Humidity Sensor Hr002 Humidity Sensor

1. Product introduction:The product is called resistance type polymer humidity sensor (HR002) and it is a new type of humidity sensor. It has the characteristics of wide sensing range, fast response, high sensitivity, good water resistance, stable and reliable performance, and good consistency.2 Appearance Size, as shown in Figu

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1. Product introduction:

Humidity Sensor Hr002 Humidity Sensor

The product is called resistance type polymer humidity sensor (HR002) and it is a new type of humidity sensor. It has the characteristics of wide sensing range, fast response, high sensitivity, good water resistance, stable and reliable performance, and good consistency.
2 Appearance Size, as shown in Figure 1, Figure 2: (with)
3. Scope of Application:
Electronics, textiles, warehousing, tobacco, pharmaceuticals, meteorology and other industries;
Temperature and humidity tables, humidifiers, dehumidifiers, air conditioners, microwave ovens and other products.
4. Model specifications:
HR002+, characteristic impedance 31KΩ; HR002-, characteristic impedance 23KΩ;
5. Electrical performance:
Rated voltage: 1.5V AC (MAX, sine wave);
Rated power: 0.2mW (MAX, sine wave);
operating frequency: 50Hz-2000Hz;
working temperature: 0 °C -60 °C;
working humidity: 20% - 95% RH;
Temperature characteristics: ≤0.5%RH/°C
hysteresis hysteresis: ≤ 2% RH;
Response time: moisture absorption, ≤15S; dehumidification ≤25S;
Stability: ≤ 2% RH/year;
Humidity detection accuracy: ≤±5%RH;
Relative humidity impedance characteristics: (25°C, 1KHZ, AC1V, sine wave), as shown in the drawing.
Special note: when the humidity sensor is used in high humidity at 85-120°C, it is required to mark the component under high humidity, and the protective case needs special production.
6. Standard verification conditions:
In the atmosphere, the temperature is 25°C, the measured frequency is 1KHZ, and the measured voltage is IVAC (sine wave);
Make sure to use AC bridge (LCR) when testing, and do not use DC power supply;
Use split-type humidity generator (HX-1 type);
Measurement line: 1-core shielded wire.
Avoid hard objects or fingers touching the surface of components to avoid scratching or staining the wet film;
Avoid testing under salt spray, corrosive gases, strong acids, strong bases, organic solvents, alcohol, acetone, etc.
Welding conditions (180°C, 3S) For welding, use a low-temperature soldering iron or use tweezers for protection.
Recommended Storage Conditions: Temperature 10°C-40°C, Humidity: 20%RH-90%RH.
7.Stability Test:
The specification value is based on the 60%RH humidity change amount; after each test is completed, it should be placed in the normal air of normal temperature and humidity for 24 hours and tested after recovery. The test data are listed in the table.   
Table 1 Humidity Impedance Characteristics Table at 0°C to 60°C (31KΩ)
  0ºC 5ºC10ºC 15ºC 20ºC 25ºC 30ºC 35ºC 40ºC 45ºC 50ºC 55ºC 60ºC 
20%RH   2290175913511027780591448359288227
25%RH 210016201250935700539415328260218183149
30%RH1543117587465049838230223819816514312494
35%RH83261246535327721718015012810990.47561.8
40%RH4433352602021651351149781.26859.55243.6
45%RH2481901531231059076.56555.647.541.93731.3
50%RH14611598.985726152.44539.13430.126.722.7
55%RH948068.15849.94337.1322824.521.919.515.6
60%RH64.35648.241.535.93126.622.920.217.81512.610
65%RH45.94135.13025.922.319.216.513.811.69.67.96.45
70%RH33.43025.621.918.715.913.110.897.56.25.134.29
75%RH24.421.518.315.612.810.58.697.25.954.924.133.462.84
80%RH17.415.312.610.38.57.035.84.783.983.312.732.251.88
85%RH1210.28.46.915.674.653.863.22.652.191.811.491.24
90%RH7.96.875.64.563.773.112.562.111.741.441.190.990.82

Figure 2 humidity impedance characteristics (31KΩ)
 
Table 2 0°C to 60°C (23KΩ) Humidity Impedance Characteristics Data Sheet
  0ºC 5ºC10ºC 15ºC 20ºC 25ºC 30ºC 35ºC 40ºC 45ºC 50ºC 55ºC 60ºC 
20%RH   1699.01305.11002.4762.0578.7438.5332.4266.4213.7168.4
25%RH 1558.11201.9927.4693.7519.4399.9307.9243.4192.9161.7135.8110.5
30%RH1144.8871.8648.5482.3369.5283.4224.1176.6146.9122.4106.192.069.7
35%RH617.3454.1345.0261.9205.5161.0133.5111.395.080.967.155.645.9
40%RH328.7248.5192.9149.9122.4100.284.672.060.250.544.138.632.3
45%RH184.0141.0113.591.377.966.856.848.241.335.231.127.523.2
50%RH108.385.373.463.153.445.338.933.429.025.222.319.816.8
55%RH69.759.450.543.037.031.927.523.720.818.216.214.511.6
60%RH47.741.535.830.826.623.019.717.015.013.211.19.37.4
65%RH34.130.426.022.319.216.514.212.210.28.67.15.94.8
70%RH24.822.319.016.213.911.89.78.06.75.64.63.83.2
75%RH18.116.013.611.69.57.86.45.34.43.73.12.62.1
80%RH12.911.49.37.66.35.24.33.53.02.52.01.71.4
85%RH8.97.66.25.14.23.52.92.42.01.61.31.10.9
90%RH5.95.14.23.42.82.31.91.61.31.10.90.70.6


Figure 3 Humidity Impedance Characteristic Diagram (23KΩ)




 

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