The reason why constant temperature and humidity laboratories can achieve constant temperature and humidity effects excellently is that their air conditioners play a great role, especially in high-precision constant temperature and humidity laboratories, where the special air conditioners they configure play a greater role than those in ordinary laboratories. Here, many people outside the industry said that what are the characteristics of high-precision constant temperature and humidity laboratory air conditioners that can make them play an important role? Today we will take a brief look at:
1. High precision
    In real work, high-precision constant temperature and humidity laboratory air conditioners are generally used in the papermaking industry, electronics industry, measurement industry, and tobacco and pharmaceutical industries, which are particularly sensitive to temperature and humidity. The reason why it can be used in these industries is that people use its high-precision characteristics. According to industry insiders, high-precision constant temperature and humidity laboratory uncontrolled air conditioners are equipped with high-precision sensors. The accuracy, repeatability and stability of these sensors are extremely outstanding. Among the relevant data, the accuracy is ±1.5%RH, ±0.3℃, the repeatability is better than 0.5%RH and 0.1℃, and the stability is better than 1.0%RH and 0.1℃, while the precision of general computer room air conditioner sensors is generally around ±3%RH, ±1℃.
2. High requirements for air volume control
    In addition to the high precision requirements of air conditioner sensors, high requirements for air volume control and the adjustability of cold and hot temperatures and humidity are other significant features of this type of air conditioner. In terms of air volume requirements, in order to achieve the balance of temperature and humidity in the laboratory, high-precision constant temperature and humidity laboratory air conditioners are very strict in the control design of air volume. It requires that the large air volume be achieved as much as possible while ensuring the realization of dehumidification capacity. In terms of the adjustability of air conditioning cooling, heating and humidity, the air conditioner can achieve multi-stage cooling and heating adjustment and proportional display mode humidification and dehumidification adjustment functions.
    This is probably the characteristic of high-precision constant temperature and humidity laboratory air conditioning. It is precisely because of this that high-precision constant temperature and humidity laboratories can play the greatest use value.