About Hydrogen Gas Transmitter
Hydrogen Gas Transmitter Model ATS-109TD
Counted amidst the reliable firms, we are consistently engaged in manufacturing, exporting and supplying a broad range of Hydrogen Gas Transmitter. Used to determine the hydrogen gas leakage, offered transmitter is featured with quality checked sensors, alarms and indicators. Our deft professionals manufacture the offered transmitter using progressive technology. Besides, the provided Hydrogen Gas Transmitter can be bought from us at reasonable prices within promised time frame.
Key Points:
- High operational fluency
- Easy to operate
- Sturdy design
- Long working life
Specifications:
- Principle: Electrochemical, Solid State Semiconductor and Catalytic
- Range: %V/V, % LEL, PPM, PPB
- Resolution: 0.1 Unit or 1 Unit (Application based)
- Sampling Method: Diffusion
- Display: Alphanumeric LED
- Alarm; Relay Contact NO+NC
- Analog Out Put: 4-20mA
- Digital Out Put : RS 232, RS 485 and Modbus Communication Protocol
- Power Source: 24V DC or 230VAC
- Accuracy: +/2%
- Response Time: <5 Second
- Sensor Life: 2-3 Years
- Environmental:
- Temperature:-15degree Celsius Humidity :< 85%RH Atmosphere Pressure: 86- 106Kpa
- Dimension in mm: 120 (W) X 125(H) X 1120(D)
- Weight: 1.2 KG
- Warranty: One Year
Advanced Leak Detection TechnologyThis hydrogen gas transmitter incorporates state-of-the-art sensors with a high resolution of 0.1, allowing it to detect even minor gas leaks promptly. The design ensures swift transmission of alerts through its relay output, keeping operational sites secure and reducing risk to personnel and assets.
Durable and Safe Flameproof DesignCrafted from flameproof materials, the device is ideally suited for hazardous industrial areas where explosive gases could be present. Its sturdy build and lightweight design ensure ease of installation while maintaining compliance with stringent safety standards.
Versatile Output and Communication OptionsThe transmitter supports both 4-20mA and RS-485 outputs, offering compatibility with varied control and monitoring systems. This flexibility enables seamless integration into existing safety infrastructures, enhancing continuous protection and operational efficiency.
FAQs of Hydrogen Gas Transmitter:
Q: How does the hydrogen gas transmitter detect leaks?
A: The transmitter utilizes sensitive sensors capable of detecting hydrogen gas concentrations at a resolution of 0.1. When the detected level exceeds a pre-set threshold, it triggers an alert via the relay output or sends a signal through its communication interfaces.
Q: What are the primary benefits of using this hydrogen gas transmitter?
A: The key benefits include high accuracy (+/-2%), flameproof construction for safety in hazardous areas, versatile output options (4-20mA, relay, RS-485), and ease of installation and integration. These make it a reliable choice for industrial gas leak detection.
Q: When should this device be installed in an industrial facility?
A: It is advisable to install the hydrogen gas transmitter during the initial setup of gas-handling equipment or when upgrading safety systems in environments where hydrogen leaks could pose a risk, ensuring continuous protection from potential hazards.
Q: Where can this transmitter be effectively utilized?
A: This device is best used in industrial locations such as chemical plants, refineries, manufacturing units, and any area where hydrogen gas is stored or transported. Its flameproof design makes it suitable for hazardous or potentially explosive atmospheres.
Q: What is the process for installing and connecting the transmitter?
A: Installation involves securely mounting the lightweight (450g) unit in the desired location, connecting the 24 V DC input, and wiring output signals (4-20mA, relay, or RS-485) to the facilitys monitoring or alarm systems. Professional assistance is recommended to ensure safe setup.
Q: How is the accuracy of the transmitter maintained during operation?
A: The device maintains an accuracy of +/-2% through its precision-built sensors and regular factory calibration. For continued reliability, annual servicing or calibration is recommended, ideally during scheduled maintenance routines.