KLBH90E Chemical Engineering Gas Leak Detector
Introduction
The KLBH90E Chemical Engineering Gas Leak Detector is designed to meet the demands of the chemical engineering industry. Equipped with an imported high - quality semiconductor sensor and a 32 - bit MCU, it offers high sensitivity and adaptability. Operating within - 10℃ to 40℃, it can detect combustible gases in a range of 0 - 10,000ppm. The detector’s high - strength engineering plastics and anti - slip rubber construction make it durable. With a rechargeable 1800mAH lithium battery, it can work continuously for at least 8 hours, ensuring long - term monitoring in chemical engineering settings.
Product Features
*Natural diffusion sampling method and high-sensitivity sensor, with high sensitivity and repeatability.
*32-bit built-in MCU, high reliability and self-adaptation ability.
*Full functions, easy operation.
*Large LCD, more intuitionistic, abundant and clear indication.
*Compact design, easy carrying.
*High strength engineering plastics and compound anti-slippery rubber; high strength, water-proof, dust-proof and explosion-proof.
Technical Parameters
Target gas | Combustible gas |
Range | 0-10,000ppm (μmol/mol) |
Sampling method | Natural diffusion |
Alarm point | Default: Low alarm: 500ppm; High alarm: 2000ppm. |
Support personalized setting. | |
Alarm types | Audible buzzer alarm; Visual LED light alarm; Vibration alarm |
Warm-up time | 60S |
Response time | <30s |
Sensor type | Imported FIGARO sensor |
Sensor life | 2 years |
Power supply | Rechargeable lithium battery, DC3.7V 1800mAH |
Charging time | 6h-8h |
Continuous working hours | No less than 8 hours (normal working environment) |
Working condition | Temperature: -10~40℃ Humidity: ≤95% RH with no condensation. |
Storage condition | Temperature: -20~50℃ Humidity: ≤85% RH, avoid caustic gases or substances. |
Weight | Approx. 300g (excluding accessories) |
Dimension | Approx. 210mm(L)×66mm(W)×30mm(H) |
Packing list | Detector, Carrying case, Charger, USB cable, Warranty card, Thank-you card. |