About Online Hydrogen Gas Leak Detector with multi Channel Control Unit Model ATS 109TD & 107M
Applied Field proven Hydrogen gas Monitor/Transmitters Model ATS 109TD continuously monitors the concentrations of Hydrogen in industrial field, Battery Room. The linearize 4-20 mA transmission can interface directly with any receiving instrument starting from indicators, controllers to large control systems e.i. Multi Channel control unit Model ATS 107M. Provision for directly connection of buzzer/Hooter for Alarm through Relay. The standard system consist of a compact electronic module housed in a Weatherproof or explosion proof Metallic or Polyester box with an application specific sensor. This state of the art transmitter is carefully designed with and manufactured with Industrial grade Components for reliability accuracy and long life. It is certified for use in hazardous areas Class 1, Division 1, Group B, C & D. (IIA, IIB or IIC)Special Feature -:-Fast and accurate response.
-Flexibility to fit your application needs
-Compatible for Marine Applicaions
-Interfaces with Industry Standard Transmitters.
-Integral or Remote mounting Sensor.
-Ingress Protection IP-65
Specifications-:
-Gas - H2
-Range - 0-100% LEL Resolution- 0.1% LEL
-Sensor - Catalytics
-Display - segment LED Display in Transmitter & Graphics Display in Control Unit.
- Output- 4-20mAReliable Hydrogen Leak DetectionATS 109TD & 107M models ensure reliable and swift detection of hydrogen gas leaks in industrial settings. With multi-channel control capabilities, the system supports monitoring across several points simultaneously, maximizing safety. Its sturdy MS construction ensures long-term durability even in rigorous industrial use. The detectors are designed to provide dependable results every time they are used.
Versatile Mounting and Usage OptionsOffering flexibility, these hydrogen gas leak detectors can be used handheld for spot-checks or mounted on a tripod for continuous, hands-free monitoring. The semi-automatic operation allows for straightforward integration into existing safety protocols and processes, making it suitable for a wide variety of industrial applications.
FAQs of Online Hydrogen Gas Leak Detector with multi Channel Control Unit Model ATS 109TD & 107M:
Q: How does the multi-channel control unit of the ATS 109TD & 107M work?
A: The multi-channel control unit allows simultaneous monitoring of multiple locations for hydrogen gas leaks, enhancing efficiency and overall safety in industrial environments. Each channel can be managed individually for better control and rapid response.
Q: What is the recommended process for using the detector in an industrial setting?
A: Start by choosing between handheld or tripod-mounted operation based on your monitoring needs. Connect the unit to a 110215 Volt power source. Activate the device, and it will semi-automatically begin scanning for hydrogen leaks. Follow standard safety protocols as you interpret the detectors alerts.
Q: When should the hydrogen gas leak detector be used?
A: The detector should be employed during routine maintenance, leak troubleshooting, and whenever hydrogen-related processes are running in your facility. Regular monitoring helps ensure a safe working environment by identifying leaks early.
Q: Where can the ATS 109TD & 107M be installed or used?
A: Its flexible design allows for installation at various industrial sites, including chemical plants, refineries, and manufacturing units. It can be handheld for mobile inspections or placed on a tripod for fixed, continuous monitoring at critical points.
Q: What is the benefit of semi-automatic operation in this detector?
A: Semi-automatic operation streamlines the detection process, reducing the need for constant manual supervision and enabling quicker responses to detected leaks. This helps maintain safety standards while optimizing labor efficiency.
Q: How does construction with MS material enhance performance?
A: The detectors MS (Mild Steel) construction provides excellent durability and longevity, ensuring it withstands demanding industrial conditions while maintaining accurate and reliable leak detection performance.