About Toxic Gas Detector
Toxic Gas Detector
Model ATS-103M
Our goal is to offer the best price for portable toxic gas monitors.
This Portable Toxic Gas Detector is capable of detecting up to five gases in one instrument and can detect gases such as H2S, SO2, CO, NO2, CL2, CO2, and others in a wide variety of applications.
Specification :-
| Principle | Electrochemical, Solid State Semiconductor and PID (Photo Ionization ) |
| Range | %V/V, % LEL, PPM, Mg/M3 |
| Resolution | 0.1 Unit or 1 Unit (Application based) |
| Sampling Method | Auto Suction |
| Gas Sampling Probe | Dia 8mm SS 316 |
| Display | 128 X 64 Graphics LCD |
| Alarm | Two Levels Low & High, Visual & Audible |
| Flow Rate | 2.84 L/M |
| Operating Time | 6 - 8 hours |
| Power Source | Built in Lithium Rechargeable battery |
| Accuracy | +/2% |
| Response Time | <5 Second |
| Data Storage | 5000 or 10000 |
| Housing | High Impact Plastic |
| Sensor Life | 2-3 Years |
| Environmental | |
| Temperature | 15degree Celsius |
| Dimension in mm | 115 (W) X 180(H) X 60(D) |
| Weight | 0.6 KG |
| Warranty | One Year |
Advanced Gas Detection TechnologyEquipped with microcontroller control, this toxic gas detector delivers accurate results in both PPM and PPB units. The device operates efficiently in diverse environments, detecting hazardous gases even in high humidity (up to 95% RH) and extreme temperatures from -5C to 55C.
Engineered for Versatility and ReliabilityWith its compact build and IP66 classification, the detector withstands dust and water exposure, making it suitable for tough industrial and lab settings. Lightweight at just 600 grams, it is simple to handle yet robust enough for continuous operation in plants and laboratories.
FAQs of Toxic Gas Detector:
Q: How does this toxic gas detector function in extreme temperature and humidity conditions?
A: The detector is engineered to operate efficiently between -5 to 55C and within 0-95% relative humidity, ensuring highly accurate gas detection in a wide range of industrial and laboratory environments.
Q: What are the main benefits of using a microcontroller-based control mode in this gas detector?
A: A microcontroller-based control mode enhances precision, automates detection processes, and ensures quick response times. This leads to more reliable monitoring and improved safety for personnel in industrial and lab settings.
Q: When should the toxic gas detector be used in an industrial or laboratory setting?
A: The device should be used during activities where there is a potential risk of toxic gas exposure, such as chemical processing, material testing, or routine plant maintenance, to ensure a safe working environment.
Q: Where is this gas detector most commonly utilized?
A: This detector is suitable for a wide spectrum of applications, from plants and industrial facilities to research laboratories, where continuous monitoring of toxic gases is critical for safe operations.
Q: What process should be followed for maintaining and calibrating the device?
A: Regular maintenance involves periodic cleaning, functional checks, and calibration using standardized gas samples as per the manufacturers guidelines to ensure accurate readings and prolonged device life.
Q: How does the IP66 classification enhance the usability of this gas detector?
A: The IP66 rating certifies the detectors resistance against dust and powerful water jets, making it reliable for rugged applications in industries where exposure to harsh elements is frequent.
Q: What are the advantages of its lightweight and compact design for users?
A: Its 600-gram weight and compact dimensions (115 x 180 x 60 mm) make it easy to install, transport, and handle, allowing for greater flexibility and convenience in various workspaces.