Model Number: | YT-95H | Detected Gas: | H2S |
---|---|---|---|
Sensor Principle: | Electrochemistry | Measure Range: | 0-100PPM |
Resolution: | 0.1PPM | Install Method: | Wall-mounted |
Power Supply: | 24V DC | Weight: | ≤1.6kg |
Product Size: | 180*150*90mm | Warranty: | 1 Year |
Color: | Blue | Material Case: | Die-cast Aluminum, Sensor Housing: Aluminum Alloy Or 316 Stainless Steel |
Explosion-proof Grade: | Ex D IIC T6 Gb | ||
High Light: | Hydrogen Sulfide Fixed H2S Gas Detector,Fixed H2S Gas Detector For Wastewater |
Hydrogen Sulfide H2S Fixed Gas Detector for Wastewater Emission Detection Blue Color
Product Profile
The YT-95H series gas detector, outfitted with an alarm light, is a wall-mountable device that provides continuous monitoring of gas concentrations in various areas or pipelines. This detector leverages top-notch global sensors and advanced microprocessing technology. It offers features such as data display, high/low alarm functions, swift response time, high accuracy, and exceptional stability. Powered by a 24V DC supply, the detector delivers 4-20mA, RS485, and relay signal outputs. Its explosion-proof design broadens its applicability across a wide range of applications.
Features
Product Advantages
Gas detected | H2S/Hydrogen sulfide | ||
Detection principle | Electrochemistry | ||
Install method | Wall-mounted (according to the detected environment) | ||
Measure range | 0-100PPM | ||
Resolution | 0.1ppm | ||
Precision | ± 2-5% FS | ||
Signal output | 4-20mA, 0-5V, RS485, relay(optional) | ||
Response time | ≤10S | Recovery time | ≤10S |
Repeatability | ≤±1% | Linearity error | ≤±1% |
Zero shift | ≤±1%(FS/year) | Display | High-light nixie tube display |
Connection mode | G1/2 external thread explosion-proof flexible pipe | Unit | ppm, mg/m³, %vol |
Temperature | -20 to 50°C | Humidity | 0-95%RH |
Explosion-proof | Ex dⅡCT6 | Degree of protection | IP65 |
Alarm | Sound, light | Operating time | 24H |
Dimensions | 180*150*90mm | Weight | ≤2kg |
Product Application
More environments can be applied.