Data Center Thermocouple Temperature IoT Sensor System Compatible with Zabbix
Remote monitoring system using thermoelectric WiFi and temperature IoT sensors, mesh WiFi, Picocelai also possible, Zabbix support planned, currently under verification.
This is a solution that allows remote monitoring of thermocouple temperature sensors in distant locations via a network. Remote monitoring is possible with a 4-channel thermocouple logger.
Thermocouple Temperature IoT Sensor Remote Monitoring System The demand for remote monitoring of temperatures in distant locations via networks is increasing, and various system examples using different wireless platforms are emerging. Here, we introduce one of our cases: a remote monitoring system using a 4-channel thermocouple logger. - Supported Thermocouples: Type K / Type T / Type E / Type J / Type R / Type N (bare wire connection) - Measurement Range: Type K: -200 to 1200℃ Type T: -200 to 350℃ Type E: -200 to 800℃ Type J: -200 to 750℃ Type R: 0 to 1600℃ Type N: -200 to 1250℃ - Measurement Accuracy: Within ±2℃ (excluding thermocouple variation) - Measurement Resolution: ±0.05℃ - Sampling Frequency: 0.01, 0.1, 1, 5, 10 Hz - Capable of building a remote monitoring system using Mesh WiFi (PicoCERA) - Under verification for Zabbix compatibility - Expandable
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basic information
(1) "Temperature Sensor IoT Remote Monitoring System" (2) System Configuration (a) Temperature Sensor BOX MAX 25 units (1 unit 4ch) 4ch can connect the same sensor or different types of sensors (b) Mesh Wi-Fi [PicoCERA] or AP (optional) Mesh-type Wi-Fi access point (c) PC Application Stores data from (a) using a web server + DB (SQLite) - Converts sensor values from (a) to actual temperature through calculations - Operates on Windows PC - Cloud version: uses MYSQL (d) [Displayed on PC Browser] (smartphone is optional) Acquired temperature information can be referenced via Wi-Fi from PCs, etc. - Can be displayed on common browsers (e.g., Chrome) - Can also be displayed on smartphones and tablets (3) Deliverables: Temperature Sensor (4ch) with Wi-Fi communication function PC application (installation on PC) User manual
Price information
- Temperature sensor (4ch) with Wi-Fi communication function: ¥200,000 - PC application: ¥400,000 - User manual * Maximum of 25 temperature sensors * On-premises support (cloud is optional) * Server software can be customized for customers (additional cost) * System construction (support available at additional cost) * Maintenance for the next year (additional cost) * Zabbix compatible (consult separately) * Please consult for installation work as well.
Price range
P5
Delivery Time
P4
※The delivery time may vary depending on the quantity, so please feel free to contact us.
Applications/Examples of results
Thermocouple temperature sensor capable of remote monitoring in a WiFi environment! The demand for remote monitoring via networks is increasing, and there are more cases of systems using various wireless platforms. It is possible to remotely monitor temperatures in remote locations such as power plants, steel mills, and factories using a WiFi environment (on-premises). The need for remote monitoring of temperature, humidity, water levels, etc., through networks is growing, and there are increasing examples of systems using various wireless platforms. This time, we would like to introduce a remote monitoring system using a 4-channel thermocouple logger as one of our examples. By using PicoCERA, which supports mesh communication, we will build remote monitoring systems via Wi-Fi networks in medical, agricultural, building, power plant, and factory settings. The environment supports both cloud-based and LAN (on-premises) types. We will respond to various needs, including PoC and more. - Integrated sensor monitoring with Zabbix coming soon Using the integrated system monitoring software Zabbix, you can monitor network status, server status, and the status of various network devices.
Detailed information
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Thermocouple Temperature Sensor Logger (4-channel thermocouple connection possible) - Supported Thermocouples: Type K / Type T / Type E / Type J / Type R / Type N (bare wire connection) - Measurement Range: Type K: -200 to 1200℃ Type T: -200 to 350℃ Type E: -200 to 800℃ Type J: -200 to 750℃ Type R: 0 to 1600℃ Type N: -200 to 1250℃ - Measurement Accuracy: ±2℃ (excluding thermocouple variation) - Measurement Resolution: ±0.05℃ - Sampling Frequency: 0.01, 0.1, 1, 5, 10Hz
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- Capable of building IoT systems via Wi-Fi - Wi-Fi utilizes the 2.4GHz band, considering outdoor use - The sensor box can support various sensors with a microcontroller - Data is stored in SQL, enabling high expandability for use as a logger and integration with other systems like AI - Achieves low power consumption with intermittent transmission (measurement interval can be changed) - Operates with a mobile battery for IoT - Simultaneous monitoring of four sensors
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The demand for remote monitoring of temperature, humidity, water levels, and other factors from distant locations via networks is increasing, leading to a rise in system examples using various wireless platforms. This time, we would like to introduce one of our cases: a remote monitoring system using a 4-channel thermocouple logger. By utilizing PicoCERA, which supports mesh communication, we will establish remote monitoring systems over Wi-Fi networks in fields such as healthcare, agriculture, buildings, power plants, and factory plants. The environment supports both cloud-based and LAN (on-premises) configurations. We will respond to various needs, including Proof of Concept (PoC) and more.
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Remote monitoring solution with upcoming support for Zabbix. As wireless infrastructure such as high-speed Wi-Fi and 5G expands, the demand for IoT remote monitoring is increasing. Kyoei Electronics has developed two remote monitoring solutions. We offer products for proof of concept and customization, while ensuring compatibility with networks through integration with Zabbix, allowing for the construction of a highly flexible system. We encourage you to consider implementing our solutions.
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Regarding Zabbix support, we have successfully sent data from the IoT thermocouple logger to the Zabbix server and can now display temperature graphs.
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Q: I would like to know the number of thermocouples that can be connected to the "IoT Thermocouple Logger Temperature Sensor" and the maximum number of "IoT Thermocouple Logger Temperature Sensors" that the thermocouple logger app can manage. A: You can connect four thermocouples to one unit. Q: I would like to know the maximum number of "IoT Thermocouple Logger Temperature Sensors" that the thermocouple logger app can manage. A: The "Thermocouple Logger App" can connect to as many units as you want in the settings. Q: Specifications of the IoT Thermocouple Logger A: Data is sent to the server using original commands over TCP/IP. Thermocouple temperature sensor product configuration (IoT temperature sensor (WIFI compatible) Thermocouple temperature sensor logger (4ch) External battery box (2 CR-123A batteries) mobile battery Configuration software (for Windows) no server software - Customization: Choose one of the options below (separate estimate) Customize the firmware according to customer specifications Build a cloud system
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Thermocouple Temperature Center for Server Room Zabbix Catalog Configuration Diagram
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Thermocouple temperature sensor for data centers Zabbix catalog display
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Company information
- Sales/installation/consulting of network equipment - Sales of measuring instruments - Rental of electronic devices, sales of used measuring instruments - Software/hardware development and manufacturing - Educational materials: robotic arms, real-time OS programming learning - Introduction to AI using IoT devices (sensors) (optimal as a practical material for implementing "anomaly detection" using AI) - Security educational materials - Security-related software: DDoS, EDR, authentication, etc.