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  • 恒湿实验室空调的节能调节事项
    来源:http://www.jnyhrs.com 浏览: 发布日期:2021-02-11
    为了能保证实验室内部有一个稳定的实验环境,因此必须使用恒温恒湿实验室空调,这样对实验室内的温度湿度还有除湿控制,才能达到更加智能、稳定的标准,为了能更好的保证实验室内的实验环境,关于空调的调节方式,今天为大家全面介绍一下恒温恒湿实验室空调调节策略。
    In order to ensure a stable experimental environment inside the laboratory, constant temperature and humidity laboratory air conditioning must be used. In this way, the temperature and humidity in the laboratory and dehumidification control can achieve more intelligent and stable standards. In order to better ensure the experimental environment in the laboratory, about the adjustment mode of air conditioning, today we will comprehensively introduce the constant temperature and humidity experiment Room air conditioning regulation strategy.
    实验室空调的调节方式一般都是采用多级制冷,一般这样的大功率设备使用起来耗电比较大,主要对温度的调节作用比较明显,但对室内湿度的调节效果并不很好,因此在一些较大的实验室中使用已被淘汰。
    The adjustment mode of laboratory air conditioning is generally multi-stage refrigeration. Generally, this kind of high-power equipment consumes a lot of power and has obvious effect on temperature adjustment, but the effect on indoor humidity adjustment is not very good. Therefore, it has been eliminated in some large laboratories.
    实验室空调的调节方式是采用变频制冷,这样确实能使整个耗电量开始下降,50%-100%制冷量实现各种无极量的调节,这就意味着实验室内部的温度,空气调节的速度更快,而且在短时间内就能达到我们实验室标准的温度和湿度,高精密空调的温度调节效果也非常显著。
    无菌室装修
    The adjustment mode of laboratory air conditioning is frequency conversion refrigeration, which can really make the whole power consumption begin to decline, 50% - 100% of the cooling capacity to achieve a variety of unlimited adjustment, which means that the temperature and air conditioning speed inside the laboratory is faster, and it can reach the standard temperature and humidity of our laboratory in a short time, and the temperature adjustment effect of high-precision air conditioning is also very obvious He wrote.
    实验室
    laboratory
    实验室恒温恒湿调节,主要是通过冷冻水行智能方式,对于这样以冷冻水为主要能源的空调设计,通过电脑主板来控制水阀的开度,可以很容易实现,从0%到100%能让无极调节,是目前所有实验室使用比较普遍的空调。
    The constant temperature and humidity regulation of laboratory is mainly through the intelligent way of chilled water. For the air conditioning design with chilled water as the main energy source, it is easy to control the opening of the water valve through the computer motherboard. From 0% to 100% it can be regulated infinitely. It is a common air conditioning used in all laboratories at present.
    为了实验室人员操作的特殊性,为了减少室内工作区域的噪音,实验室百级层流罩没有完成,改为采用外部风扇控制。设备如排风机、空调机等也都考虑选择低噪声型,机房每个主风管内都安装2个消声器来消声。从人性的角度关怀实验室的使用人员。
    In order to reduce the noise in the indoor working area, the 100 level laminar flow hood of the laboratory was not completed, and the external fan control was adopted instead. Equipment such as exhaust fan, air conditioner and so on are also considered to choose low-noise type, each main air duct in the machine room is installed with 2 mufflers to eliminate noise. Caring for laboratory users from the perspective of humanity.
    为了节约能源,针对该项目的特点,所有实验室空调机组和循环风机都采用了先进的变频控制风机。由各种级别的滤网开始使用到更换,风机电机的工作功率也随之逐步由小逐渐大。与采用定风量阀方式相比,风机电机的工作功率始终保持在固定的功率,通过变频控制可节约实验室空调机组的运行电量。本实用新型可实现空气循环机组变频软启动,运行平稳,避免启动电流过大给电网带来冲击,也可实现无级调节。
    In order to save energy, according to the characteristics of the project, all laboratory air conditioning units and circulating fans adopt advanced variable frequency control fans. From the use of various levels of filter screen to replacement, the working power of fan motor gradually increases from small to large. Compared with the constant air volume valve, the working power of the fan motor is always kept at a fixed maximum power, and the operation power of the air conditioning unit in the laboratory can be saved by frequency conversion control. The utility model can realize the frequency conversion soft start of the air circulation unit, the operation is stable, the impact of the excessive starting current on the power grid is avoided, and the stepless adjustment is also realized.
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