Gas detector WG-73.Fx WG-73.FX

Gas detector – reliable safety in any environment

The WG-73.Fx gas detector is an advanced device designed for autonomous detection of hydrogen presence in the air. Its construction combines the functions of a detector with a replaceable sensor module, a control module, an optical-acoustic signaling device, and a power supply. The device is ideal for applications where quick and precise hydrogen concentration monitoring is crucial, ensuring safety in potentially hazardous conditions.

Versatility and application

The WG-73.Fx detector finds wide application in various industrial and public utility facilities where there is a risk of hydrogen leakage. It works perfectly in:

• Boiler rooms using hydrogen as fuel.
• Warehouses with flammable or explosive materials.
• Laboratories and research facilities working with hydrogen.
• Hydrogen refueling stations.
• Technical rooms, where there is a potential risk of hydrogen accumulation.

Thanks to its reliability and precision, this detector provides effective protection against hazards associated with the presence of hydrogen, minimizing the risk of fire or explosion.

Construction and user features

The WG-73.Fx detector is distinguished by its modular design, which facilitates its operation and maintenance. The replaceable sensor module allows for quick and economical replacement in case of damage or the need for calibration. The device also has:

• Three programmable alarm thresholds, allowing you to adjust the sensitivity to specific working conditions.
• Extensive output interfaces (contacts and voltage), allowing integration with ventilation control systems or other safety devices.
• Built-in event history, facilitating analysis of alarm causes and safety assessment.
• Thermal compensation circuit, ensuring measurement accuracy under varying temperature conditions.
• Possibility of performing a functional test without opening the detector housing – simplifying the maintenance process.
• IP44 protection class – resistance to splashing and dust, enabling installation in harsh environmental conditions.