Accurate measurement of temperatures in spaces where abnormal phenomena such as heat accumulation occur! Measurement case studies.

Accurate measurement of temperatures in spaces where abnormal phenomena such as heat accumulation occur! Measurement case studies.

"Unable to accurately monitor the spatial temperature..." A case study that solved the difficulties in measuring spatial temperature distribution caused by various factors.

At Kyushu Measuring Instruments, we have developed a spatial temperature distribution measurement system that utilizes sensors capable of multi-point synchronous measurement and adopts the 1-Wire method, allowing for efficient wiring in a single stroke throughout the target space. This enables us to propose spatial temperature distribution measurements that are not affected by noise emitted from plant equipment and other sources. This case study collection includes information on the spatial temperature distribution measurements we have successfully addressed. [Contents] - Background of the measurement system development - Temperature distribution measurement from the floor (a case where reproducibility could not be achieved with conventional methods) - Temperature distribution measurement near the ceiling - Examples of measurement fixtures tailored to the spatial conditions - Software that "expresses spatial measurement data more clearly" If you are interested, please download the PDF or contact us.

basic information

Our system is a logging system that fully synchronizes spatial temperature at multiple points. Since the output of the sensors is a digital signal, it has significantly better noise resistance compared to analog signals such as thermocouples. Additionally, the 1-Wire data logger is also available for applications beyond temperature sensors. If you are interested, please feel free to contact us.