Product Description:
AO-09 Electrochemical Oxygen Sensor Is Used For Oxygen Concentration Monitoring In Medical Equipment
https://mao.ecer.com/test/oxygengassensors.com/videos-52171793-yjj-mox1-mox-1-measuring-o2-oxygen-concentration-electrochemical-gas-sensor.html
Features:
Product model: AO-09
Working principle: It is divided into piezoelectric chemistry
Output voltage: 9-13mV (in air)
Measurement range: 0-100%
Response time (T):<15 seconds
Linearity: Full-range linearity
Temperature compensation: <2%0, equivalent (0-40℃)
Load resistance: 10kq
Interface: 3.5mm headphone jack
Shell material: White ABS
Weight: Approximately 40 grams
Operating temperature range: 0 to 50℃
Working pressure range: 0.5-2.0bar
Working humidity range:
Long-term drift: 99%RH (no condensation)
Service life: 1.5 × 106%0 hours (at 20°C)
0.8x106%O, hours (40°C)
Warranty period: 13 months from the date of shipment
Thirteen months from the date of shipment
Shenzhen Yijiajie Electronic Technology Co., Ltd. mainly serves OEM manufacturers in the sales of sensor products. In the field of sensing and control products, we provide product sales and technical support services in China for globally renowned manufacturers. We are also currently a professional supplier of sensing and control products in China and Hong Kong. The head office was founded in Hong Kong in 2002. The Shenzhen company is located at the intersection of Shennan Middle Road and Huaqiang North Road in Shenzhen. Meanwhile, the company has a large amount of spot inventory in Shenzhen and Hong Kong and can place orders directly from abroad with prompt delivery. We hope to cooperate with domestic related manufacturers to provide your company with high-quality and satisfactory products and make your products more competitive. We sincerely look forward to cooperating with you.
Specifications:
| Load resistance | 10k |
| Working pressure range | 0.5-2.0bar |
| Shell material | White ABS |
| Long-term drift | 99%RH(no condensation) |
Product Tags:
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YJJ AO-09 Electrochemical Oxygen Sensor For Oxygen Concentration Monitoring In Medical Equipment Images
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