Requirements

Ordinary constant-temperature and constant-humidity air conditioners, due to their use of relatively conventional configurations and control methods, such as ordinary scroll compressors, electrode humidifiers, stepwise electric heating control, etc., have relatively low accuracy in terms of temperature and humidity. During operation, they may even experience significant fluctuations due to changes in load. They are only suitable for general comfort applications where the requirements for temperature and humidity accuracy are not very high. They are not suitable for places with higher requirements for temperature and humidity accuracy, such as precision electronic machinery and animal laboratories.

MCTEK draws on the essence of industry technologies and collaborates with a professional team to conduct in-depth research in the field of constant temperature and humidity. It is proficient in the entire process from design to delivery for high-precision requirements environments - the absolute professionalism of the design plan, the meticulous matching of equipment and materials, and the convenience and ease of operation and maintenance.

Solution Description

For industrial temperature and humidity controlled workshops, stable output and operational efficiency are the key factors in evaluating the HVAC system. Whether the design layout strictly meets the production process requirements and is arranged in a reasonable and compact manner is crucial. It not only ensures the excellent performance of the products but also guarantees the operational economy for the customers.

MCTEK possesses rich solution design and practical experience. Based on the project, on-site investigations are conducted to introduce unique design solutions: The four-circuit cooling and heating system adopts the comparison between the return air temperature and humidity and the set temperature and humidity to directly control the various air treatment processes such as cooling, heating, humidification, and dehumidification. The constant temperature and humidity air conditioning operates on the principle of precisely controlling the temperature. The working principle is that the air conditioner can preset the desired temperature value, and then based on the temperature signal detected by the integrated temperature and humidity sensor in the air duct from the simulated input end, determine whether it meets the preset temperature value. According to the actual situation, the temperature is adjusted to achieve the desired state and thereby achieve the control effect of maintaining a constant temperature.