介绍了用于暖通空调系统的湿度传感器的实验室评估结果。在确定盘管负荷和供应空气质量时，需要使用传感器测量进出冷却盘管的空气湿度。测试了三种不同的湿度传感器，一个测量露点，两个测量相对湿度。州露点传感器显示，冷却盘管入口和风扇出口在环境室中计算的绝对湿度的总平均百分比误差为1.6%。对于风扇出口测量，传感器的标准偏差为0.75%。 选择露点传感器作为最精确的传感器后，在运行的风扇/冷却盘管设置中评估传感器的响应时间。结果表明，入口和出口条件下的响应时间都是可接受的。关键词:湿度、测量、仪器、测试、传感器、加热、通风、空调、实验室测试、冷却器电池、相对湿度、露点、准确性、比较引文:研讨会论文，马里兰州巴尔的摩，1992年

Presents the results of a laboratory evaluation of humidity sensors for use in HVAC systems. Sensors to measure the humidity of the air entering and leaving cooling coils are required in the determination of coil loads and supply air quality. Three different humidity sensors were tested, one that measures the dewpoint, and two that measure relative humidity. States the dewpoint sensor showed a 1.6% overall average percent error from the standard for both the cooling coil inlet and fan outlet calculated absolute humidity in an environmental chamber. The standard deviation of the sensor was 0.75% for fan outlet measurements. After selecting the dewpoint sensor as the most accurate, the sensor was evaluated for its response time in an operating fan/cooling coil setup. States the results showed the response time as acceptable for both inlet and outlet conditions.KEYWORDS: Humidity, measuring, instruments, testing, sensors, heating, ventilation, air conditioning, laboratory testing, cooler batteries, relative humidity, dew point, accuracy, comparing