Barrel Pump Unit
Classification: Barrel Pump Unit
Keywords: Barrel Pump Unit
Keywords: Barrel Pump Unit
Keywords: Barrel Pump Unit
Keywords: Barrel Pump Unit
Keywords: Barrel Pump Unit
Keywords: Barrel Pump Unit
The product replaces the direct expansion liquid supply of the original refrigeration low-pressure system or the backward height difference gravity liquid supply. Due to the uneven liquid supply of the two systems, it can only be used in composite and stable small cold storage systems. The launch of this project's products will end the fluorine refrigeration system. The system can only be used in the embarrassing situation of small cold storages. Moreover, due to its high degree of automation and uniform liquid supply, this product increases the heat exchange of the refrigeration system and plays an important role in energy saving and emission reduction.
The product of this project consists of a low-pressure circulating liquid storage barrel for fluorine, a centrifugal canned pump, an electrical control box, some additional valves and a liquid level control system, an oil level control separation system and a structural steel bracket. It is suitable for recycling multiple evaporators. The liquid supply system of the device.
The main innovation points of this project’s products are:
The mechanical action of the fluorine pump can overcome some of the resistance losses in the system and achieve long-distance liquid supply, uniform liquid supply, large flow, high heat exchange effect, simple operation, and easy centralized control. There is a liquid level control oil collection tank on the upper part of the low-pressure circulation liquid storage barrel, and a multi-point oil return design is set up to easily remove the accumulated oil in the heat exchange equipment of the refrigeration system, which is conducive to heat exchange, and samples are taken to the oil return device. There is a liquid level indicator on the oil tank, a separation heat exchange device plus auxiliary electric heating, and a hot gas pipe introduction to allow the oil in the oil return tank to return to the compressor. The horizontal low-pressure circulating barrel has a large enough gas-liquid separation volume to avoid wet stroke of the compressor. The PLC programmable control system is adopted to realize automatic control of the fluorine pump circuit, which is convenient and reliable in operation and has strong adaptability.
Product Details
The product replaces the direct expansion liquid supply of the original refrigeration low-pressure system or the backward height difference gravity liquid supply. Due to the uneven liquid supply of the two systems, it can only be used in composite and stable small cold storage systems. The launch of this project's products will end the fluorine refrigeration system. The system can only be used in the embarrassing situation of small cold storages. Moreover, due to its high degree of automation and uniform liquid supply, this product increases the heat exchange of the refrigeration system and plays an important role in energy saving and emission reduction.
The product of this project consists of a low-pressure circulating liquid storage barrel for fluorine, a centrifugal canned pump, an electrical control box, some additional valves and a liquid level control system, an oil level control separation system and a structural steel bracket. It is suitable for recycling multiple evaporators. The liquid supply system of the device.
The main innovation points of this project’s products are:
The mechanical action of the fluorine pump can overcome some of the resistance losses in the system and achieve long-distance liquid supply, uniform liquid supply, large flow, high heat exchange effect, simple operation, and easy centralized control. There is a liquid level control oil collection tank on the upper part of the low-pressure circulation liquid storage barrel, and a multi-point oil return design is set up to easily remove the accumulated oil in the heat exchange equipment of the refrigeration system, which is conducive to heat exchange, and samples are taken to the oil return device. There is a liquid level indicator on the oil tank, a separation heat exchange device plus auxiliary electric heating, and a hot gas pipe introduction to allow the oil in the oil return tank to return to the compressor. The horizontal low-pressure circulating barrel has a large enough gas-liquid separation volume to avoid wet stroke of the compressor. The PLC programmable control system is adopted to realize automatic control of the fluorine pump circuit, which is convenient and reliable in operation and has strong adaptability.
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