Exhaust flow meter is designed to operate over a wide dynamic range, at temperatures up to 1000°F. The signal output is directly proportional to the volumetric flows and can be used to calculate mass flow. The features of this flow meter include no moving parts and low-pressure drop. It is ideal for all exhaust flow measurement applications.

Exhaust gas analyzers are used to make direct and ambient exhaust gas measurements for tuning and preventative. These are ideal for residential to commercial service technicians and safety inspectors to verify the safe operation of furnaces. These are also used for periodic monitoring of target gases in process and in system maintenance applications with consequences for exceeding concentration thresholds.

Exhaust Gas Temperature Sensors are designed to perform in rigorous conditions. It has high-vibration environment associated with diesel engines. They also have integrally mounted hermetic seals, preventing moisture and dirt from infiltrating the cable. It helps with routine maintenance, providing continuous data on variations within an engine. These are placed or threaded directly into diesel engine cylinders to measure exhaust temperatures. It is based on a type K thermo couple, which measures temperatures up to 800 °C. It can be used for measuring and regulating exhaust gas from diesel engines, turbines and compressors within stationary and marine applications. The device is connected to a control air system via tubing and fittings. It can be used for measuring and regulating exhaust gas from diesel engines, turbines and compressors within stationary and marine applications.

Exhaust hood is designed to create a longish extraction area and is therefore especially suitable for the extraction at welding joints. Due to its rotability, the shape of the hood opening can be adapted to the welding seam at any time. Even if the welder is positioned laterally or behind the exhaust arm, the exhaust hood can be brought in the optimal position: Lengthwise to the welding joint.