. All parties are only responsible for their own project content, lack of system engineering thinking, and the overall performance is difficult to guarantee; 2. Traditional refrigeration station During on-site construction, different specialties cross-operate, which increases the coordination of management and professional construction parties; 3. Traditional refrigeration stations generally adopt independent and simple control methods, and the control of each main power-consumi...

AI Technical Summary

Problems solved by technology

[0002] The existing traditional refrigeration station has the following disadvantages: 1. The traditional refrigeration station is an engineering project with scattered responsibility subjects. All parties are only responsible for their own project content, lack of system engineering thinking, and the overall performance is difficult to guarantee; 2. Traditional refrigeration station During on-site construction, different specialties cross-operate, which increases the coordination of management and professional construction parties; 3. Traditional refrigeration stations generally adopt independent and simple control methods, and the control of each main power-consuming equipment lacks relevance, and the system is optimized for energy saving The effect is not obvious; 4. The bidding form and entry time of the automatic control of the traditional refrigeration station may further affect the overall performance of the system operation; 5. The dosing system of the traditional water station requires more complicated manual work, which is not convenient Operation and maintenance; 6. The designer does not have enough time to optimize the design of the system; 7. There are many types of refrigeration station equipment, and the procurement responsibility is complicated, which is not convenient for operation, maintenance and management

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