HR202L
1. HR202L humidity sensitive resistor is a new type of humidity sensitive component, which uses organic polymer materials, with a wide humidity sensing range, fast response, and strong pollution resistance.
2. The product has a compact and beautiful appearance, good sensitivity characteristics, excellent long-term stability, and no need for heating and cleaning.
Product Parameter
Rated Voltage | 1.5 V AC |
Working Frequency | 500 Hz~2000 Hz |
Operating Humidity | Under 95% RH （Non dewing） |
Hysteresis | ≤2% RH |
Stability | ≤1% RH/year |
Accuracy | ≤±5% RH |
1. HVAC Systems
Temperature and humidity sensors can be used in HVAC systems to monitor and control indoor temperature and humidity to provide a more comfortable and energy efficient indoor environment.
2. Laboratory Environments
In laboratories, temperature and humidity sensors can help monitor and control the experimental environment to ensure the accuracy and reliability of experimental results.
3. Animal Feeding
In animal feeding places, temperature and humidity sensors can monitor and control the feeding environment to provide suitable living conditions for animals and improve their health and growth.
1. HR202L humidity sensitive resistor is a new type of humidity sensitive component, which uses organic polymer materials, with a wide humidity sensing range, fast response, and strong pollution resistance.
2. The product has a compact and beautiful appearance, good sensitivity characteristics, excellent long-term stability, and no need for heating and cleaning.
Product Parameter
Rated Voltage | 1.5 V AC |
Working Frequency | 500 Hz~2000 Hz |
Operating Humidity | Under 95% RH （Non dewing） |
Hysteresis | ≤2% RH |
Stability | ≤1% RH/year |
Accuracy | ≤±5% RH |
1. HVAC Systems
Temperature and humidity sensors can be used in HVAC systems to monitor and control indoor temperature and humidity to provide a more comfortable and energy efficient indoor environment.
2. Laboratory Environments
In laboratories, temperature and humidity sensors can help monitor and control the experimental environment to ensure the accuracy and reliability of experimental results.
3. Animal Feeding
In animal feeding places, temperature and humidity sensors can monitor and control the feeding environment to provide suitable living conditions for animals and improve their health and growth.
