Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 33 items
Pollution Information Monitoring Display for Waste Treatment Facilities
Display pollution monitoring for waste treatment facilities and publicly share a clean image with the community. We will accommodate your requests regarding layout and size according to the facility. For more details, please contact us or refer to the catalog.
Real-time measurement of the heat index (WBGT) at construction sites, centralized management in the cloud! Understand heat stress risks and contribute to safety management [Case studies available].
"NETIS Registration Number: KT-220185-A" "Compliant with Japanese Industrial Standards JIS Z 8504 and JIS B 7922" 'SisMil' is a system that measures radiant heat, temperature, and humidity at multiple locations both indoors and outdoors, calculates the heat index (WBGT), and allows for centralized management in the cloud. ■ Do you have any of these concerns at construction sites? - Want to reduce the burden of measurement tasks and grasp the heat index (WBGT) in real-time - Want to check the heat index at multiple locations on-site collectively - Want to inform workers when the heat index (WBGT) reaches a dangerous level ■ Solve it with SisMil! - Automatically measure with an electronic WBGT index meter and calculate the heat index (WBGT) in real-time - Centralized management of measurement values such as heat index (WBGT) at multiple locations - Send warning emails to PCs and smartphones according to the level of danger. Digital signage and stacked display lights for notifications (optional) are also available. For more details, please refer to the PDF document.
"To prevent water quality issues and maintain quality" - Achieve constant monitoring and data recording of plating solutions, wastewater treatment, and cooling equipment with an add-on water quality monitoring system for existing facilities.
The "HI520" is a water quality monitoring controller that can accommodate many applications requiring monitoring and control of pH, ORP, EC (conductivity), salinity, DO (dissolved oxygen), and turbidity. It is an advanced universal process controller equipped with a digital electrode input function that automatically recognizes measurement items. Additionally, it supports dual channels. [Main Examples in Manufacturing Sites] ✓ Management of pH and EC values of cleaning solutions in metal processing ✓ Conductivity management of pure water (such as purified water and RO water) [Features] ■ Modbus/RS485 compatible ■ Up to 5 relay contacts ■ Fluorescent DO sensor *For more details, please download the PDF or feel free to contact us.
Monitor, control, and measure equipment remotely in real time.
Introducing IoT at a low cost Without complex settings or large-scale construction It is also possible to reuse existing 4-20mA sensors IoT that starts with visualization
"Real-time temperature monitoring IoT system" can be utilized in fields such as food, healthcare, and factories, with automatic notifications for anomaly detection! Automation of real-time management and recording.
Temperature Recording Remote Monitoring IoT Real-time Temperature Management and Recording Automation - Temperature Recording - Remote Monitoring - Temperature Management - IoT Temperature Sensors - Real-time Monitoring - Temperature and Humidity Monitoring No WiFi environment required. → Wi-SUN wireless communication works up to 500m. Relay can extend up to 1000m. No installation work required. → Battery-operated and wireless, no wiring needed. Can be installed inside refrigerators, no drilling work required. Installation possible from just one unit. Can also be installed inside refrigerators. 1. Food Industry - Food Preservation Temperature Management - HACCP Temperature Recording - Refrigerator Temperature Monitoring - Food Factory Temperature Monitoring 2. Medical and Pharmaceutical Industry - Pharmaceutical Temperature Management - Vaccine Cold Storage Management - Medical Institution Temperature and Humidity Management 3. Factory and Manufacturing Industry - Factory Environment Monitoring - Manufacturing Process Temperature Control - Quality Control Temperature Sensors 4. Logistics Industry - Warehouse Temperature Management System - Cold Chain Temperature Management 5. Agriculture and Livestock - Greenhouse Temperature Monitor - Livestock Barn Temperature and Humidity Management
Introducing our IT solutions aimed at maximizing customer productivity.
This document introduces the tool "e-Sales Manager," which aggregates information related to customers and equipment to enhance business efficiency. It explains the challenges we encounter in the after-support area, the five steps to profitability, and the main functions required for a business management system for the maintenance department. Additionally, it includes customer case studies and reasons for selection, which may be helpful when considering implementation. [Contents] ■ About Softbrain ■ About e-Sales Manager ■ Challenges to be addressed and proposals from Softbrain ■ Customer case studies and reasons for selection *For more details, please download the PDF or feel free to contact us.
No complicated wiring is required, maintenance costs are reduced due to the built-in battery, monitoring is possible with smartphones and PCs, and it also protects server rooms and assets.
LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, which is said to last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In locations with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to expect a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.
No complicated wiring is required, maintenance costs are reduced due to the built-in battery, monitoring is possible via smartphone or PC, and it also supports remote monitoring of soil moisture, light intensity, etc.
LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such a battery can last for over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In places where there are almost no obstacles, communication over distances greater than 10 km is possible, but for practical use, it is advisable to assume about 3 to 5 km in urban areas and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps reduce communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.
Easily monitor the power generation status of remote solar power generation systems.
This is a remote monitoring tool made by Sanyo Electric for solar power generation systems, allowing for easy maintenance and upkeep. It includes management of power generation status and alarm emails, ensuring safe operation.
Systematization of entry and exit management for in-tank operations! Remote monitoring is possible.
■ Features By utilizing an internet connection, we have achieved remote monitoring by integrating remote monitoring cameras, IP intercoms, IC card access control, and layered display lights all into the cloud. The introduction of this system does not require communication equipment such as networks in the yard, allowing for a quick implementation. ■ Operation Flow 1. Upon entry, the worker uses the IP intercom to receive a roll call from the remote monitor. 2. The worker touches their IC card to the access control board before entering. 3. The monitoring center continuously observes the workers entering using recordable surveillance cameras. 4. In the event of an emergency, the worker presses the emergency button on the touch panel at the entrance, which sends an alarm notification to the monitoring center's display light in conjunction with the entrance display light. 5. When the worker exits the pit, they also touch their IC card to the access control board. All entry and exit statuses are notified in real-time to the remote management computer. 6. Additionally, the system is equipped with a report output function for access history (including contractor name, worker name, entry time, exit time, etc.).
By simply touching the worker's "IC card" to the tablet installed at the pit entrance, remote monitoring is possible.
Eliminate concerns associated with the traditional "entry management board," such as ▲omissions in entries / ▲forgetting to erase / ▲inability to grasp the situation remotely! ◆ Three features of the "Safety-board" ❶ Communication: Smooth implementation even in environments without LAN by utilizing SIM communication ❷ Simplicity: Records with IC cards, data shared in the cloud, immediate situation confirmation via PC or smartphone ❸ Cost: Introduction possible with reduced initial costs through subscription * For details, please check the "catalog."
You can connect various measuring instruments to the cloud!
This system connects measuring instruments equipped with 4-20mA or 0-10V analog outputs to UNISONet, allowing measurement data to be continuously uploaded to the cloud and automatically recorded there. Additionally, it has a function to issue immediate alerts in case of abnormalities. ■ Examples of devices that can connect to the cloud - Laser distance meters - Dust concentration meters - Oxygen detectors - pH meters - Flow meters - Liquid level meters, etc. ■ Benefits - Eliminates the need to go to the measurement site to collect data - No handwritten records required - Reduces the hassle of carrying measuring instruments - Minimizes damage through early detection of abnormalities ■ Example of usage purposes - Streamlining inspection work - Real-time alerts during abnormalities - Automatic measurement, recording, and monitoring ■ Features of the system - Continuously and automatically acquires and records measurement data - Allows real-time confirmation of measurement values from a distance - Supports data downloads from the cloud - Enables centralized management of various measuring instruments This system is available for sale, rental, and W rental. *For more details, please refer to the PDF materials or feel free to contact us. #1
Battery-operated and wireless, with a measurement range of up to 20 km and a measurement resolution of 0.001°.
We would like to introduce our "Wireless Inclination Monitoring System" (NETIS Registration Number: KT-230117-A). ■ Main Features - Long-term operation of approximately one year on battery power - Measurement capability over a range of up to 20 km - High expandability with the ability to connect over 100 sensors ■ Usage Examples - An ideal system for dynamic monitoring - Capable of measuring displacements in retaining walls and sheet piles - Can also be used for inclination monitoring of bridge girders and vents ■ Advantages - No need for power supply construction on-site, allowing for smooth installation - After installation, simply turning on the power will automatically start measurement, recording, and monitoring - Wireless capability eliminates the need for wiring work - Remote real-time monitoring and setting changes are possible ■ Expected Benefits - Reduction in power supply construction costs - Lower installation costs - Reduced burden through the efficiency of manual measurement and monitoring tasks Available for sale, rental, and W rental. *For more details, please check the PDF document or feel free to contact us.
Achieving a user-friendly level crossing monitoring system that operates stably with equipment resistant to railway noise!
