Features High spatial resolution to detect single brick fall High thermal sensitivity to warn of any suspect temperature change Automatic calibration with internal blackbody: no drift over time Unique scan angle, up to 140°, to scan long shell Unique external reference blackbody for unsurpassed accuracy in adverse weather conditions Fibre optic link to the control room to avoid electromagnetic interferences Rugged system, designed for demanding environments

Features • High-temperature kiln camera, providing furnace temperature monitoring • High Dynamic Range (HDR) thermal images from inside the kiln or cooler • Efficient control of flame pattern and heat transfer • Comprehensive tool for burner adjustment • A water cooled pyrometric camera. • An air treatment unit. • An automatic insertion/extraction system. • A local electrical control cabinet. • A PC with dedicated software under Windows environment for data processing and display...

The equipment and its systems detect multi-sensorial measurement variables, such as speed, torque, acceleration, vibration, temperature, pressure and process values. The correct interpretation and analysis of the signals plays a crucial role. With more than 25 years experience, our specialists possess excellent know-how in the field of noise and vibration analysis of large gearboxes.

EQUIPMENT DESIGNED TO AUTOMATICALLY SAMPLE AT THE BOTTOM OF THE PRECALCINER Integrated quenching system designed to froze the decarbonation reaction, and therefore make sure there is no further loss of CO2 This PC 303 sampler is designed to collect hot meal from underneath the last stage of cyclones of the precalciner.

EQUIPMENT DESIGNED TO COLLECT A PREDEFINED QUANTITY OF CLINKER AT KILN DISCHARGE Several particle size ranges available (Standard: 2-12 mm) This PHT100 sampler, to be positioned at the fall of the kiln before the cooler, is designed to take clinker samples with a temperature as high as 1500°C. The advantage of taking a sample directly at the kiln discharge is that it considerably reduces the lag time between the clinkerization process and the moment the information regarding the free lime value is known.