Jiaxing recycles pressure-reducing switch cabinets. Xusong's dense busbar槽recycles lithium bromide absorption refrigeration units, which are mainly composed of generators, condensers, evaporators, absorbers, heat exchangers, and circulating pumps. During the operation of the lithium bromide absorption refrigeration unit, as the lithium bromide aqueous solution is heated by steam in the generator, the water in the solution continuously vaporizes; with the continuous vaporization of water, the concentration of the lithium bromide aqueous solution in the generator increases and enters the absorber; the water vapor enters the condenser, is cooled by the cooling water inside, and condenses into high-pressure, low-temperature liquid water; when the water in the condenser passes through a throttle valve into the steam generator, it rapidly expands and vaporizes, absorbing a large amount of heat from the refrigerant water in the evaporator during the vaporization process, thereby achieving the purpose of cooling and refrigeration; in this process, the low-temperature water vapor enters the absorber, is absorbed by the lithium bromide aqueous solution in the absorber, and the concentration of the solution gradually decreases, then it is returned to the generator by the circulating pump to complete the entire cycle. This cycle continues without pause, continuously producing cold quantities. Since the lithium bromide dilute solution has been cooled in the absorber and has a lower temperature, to save heat for heating the dilute solution and improve the overall thermal efficiency of the system, a heat exchanger is added to allow the high-temperature concentrated solution exiting the generator to exchange heat with the low-temperature dilute solution exiting the absorber, thereby increasing the temperature of the dilute solution entering the generator.

Susong Recycled Pressure Regulating Switchgear

Power distribution cabinet recycling, low-voltage switchgear, ring main unit, power cabinet, electrical control cabinet, high-voltage switchgear, power distribution cabinet, high-voltage switchgear, single crystal furnace recycling, crystal growth furnace, multicrystalline silicon furnace, semi-enclosed busway, plug-in busway, water-cooled air conditioning, refrigeration equipment, condenser, capacitor cabinet, electrical wires and cables, power transmission and distribution equipment, distribution box, transformer recycling (dry-type, oil-type, box-type), elevator, air compressor, high-voltage switch, transformer, UBS battery, motor, compressor, machinery and equipment, kitchen equipment, hotel equipment, office equipment, reactor, voltage stabilizer, high-voltage cabinet, low-voltage cabinet, start-up cabinet, generator set, production line, mobile cabin, distribution cabinet, switchgear acquisition, condenser, forklift, crane, factory crane, container, etc.

Insufficient cooling water flow, not reaching the rated flow rate. The main manifestations are reduced pressure difference between the inlets and outlets of the unit (compared to the initial pressure difference when the system was first put into operation) and increased temperature difference. The reasons for insufficient water flow are system water shortage or air presence. The solution is to install an exhaust valve at the high point of the pipeline to exhaust air; clogged pipeline filters or overly fine filters restrict water permeability. Choose an appropriate filter and clean the filter screen regularly; the pump selected is too small and not compatible with the system.

Susong Jiaxing

Component Busway (short for busway) is a bus system consisting of a protective shell made of metal plates (steel or aluminum), conductive bars, insulating materials, and relevant accessories. It can be made into a plug-in type busway with junction boxes at regular intervals or a feeding type busway without junction boxes in the middle. In the power supply system of high-rise buildings, power and lighting lines are often separated. The busway acts as the main power line, vertically installed on the wall inside the electrical shaft, either once or multiple times. A single busway for general use usually consists of the starting busway, straight-through busway (available with or without plug holes), L-shaped vertical (horizontal) bend bus, Z-shaped vertical (horizontal) offset bus, T-shaped vertical (horizontal) tee bus, X-shaped vertical (horizontal) four-way bus, variable capacity busway, expansion busway, terminal cap, terminal junction box, plug-in box, relevant accessories of the busway, and fastening devices. Busways can be classified into three types according to insulation methods: air-insulated plug-in busway, dense-insulated plug-in busway, and high-strength plug-in busway.