El compresor semirrígido de bajo consumo energético XTLD4G12-41.33, de temperatura media y 12 HP, está diseñado especialmente para talleres de procesamiento de carne, centros de sacrificio, apoyo a la cadena de frío y escenarios de congelación y conservación fresca de productos cárnicos. Incorpora la tecnología central de refrigeración británica XTLD y cumple con los estándares europeos de optimización de ahorro energético. Con un caudal nominal de 41,33 m³/h, this medium-temperature model is precisely matched with the refrigeration demand of meat processing industry, stably maintaining -18℃ to -22℃ industrial constant temperature, meeting the production demands of fresh meat temporary storage, segmented freezing, finished product cold preservation and batch processing. Aiming at the problem of high energy consumption of traditional industrial compressors in long-term operation, this equipment adopts optimized fluid dynamics compression structure and energy-saving valve group design, greatly improving COP comprehensive energy efficiency ratio, effectively reducing daily power consumption of meat factory cold storage and helping enterprises reduce operating costs. The whole machine features low vibration and stable operation, avoiding meat quality damage and ice layer unevenness caused by equipment jitter during meat freezing and storage. All products undergo 100% pressure sealing test and crankshaft dynamic balance calibration, with extremely low failure rate and excellent operational stability. It supports multiple mainstream refrigerants such as R22 and R134a, with strong working condition adaptability and wide matching range of refrigeration units. Suitable for medium and large meat processing plants, slaughterhouse supporting cold storage, frozen meat warehousing and meat product deep processing cold chain projects, this energy-saving compressor can realize long-term uninterrupted stable operation, providing efficient, energy-saving and reliable refrigeration power for global meat processing industry cold chain systems.
