九州計測器 Product Lineup

■ Connects and installs hundreds of temperature (humidity) data points via 1-Wire, significantly reducing installation labor. ■ Achieves simultaneous sampling and high-speed logging. ■ The "digital temperature sensor" is resistant to noise and enables high-precision logging and analysis. ■ Individual sensor IDs make management and control, which are complex in analog systems, easy. ■ Synchronization with other environmental sensors is also possible.

By assigning the measured data from spatial/area measurements to spatial coordinate axes (XYZ axes), we visualize three-dimensional space and synchronize it with the time axis, resulting in an "intuitively understandable" spatial representation. We provide a "much clearer" measurement representation than before by overlaying measurement data on visible images or drawing data, and by quickly calculating approximate values from measured values. 【Features】 ■ Real-time data observation (2D, 3D) is possible ■ Compatible with commercially available data loggers ■ Supports CSV data (offline) ■ Can be used for detecting abnormal conditions ■ Proven results in the power, gas, and air conditioning industries, as well as in universities and private research laboratories ■ Comprehensive reporting features *For more details, please download the PDF or contact us directly.

High-precision spatial temperature measurement is optimal for identifying areas for improvement through the visualization of spatial temperatures in manufacturing sites and work environments. The key features of this product are portability and multi-point real-time measurement. For example, by utilizing the lunch break for actual measurements, it allows for the confirmation of heat accumulation in the space, consideration of improvements, and verification of effects, all within a limited time frame of "installation and removal." Real-time measurement results can be shared "on-site" with customers, leading to concrete proposals. Feature 1: The length of the sensor pole is adjustable. Feature 2: Wireless operation reduces errors caused by cable routing. Feature 3: The spacing between sensor poles can be set as desired. We also offer tools for measuring large spaces as an option; please inquire for more information.

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.

This is an abnormal temperature monitoring system that can be installed with "1-Wire digital temperature sensors" inside each device, allowing for remote monitoring at multiple points. By centrally managing temperature control remotely at each location, it enables appropriate preemptive actions against signs of thermal runaway, which is expected to contribute to cost reduction. Furthermore, various IoT sensor signals can be synchronized and monitored remotely as "one measurement system." By controlling alerts for dust sensors and wind speed sensor signals, it supports the more precise operation of equipment. [Features] ■ Resistant to internal noise of devices ■ Cost reduction through remote monitoring ■ Synchronization of temperature sensors with other sensors ■ Acquired data is effective for preventive maintenance of equipment ■ Expected to enable suitable air conditioning management for the entire data center *For more details, please refer to the PDF materials or feel free to contact us.

In preventing the spread of the new coronavirus, it is effective to ensure ventilation to keep CO2 levels below 1000 ppm, similar to building management laws. By combining your CO2 sensors and data loggers with our monitoring software, multi-point remote monitoring becomes possible. Please consider our intuitive and easy-to-understand visual "safety and security" monitoring system.

We are jointly developing wearable AR smart glasses with Shikoku Research Institute that can visualize hydrogen fires, which are normally colorless and transparent and therefore not visible due to their inherent lack of luminescence. As of October 2022, a prototype has been completed, and we are in the process of developing a product model. At Shikoku Research Institute, you can actually ignite hydrogen and experience the "visualization" with the actual device. 【Features】 ■ Near-infrared filter for hydrogen flame detection ■ Hands-free structure that can be mounted on a helmet ■ High-definition AR module to enhance visibility *For more details, please refer to the materials. Feel free to contact us with any inquiries.

Our company is collaborating with the Shikoku Research Institute to develop a wearable device called "Hydrogen Flame Visualization Smart Glasses" to visualize colorless and transparent hydrogen flames. This device allows for efficient fire inspections and various research activities hands-free, and it is designed to confirm the presence, location, and scale of hydrogen flames to enable rapid firefighting activities. It is a product that contributes to improving the safety of facilities handling hydrogen and aids in research on hydrogen power generation and heating furnaces. 【Specifications of the "Hydrogen Flame AR Smart Glasses"】*Test model for demonstration evaluation Frame rate: 10fps or higher Storage: 16GB External dimensions: 135×96×55mm Weight: 190g Power supply: USB-C DC5V *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.