Various devices and equipment are installed at railway crossings, and in recent years, there has been a growing movement to improve recovery operations by remotely obtaining camera footage and data during abnormal situations via the internet. Amnimo's IoT service allows for the remote retrieval of relay operation history and camera footage during abnormal occurrences. Notifications of abnormalities can be checked on a smartphone, enabling real-time appropriate corrective instructions. [Challenges] <Occurrence of response labor and harsh installation environments> ■ Response is required to obtain history during abnormal occurrences ■ Railway noise generated by train operations ■ Notifications of abnormalities or issues can only be confirmed in limited locations *For more details, please refer to the PDF document or feel free to contact us.
Starting from 32,780 yen (including tax), start IoT easily and affordably! Would you like to remotely monitor production information (equipment downtime, production numbers, operating rates)?
Our company offers the "Easy IoT Experience Kit" for remote monitoring of equipment downtime, production numbers, and operating rates. "KIT-TypeA" allows you to select functions for the sub-unit and main unit using a red button switch. You can connect lamps or buzzers to the relay as needed. Additionally, "KIT-TypeB" connects a computer to the USB connector and records the production information of the sub-unit using the dedicated software included. 【System Configuration】 - The monitor LED on the sub-unit blinks until the connection with the main unit is established, then turns off after connection. - The motion sensor is fixed at a position approximately 20 cm in front of the movable parts of the equipment. - You can connect lamps or buzzers to the relay as needed (KIT-TypeA). - Connect a computer to the USB connector and record the production information of the sub-unit using the dedicated software (KIT-TypeB). *For more details, please refer to the PDF document or feel free to contact us.
24-hour remote monitoring through wiring to the control panel to alleviate concerns about power outages and flooding accidents. Significantly reduces unnecessary emergency dispatches to the site.
Do you have any of these concerns? - Every time there is heavy rain or a typhoon, I feel anxious about the manhole pump overflow and go to check the site at night. - Delays in discovering sudden power outages, overloads, leakage, or pump failures have led to complaints from nearby residents. - The introduction of complex remote monitoring systems is costly, and I cannot afford the hassle of setup and wiring work. The manhole monitoring notification device "WhiteLock" fundamentally solves these issues. ◇ Easy installation by simply wiring to the control panel's voltage-free contact signal ◇ Instantly reports alarm signals for overload, water level, leakage, failure, and power outages without missing any ◇ Automatically detects abnormalities in manhole pump equipment 24/7, 365 days a year By implementing this system, the speed of response during trouble occurrences is significantly improved, dramatically reducing the mental burden on field workers and unnecessary nighttime patrol labor. *For more details, please refer to the materials available for download in the catalog. Feel free to contact us with any inquiries.
Utilized in a system for continuous measurement and remote monitoring of direct current. The current value, history, and threshold notifications of the DC circuit can be checked from the monitoring base.
Before implementation, it is necessary to visit the facilities using DC power supplies to measure the current and manually record the results. After implementation, the DC current for each circuit can be checked remotely, and the history can be treated as common data. The "iDC-SVS4" is a sensor that continuously measures DC current with support for 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. Current values, load fluctuations, and past histories can be checked remotely, and in combination with monitoring software, it can also respond to notifications based on set thresholds. In the event of communication failure, data is temporarily stored in a relay device and sent after communication resumes to prevent history loss. Usage scenarios: - Monitoring DC current for facilities using DC power supplies - Checking current values and histories for DC distribution boards and load circuits - Confirming inspection targets and notification statuses before on-site visits Expected effects from implementation: - Understanding current changes over time outside of patrols - Consolidating measurement information from multiple circuits for review - Organizing inspection targets and confirmation details in advance to streamline facility management We will propose configurations based on monitoring targets, number of circuits, cable diameters, and installation environments.
Remote monitoring of the power status of road and tunnel facilities. Changes in direct current that are difficult to detect during patrols can be confirmed over time.
The direct current power circuits for monitoring and communication equipment in road and tunnel communication, emergency phones, and information display systems support equipment operation, but due to the dispersed installation locations, routine status checks can be cumbersome. The "iDC-SVS4" is a sensor that continuously measures direct current with options for 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. You can remotely check the current value, load fluctuations, and past history, and in combination with monitoring software, it can also respond to notifications based on set thresholds. It supports initial installation in our distribution boards and helps reduce on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring direct current for communication, emergency phones, and information display systems in roads and tunnels - Checking current values and history of direct current power circuits for monitoring and communication equipment - Confirming inspection targets and notification status before on-site visits Expected benefits from implementation: - Understanding current changes over time outside of patrols - Consolidating measurement information from multiple circuits for review - Organizing inspection targets and confirmation details in advance to streamline equipment management We will propose configurations based on monitoring targets, number of circuits, cable diameter, and installation environment.
