Boxed Gascard®
The Boxed Gascard is the latest development in the NG range of products from Edinburgh Sensors.
Edinburgh Sensors products can be used in various industrial applications to monitor the concentrations of carbon dioxide, carbon monoxide, methane and nitrous oxide.
Power Generation: Power plants require gas levels to be monitored in several different applications. There is a risk of incomplete combustion of materials, so carbon monoxide sensors are a priority. In coal powered stations or anywhere that usual natural gas as a power source, methane detectors are needed to control concentrations and minimise gas leaks.
Endothermic Process Control: Gas concentrations must be carefully monitored during heat treatments of metal and alloy products to ensure the materials retain their desired physical and chemical processes.
Contact our sales team today to find out how Edinburgh Sensors can protect your industrial processes from environmentally damaging and unsafe gases.
The Boxed Gascard is the latest development in the NG range of products from Edinburgh Sensors.
The Gascard NG infrared gas sensor is designed for ease of integration with a wide range of gas detection systems that require high quality, accurate and reliable measurement of CO, CO2, CH4 gas concentrations.
The GasCheck is a series of low cost CO2 sensors that offer high accuracy, good long term stability, negligible cross sensitivity, small size and low power requirement.
The IRgaskiT® infrared gas sensor is designed for integration into a wide range of systems where fast, accurate and reliable measurement of carbon dioxide concentrations is required.
The OEM Chillcard NG range of infrared gas sensors from Edinburgh Sensors has been extended to include two new gases - CO and CO2.
Gas Monitor, The Guardian NG, supplied by Edinburgh Sensors offers near-analyser quality, continuous sampling, measurement and display of target gas concentrations.
Gas Detector, The Guardian NG DC, supplied by Edinburgh Sensors offers near-analyser quality continuous sampling.