Redline 20″ Opacimeter

The redline 20 Opacimeter is an advanced device that has revolutionized the way we monitor and maintain air quality in modern road tunnels; This optical-electronic device has become the backbone of ventilation and safety systems in tunnels, providing continuous and accurate monitoring of air transparency in these subway structures;

El Opacímetro redline 20 Tunnel vista se despliega estratégicamente a lo largo de los túneles, permitiendo la supervisión minuciosa de la opacidad del aire en tiempo real. Its ability to detect even the slightest variations in air transparency is an invaluable tool for ensuring the safety and comfort of tunnel users;

This innovative device is composed of three main components: the optical sensor, the optical reflector and the control panel; The optical sensor, located at the top of the side walls or on the ceiling of the tunnel, emits a powerful infrared beam to the reflector, which in turn converts the received radiation into an electrical signal proportional to the radiation level; This information is translated into an analog and digital output that can be used to control the tunnel ventilation system;

What makes the redline 20 Opacimeter even more exceptional are its special algorithms that make it immune to light variations and environmental disturbances; In addition, it is equipped with dust protection elements, which means that it can work effectively even in extremely dusty and dirty environments;

In addition to its real-time monitoring capability, the redline 20 Opacimeter can also be equipped with an optional internal data storage system; This allows you to record events over a preset period of time or with an adjustable storage delay; This data can be downloaded to a PC for detailed analysis; The resulting graphs and data are valuable tools for assessing ambient air quality over time and can even reveal traffic flow patterns during specific periods;

The redline 20 Opacimeter is not only a monitoring device, but a comprehensive solution for ensuring safety and air quality in modern tunnels; Its ability to adapt to various environments and conditions makes it an essential tool for any tunnel project that prioritizes the safety and well-being of its users;