You can check the observation stations in the mountainous areas without going on-site. It allows you to monitor the changes in direct current over time, which can be difficult to understand during patrols alone.
The DC power supply circuits for telemetry and communication devices at observation stations for rivers and dams, as well as remote observation equipment in mountainous areas, support equipment operation but require considerable effort for regular status checks due to the dispersed installation locations. The "iDC-SVS4" continuously measures DC current with sensors that support 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. Current values, load fluctuations, and past histories can be checked remotely, and in combination with monitoring software, it can also provide notifications based on set thresholds. During communication outages, data is temporarily stored in a relay device and sent after communication resumes to prevent history loss. Usage scenarios: - Monitoring DC current at observation stations for rivers and dams and remote observation equipment in mountainous areas - Checking current values and history of the DC power supply circuits for telemetry and communication devices - Confirming inspection targets and notification statuses before on-site visits Expected benefits from implementation: - Understanding current changes over time outside of patrols - Consolidating measurement information from multiple circuits for review - Organizing inspection targets and confirmation details in advance to streamline equipment management We will propose configurations based on monitoring targets, number of circuits, cable diameter, and installation environment.
Detecting abnormalities in infrastructure equipment with a camera on the rail, enabling remote monitoring.
In the infrastructure industry, rapid anomaly detection and response are required against various risks such as equipment aging and damage from natural disasters. Particularly, as the labor shortage progresses, the inspection and monitoring of extensive infrastructure facilities have become urgent for efficiency improvements. Our "mobile camera" contributes to the efficiency of inspection operations by moving along rails to remotely monitor anomalies in infrastructure facilities. 【Use Cases】 - Inspection of infrastructure facilities - Anomaly detection in plant equipment - Monitoring in areas difficult for humans to access 【Benefits of Implementation】 - Monitors a wide area without human intervention, enabling early detection of anomalies - Reduces time and costs associated with inspection and monitoring - Decreases work in hazardous locations, improving safety
Using a camera on a rail, remotely check the growth status of a wide range of crops.
In the agricultural field, it is important to understand the growth conditions of crops and manage appropriate watering and fertilization. Especially when dealing with vast farmland or multiple fields, manual inspections can be time-consuming and labor-intensive. Additionally, delays in early detection of abnormalities can lead to a decrease in harvest yield. Our "mobile camera" moves along a rail and can remotely monitor a wide range of growth conditions. 【Usage Scenarios】 - Temperature and humidity management inside greenhouses - Early detection of pests and diseases - Recording and analyzing growth conditions 【Benefits of Implementation】 - Reduction in time and costs associated with inspections - Increased harvest yield through early detection of abnormalities - Improved efficiency and labor savings in operations
To those who cannot notice abnormal warehouse temperatures and are delayed in on-site checks! With LTE-enabled remote notifications, we will inform you of temperature anomalies via phone and SMS, preventing food loss.
Do you have any of these concerns? - Noticing temperature abnormalities in prefab refrigerators and freezers too late, only checking alarms or thermometers in the morning. - Being unable to grasp abnormalities until the responsible person arrives on-site, even if the internal temperature rises during the night or on holidays. - The hassle of temperature recording and patrol checks leading to food and raw material disposal or shipment halts when equipment troubles occur. The remote notification device 'WhiteLock21MM' fundamentally resolves these issues. ◇ Remote monitoring of temperature abnormalities via LTE communication It monitors input signals from temperature sensors and other sources to grasp temperature abnormalities in prefab refrigerators and freezers remotely. ◇ Notification via phone or SMS when abnormalities occur Abnormalities are reported to the designated contacts via voice calls or SMS. This allows the responsible person to understand the situation before arriving on-site, facilitating initial response actions. ◇ Monitoring of equipment abnormalities beyond temperature with a single unit Supports up to 8 input signals. It can manage multiple monitoring applications, including power outages, water levels, and security, in addition to temperature abnormalities. It helps reduce the time from abnormal occurrence to on-site confirmation, thereby alleviating patrol burdens and minimizing loss risks due to temperature abnormalities. *For more details, please refer to the materials available for download from <Download Catalog>.
