About ATS 109T Combustible Gas Sensor Transmitter
Combustible Gas Sensor Transmitter incorporates a pellistor or catalytic bead sensor. This sensor consists of a matched pair of elements, one active and the other for compensation. When in contact with a combustible hydrocarbon or solvent causes the gas or vapor to "burn" or oxidize at concentrations below the Lower Explosive Limit (LEL). This oxidization process raises the temperature of the active bead and increases the resistance of the internal wire coil. The second bead does not have the catalytic coating and provides compensation for environmental conditions including temperature and humidity. When these elements are connected to the circuit, a useable signal is produced that is proportional to the gas concentration.
Applications:
- Environmental Monitoring
- Area Monitoring
- Pulp & Paper
- Leak Detection & Monitoring
- Chemical Plants
- Refineries/Petrochemical
- Hazardous Area
- Water/West water Treatment
- Fire Services
- Mines
Features:
- Detection of combustible, toxic Gases and Oxygen
- Non-intrusive calibration
- Smart sensors
- Programmable relays
- 2-wire, 3-wire, ModBus
- Flame proof Junction Box
- Available in stainless steel
- Available in wireless version
- Flame proof Junction Box Approval CCOE & CMRI
Robust Industrial-Grade BuildConstructed from durable mild steel, the ATS 109T Combustible Gas Sensor Transmitter is designed to thrive in harsh industrial environments. Its IP65 rating ensures protection against dust and water, making it suitable for both indoor and outdoor applications. The sturdy build enhances longevity and reduces maintenance requirements.
Wide Voltage CompatibilityThis transmitter operates efficiently across a range of 110-215 volts, accommodating various industrial electrical standards. This feature allows for versatile installation in different sites without the need for specialized power supplies, simplifying integration into existing systems.
Advanced Wireless ConnectivityFeaturing wireless capabilities, the ATS 109T enables seamless data transmission and monitoring without complex wiring. This modern convenience not only reduces installation time but also enables flexible placement in your facility, enhancing overall workflow and safety protocols.
FAQs of ATS 109T Combustible Gas Sensor Transmitter:
Q: How does the ATS 109T Sensor Transmitter detect combustible gas leaks in industrial settings?
A: The ATS 109T uses advanced combustible gas sensing technology to continuously monitor ambient air in industrial environments. When volatile gases are detected, the transmitter sends real-time alerts, helping operators address safety concerns promptly.
Q: What materials are used for constructing this gas sensor transmitter?
A: The sensor transmitter is made from high-quality mild steel (MS), providing excellent durability and corrosion resistance suitable for rigorous industrial applications.
Q: When should the ATS 109T be maintained or serviced to ensure optimal performance?
A: Regular maintenance checks are recommended as per the manufacturers guidelines, typically every 6 to 12 months, to clean and recalibrate the sensor and ensure consistent accuracy and functionality.
Q: Where can this transmitter be installed within an industrial facility?
A: Thanks to its IP65 rating and rugged construction, the ATS 109T can be installed both indoors and outdoors, particularly in areas where combustible gases are present and quick detection is essential for safety.
Q: What is the installation process for the ATS 109T and is it complicated?
A: Installation is straightforward; the wireless feature eliminates the need for extensive wiring. Follow the provided setup manual to secure the unit, connect it to a power supply within the 110-215V range, and integrate with your existing safety monitoring system.
Q: How does using the ATS 109T benefit industrial operations?
A: Employing the ATS 109T enhances workplace safety by offering rapid gas leak detection, improving operational efficiency, reducing downtime, and ensuring compliance with industrial safety standards.