Methane Gas Sensors

The 316-1 Gas Leak Detector is designed to accurately measure methane levels in a wide range of environments. It has a methane measurement range of 100 ppm to 10000 ppm, allowing for precise detection and monitoring.

With a lower response threshold value of 100 ppm, the detector can detect even small amounts of methane in the air, ensuring early detection and prompt action. The first alarm limit is set at 200 ppm, triggering an alarm to alert users when the methane concentration reaches this level. For higher methane concentrations, the second alarm limit is set at 10000 ppm. This provides an additional level of safety, notifying users of extremely high methane levels that may pose significant risks.

The 316-1 Gas Leak Detector offers reliable and accurate methane detection, making it suitable for a range of applications, including industrial settings, gas pipelines, and safety inspections. It provides valuable information for monitoring and preventing methane leaks, helping to ensure the safety of personnel and the surrounding environment.

The 316-2 Multiple gas leak detector, also known as the VAC-316-2, is designed to accurately detect and measure multiple gases. It offers precise measurements for methane, propane, and hydrogen, with specific measurement ranges for each gas. The methane measurement range spans from 10 ppm to 4.0 Vol. %, while the propane measurement range extends from 10 ppm to 1.9 Vol. %. Additionally, the hydrogen measurement range covers 10 ppm to 4.0 Vol. %.

The 316-2 gas leak detector boasts a quick reaction time, with a t90 (time for 90% response) of less than 2 seconds. This rapid response ensures timely detection of gas leaks, allowing for immediate action to be taken to prevent any potential hazards. The detector’s sensitivity and accuracy enable it to identify even trace amounts of gas, providing reliable detection capabilities.

With its multiple gas measurement capabilities and fast response time, the 316-2 gas leak detector is a valuable tool for various industries and applications. It can be utilized in industrial settings, commercial buildings, laboratories, and other environments where gas leaks need to be detected and monitored.

The model 316-2 is designed to enhance safety and prevent the risk of gas-related incidents. By promptly identifying gas leaks and providing accurate measurements, it helps ensure a safe working environment and protect against potential dangers.

The 317-2 Gas Leak Detector is a user-friendly and reliable device designed for detecting gas leaks. With its model number [VAC-317-2], it provides accurate measurements and efficient performance. This gas leak detector is suitable for beginners and professionals alike.

When it comes to methane detection, the 317-2 Gas Leak Detector offers a measurement range from 100 ppm to 20,000 ppm. It can detect methane gas at concentrations as low as 100 ppm, ensuring early detection and prompt response to potential leaks.

In addition to methane, the detector is capable of measuring propane gas. It has a measurement range for propane from 50 ppm to 10,000 ppm. Similar to methane, the lower response threshold for propane is set at 50 ppm, enabling the detection of even minor leaks. With its precise measurements and low response threshold values, the 317-2 Gas Leak Detector provides reliable detection capabilities. It allows users to identify and address gas leaks efficiently, enhancing safety measures and preventing potential hazards.

Whether you’re a beginner or an experienced professional, the 317-2 Gas Leak Detector offers a user-friendly and effective solution for gas leak detection. Its accurate measurements, wide detection ranges, and low response thresholds make it a valuable tool for various applications, including residential, commercial, and industrial settings. Stay ahead of gas leaks with the 317-2 Gas Leak Detector, ensuring a safer environment for everyone.

The Combustible Gases Detector offers a range of specifications to ensure reliable and accurate detection of combustible gases. It provides calibration options for methane, butane, propane, acetylene, and hydrogen, allowing for versatile gas detection capabilities.

The detector utilizes a long-life metal-oxide gas sensor, which offers durability and longevity in gas sensing. It employs a diffusion sampling method, enabling the detection of gases in the surrounding environment. The detection range spans from 0% to 100% LEL (Lower Explosive Limit) of the target gas, providing a wide coverage for gas detection.

With a resolution of 0.1% LEL, the detector offers precise and detailed measurements of the target gas. The accuracy is within ±2% LEL of the target gas, ensuring reliable detection performance. The signal is updated every 1 second, allowing for real-time monitoring of gas levels.

The response time of the detector is approximately 30 seconds, providing a quick and efficient response to gas presence. The maintenance interval is set at 12 months, ensuring regular upkeep and calibration. The sensor itself has a lifetime exceeding 10 years, offering long-term reliability and cost-effectiveness.

The Combustible Gases Detector incorporates self-diagnostics, performing a full functionality check at start-up and testing by a magnetic switch. It has a warm-up time of less than 1 minute, allowing for rapid deployment and operation. The power supply options include 24 V DC/AC or 90-265 VAC, providing flexibility in installation.

With a power consumption of less than 2 W, the detector operates efficiently and minimizes energy usage. It features a digital interface via UART for seamless connectivity and communication. Alarms are indicated by a blinking LED and an 85 dB buzzer, providing visual and auditory alerts. The detector also includes 2 relays with switch-over contacts, allowing for additional control and integration with other systems.

Overall, the Combustible Gases Detector offers a comprehensive range of specifications to ensure accurate and reliable detection of combustible gases. It combines advanced sensing technology, efficient power consumption, and convenient maintenance intervals to deliver effective gas detection capabilities.