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12P heat pump dryer
Product Introduction: The Baixin heat pump dryer adopts advanced jet mixing technology to ensure high energy efficiency and strong heating capacity of
Product details
Product Introduction
BaixinHeat pump dryerAdopting advanced jet mixing technology to ensure high energy efficiency and strong heating capacity of the unit under low temperature conditions of -10 ℃; The problem of rapid decline in the capacity and reliability of traditional heat pump dryers under low-temperature and harsh environmental conditions is completely solved by raising the outlet air temperature to 80 ℃. Compared with ordinary heat pump systems, the "jet enhanced cooking" super strong heating technology with jet enhanced cooking increases the system's performance at low ambient temperatures, improves energy efficiency by 20%, and increases drying capacity by 15%. The jet mixing compressor adopts two-stage split flow intermediate jet technology, using an economizer for heat exchange, improving subcooling, and achieving the mixing effect; At the same time, it has the characteristics of high compression ratio and high-pressure chamber, and operates in a wide temperature range of -10 ℃ to 43 ℃, with energy efficiency more than 20% higher than traditional compressors.
Product Features
The entire system adopts a first generation microcomputer fully automatic intelligent controller, combined with a humanized touch dot matrix LCD line controller, allowing you to operate freely. Adopting a 7-inch industrial LCD display screen, suitable for centralized control of multiple units; Wide viewing angle, high brightness screen, designed for outdoor use under strong light. High precision electronic temperature and humidity sensor: It has the advantages of ultra fast response, strong anti-interference ability, compact structure, extremely low power consumption, and ultra long transmission distance, eliminating the need for users to perform post maintenance work. When the fresh air and exhaust air pass through the heat recovery device, a large amount of waste heat released to the outside during dehumidification in the drying room is recovered through heat exchange, with a heat recovery efficiency of over 60%. The modular design of the unit makes the design of the drying room and the matching of the number of units more flexible. Transportation, installation, and disassembly are simpler.
Working principle
BaixinHeat pump dryerAdopting advanced jet mixing technology to ensure high energy efficiency and strong heating capacity of the unit under low temperature conditions of -10 ℃; The problem of rapid decline in the capacity and reliability of traditional heat pump dryers under low-temperature and harsh environmental conditions is completely solved by raising the outlet air temperature to 80 ℃. Compared with ordinary heat pump systems, the "jet enhanced cooking" super strong heating technology with jet enhanced cooking increases the system's performance at low ambient temperatures, improves energy efficiency by 20%, and increases drying capacity by 15%. The jet mixing compressor adopts two-stage split flow intermediate jet technology, using an economizer for heat exchange, improving subcooling, and achieving the mixing effect; At the same time, it has the characteristics of high compression ratio and high-pressure chamber, and operates in a wide temperature range of -10 ℃ to 43 ℃, with energy efficiency more than 20% higher than traditional compressors.
Product Features
The entire system adopts a first generation microcomputer fully automatic intelligent controller, combined with a humanized touch dot matrix LCD line controller, allowing you to operate freely. Adopting a 7-inch industrial LCD display screen, suitable for centralized control of multiple units; Wide viewing angle, high brightness screen, designed for outdoor use under strong light. High precision electronic temperature and humidity sensor: It has the advantages of ultra fast response, strong anti-interference ability, compact structure, extremely low power consumption, and ultra long transmission distance, eliminating the need for users to perform post maintenance work. When the fresh air and exhaust air pass through the heat recovery device, a large amount of waste heat released to the outside during dehumidification in the drying room is recovered through heat exchange, with a heat recovery efficiency of over 60%. The modular design of the unit makes the design of the drying room and the matching of the number of units more flexible. Transportation, installation, and disassembly are simpler.
Working principle
The working fluid of the heat pump is compressed by the compressor into high-temperature and high-pressure gas, which enters the condenser, condenses and liquefies to release heat, and is used for heating the air in the drying room, thereby achieving the purpose of increasing the temperature of the drying room. The moisture in the material is vaporized and evaporated through hot air, and the evaporated water vapor is discharged by the dehumidification system to achieve the purpose of drying the material. The dehumidification system has a heat recovery device, and the recovered heat is used to heat the fresh air, which can save 60% to 70% of the fresh air preheating energy consumption.
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