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Envicool DC air conditioner, namely Envicool DC series DC air conditioner, is a temperature control product designed for the industrial field under the Envicool brand. The following is a detailed introduction to the product:
1. Product Overview
Envicool DC air conditioner adopts DC technology, with the
characteristics of high efficiency, energy saving and stability,
and is widely used in communications, power, data centers,
industrial automation, transportation, automobiles, machine tools,
food and beverages, and infrastructure. This product can
effectively meet the needs of industrial-level refrigeration and
temperature control, ensuring that the equipment can still operate
stably in harsh environments.
2. Product Features
Efficient refrigeration: Envicool DC air conditioner adopts
advanced refrigeration technology and high-quality materials, has
strong refrigeration capacity, and can reduce the ambient
temperature to the set value in a short time.
Energy saving and environmental protection: DC technology makes the
product consume less energy during operation, while reducing the
impact on the environment, which meets the requirements of modern
industry for green environmental protection.
Stable and reliable: The product has a reasonable design and
compact structure, and can operate stably for a long time in harsh
industrial environments, reducing failure rate and maintenance
costs.
Intelligent control: Some models may be equipped with an
intelligent control system, which can automatically adjust the
cooling capacity according to the ambient temperature and load
conditions to achieve precise temperature control.
Working principle
The fan in the internal cycle air path absorbs the hot air from the
upside to make air heat exchange by evaporator fins, and sends the
cooled air from the downside of the air conditioner. By so, the air
in cabinet can cycle to achieve the purpose of lowering the
temperature. Meanwhile, The fan in the external cycle air path
absorbs the external cold air from the downside, and discharges the
hot air from the upside
after heat exchange.