【Temperature and Humidity CO2 Concentration Measurement and Monitoring】 Powerful and stable communication from refrigerators and constant temperature chambers!

ISA Co., Ltd. (hereinafter referred to as ISA) (Shinjuku, Tokyo, President: Koji Yanagihara) has developed an "Integrated Management System for Reduction Firing" that accurately measures the concentration of carbon monoxide (CO) and firing temperature in the firing kiln during ceramic reduction firing, and displays data and graphs in real-time. Orders will begin on April 30, 2025. <Patent pending> Invention name: Reduction Firing Management System Product site: https://isa-j.co.jp/momoaya/product/wd300/ ● High-precision measurement of CO concentration in reduction firing (0.000–10.000 vol%) ● Supports simultaneous measurement with 2 thermocouples (up to 1768°C) ● Compatible with both local and cloud data storage and verification ● Visualizes the effects of gas pressure, hydraulic adjustments, and damper opening and closing ● Links flame color and the state of Seger cones with CO concentration and cumulative values ● Contributes to labor-saving, energy-saving, and productivity improvement in ceramics and industrial ceramics

Currently, ultra-low temperature freezers (deep freezers) are used for storing COVID-19 vaccines, but accidents continue to occur due to human errors such as incomplete door closures or unplugged power cords, as well as malfunctions of the deep freezers themselves, leading to temperature increases and the disposal of valuable vaccines. As one of the countermeasures, power backup solutions such as batteries or UPS systems are being offered by various companies; however, issues remain regarding forgotten closures of freezer doors and malfunctions of the freezers themselves, which cannot be resolved by power backup alone. In response, ISA will begin offering a dual solution called the "Ultra-Low Temperature Freezer Monitoring Solution" starting August 10. This solution includes not only power measures but also constant automatic measurement and monitoring of internal temperatures via long-range wireless communication, allowing for early detection of rising temperature trends and providing warnings and notifications through emails and warning lights. Utilizing our long-standing achievements, accumulated know-how, and development technology in the IoT field and power management sector, we aim to contribute, even in a small way, to alleviating the confusion and damage caused by the spread of the novel coronavirus. [Introduction Site] https://isa-j.co.jp/solutions/vaccine-freezer/

As we approach the upcoming autumn and winter season, it is very important to monitor carbon dioxide levels and promote ventilation not only for the prevention of COVID-19 but also for other infectious diseases like influenza. Additionally, increases in temperature, humidity, and CO2 levels in classrooms can hinder learning efficiency. Knowing when to ventilate is crucial for creating a comfortable learning environment. At ISA, we are conducting a campaign sale of indoor environment (CO2 concentration + temperature and humidity) monitoring sets to support hardworking students. If you contact us during the campaign period, we will conduct a free on-site survey, including a communication test. ■ Indoor Environment (CO2 Concentration + Temperature and Humidity) Monitoring Set [For Educational Facilities × Ventilation Promotion] consists of a main unit + sub-units (with sensors). Up to 32 sub-units can be connected. - Main Unit (WD100-S32/N32): Data collection and communication control server - Sub Unit (WD100-THC): Temperature and humidity/CO2 measurement unit (with sensor) [Usage Image] Measurement sensors (sub-units) that do not require power supply are installed in each classroom, and measurement data is collected at the main unit in the staff room or management room. Since CO2 concentration and temperature and humidity data can be monitored remotely in bulk, measures to improve the indoor environment can be initiated immediately. <This campaign has ended>

We have newly added the product "LoRa-compatible pulse counting function equipped digital input/output device 'WD100-GWPIO'" for the measurement and instrumentation field, and sales began on July 15th. It measures pulses output from flow meters, gas meters, and other devices such as flow meters, electric meters, and pressure gauges, monitoring both "cumulative values and instantaneous values." When a preset threshold is exceeded, it not only notifies alarms through abnormal displays or emails but also controls devices via digital signals. The data communication between the child and parent devices has numerous achievements in other fields, and by adopting LoRa communication, a representative technology of LPWA, stable communication is possible even from distances measured in kilometers. Applications in various fields such as production, process management, and inspection are expected.