Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 26, 2025～Dec 23, 2025
This ranking is based on the number of page views on our site.
451～465 item / All 819 items
An advanced support system that realizes innovative problem-solving.
The communication system for 24/7 operation management and maintenance has evolved. With an advanced network utilizing images, audio, and data communication, we protect your boiler and guarantee prompt and accurate service at any time.
It is a remote monitoring service that "visualizes" power consumption and operational information of our inverter system. By "visualizing" power, we can achieve energy savings!
By connecting ReMoSy to existing equipment and our inverter system, it measures the state and changes in power consumption within buildings and equipment that are normally not visible, and displays the results in an easy-to-understand format, such as graphs, on devices like computers and smartphones. This allows us to clearly identify when and where previously unnoticed power consumption waste occurs, leading to energy savings. "Visualization" is crucial at every step of energy saving! Understanding the current situation By quantifying and graphing power usage, it becomes possible to clarify energy-saving measures. On the homepage, by selecting devices and dates, you can collectively check the information you want, such as power consumption and inverter operating status.
Monitoring and analysis of reciprocating compressors
Reciprocating compressors play a crucial role in the core of process technology. Most compressors are maintained based on their operating conditions.
Perfect for motor control development! Easily watch the behavior of the encoder.
The "Encoder Watcher" is a motor control encoder monitoring support system that features simultaneous monitoring of two encoders, allowing for the concurrent observation of their position and speed information. It outputs position and speed as voltage waveforms through two analog outputs, supporting real-time speed verification in conjunction with an oscilloscope. 【Features】 ■ High-speed sampling at 10MHz ■ 2-line 16-character screen display ■ Simultaneous monitoring of two systems (position and speed) ■ Analog output of position and speed for two systems via 12-bit D/A ■ PC connection via USB (bus-powered) *For more details, please refer to the catalog or feel free to contact us.
BLK247 combines LiDAR, video, and thermal imaging sensors to provide reliable three-dimensional intrusion monitoring of restricted areas!
<Reducing False Alarms with BLK247 AI (Artificial Intelligence)> Leica BLK247 AI software provides a powerful tool to classify whether an intruder is a "human" or "non-human." This tool reduces false alarms caused by small animals, rain, swaying trees, and debris passing through security areas. * Security areas can be set in three dimensions, and the size of the objects can be specified for each area. ** For more information and details about the operation, please visit our website. If you have any questions, feel free to contact us!! https://www.movecorp.co.jp/products/leica/blk247.html
![[Case Study] IIoT Gateway for Solar Power Plant Monitoring](https://image.mono.ipros.com/public/product/image/460/2000697872/IPROS44081732385412188563.jpeg?w=280&h=280)
Acceleration towards net zero emissions
Net zero emissions have become a global consensus and goal. According to statistics from the Net Zero Tracker, over 130 countries have pledged to achieve net-zero carbon dioxide (CO2) emissions. Taiwan also aims for net-zero CO2 emissions (carbon zero) by 2050. An active transition to renewable energy, such as solar and wind power, is unavoidable. Renewable energy can be intermittent and unpredictable. Connecting solar power systems to the public power grid can impact the stability of electricity in surrounding areas. Therefore, Taiwan Power Company has introduced the "DREAMS (Distributed Renewable Energy Advanced Management System)" to efficiently manage large-scale distributed solar power plants by collecting production data from these facilities. DREAMS is a system that dynamically predicts and controls the power generation of solar power plants to ensure the stability of the public power grid.
We will notify you of the timing for snow removal by detecting excessive load from snow accumulation on the winter health maintenance roof.
Due to sudden snowfall, there can be an overload on winter protective roofs, which can become dangerous. Smart Roof measures the stress from the beams of winter protective roofs and monitors it remotely 24/7. When the stress exceeds the set safety threshold, it automatically notifies the administrator, indicating the timing for snow removal. Its detection accuracy is excellent, allowing for precise stress measurement of key components regardless of snow quality or density, resulting in accurate notifications. The usage is simple and requires no maintenance.
A gas leak monitoring system that quickly detects gas leaks to prevent major disasters.
Among the gases used in devices and equipment, there are very dangerous gases such as flammable gases, toxic gases, and gases that can cause chemical reactions when mixed with other gases. To ensure thorough safety management of such hazardous and harmful gases, it is essential not only to have reliable piping installation but also to quickly detect gas leaks. IHI Inspection and Measurement (IIC) has developed a gas leak monitoring system equipped with a sequencer that can be managed and operated from a computer, in order to prevent major disasters based on the standards set by the High-Pressure Gas Safety Act, which includes emergency shutdowns, earthquake detection, and various alarm displays.
Monitor the resistance of Type C bags with Earth-RiteⓇ FIBC to eliminate the risk of electrostatic disasters!
The Earth-RiteⓇ series, an earth monitoring system from Newson Gale in the UK, has added the Earth-RiteⓇ FIBC for Type C flexible containers! Type C bags may lose their initial conductivity due to aging or friction from long-term use, posing a risk of static electricity hazards. The Earth-RiteⓇ FIBC continuously monitors the resistance of the Type C bags in use and alerts the operator if the resistance exceeds 10MΩ (or 100MΩ, which can be selected). Additionally, it is possible to set an interlock to force the system to stop in case of an emergency.
![Track Displacement Automatic Monitoring System [Track Station 3]](https://image.mono.ipros.com/public/product/image/93b/334134007/IPROS84062552626265293809.png?w=280&h=280)
Monitoring the displacement of the track and the entire surrounding area due to the effects of nearby construction.
In March 2024, NETIS registration was completed. KT-230145-A (3D Displacement Automatic Measurement Cloud Management System) This system measures the displacement of tracks affected by nearby construction using an automatic tracking total station in three dimensions. It can monitor not only the tracks but the entire construction area in real-time, 24 hours a day.
Monitoring the site from a remote location.
You can monitor the conditions of construction sites in remote locations 24 hours a day using NW camera footage. The status of the prisms at measurement points can also be monitored, allowing you to understand situations where measurements are not possible due to dirt on the prisms, heavy rain, snowfall, or obstructions.
Recorder compatible with remote control via iPhone/iPad/Android, etc.
The "HRI-N401/HRI-N801" is a network video recorder (NVR) that supports remote operation via iPhone, iPad, Android, and other devices. It allows recorder control through a mouse, network, or dedicated keyboard, and is compatible with P2P and QR code connections. It supports ONVIF V2.4. 【Features】 ■ User permission management ■ Remote operation support for iPhone, iPad, Android, etc. ■ Recorder control: mouse, network, dedicated keyboard ■ P2P and QR code connection support ■ ONVIF V2.4 support *For more details, please refer to the PDF document or feel free to contact us.
No wiring work is required, and condensation monitoring can be done immediately. Quickly detects condensation over a wide area, such as in large warehouses. No connection to a computer or other devices is necessary.
The "Wireless Condensation Monitoring System" connects the condensation sensor unit and the receiving unit wirelessly, and by making the sensor unit battery-operated, it eliminates the need for wiring work for power and signal lines, allowing for immediate start of condensation monitoring. It can also accommodate monitoring in large warehouses and can be expanded according to the area. The durability of the condensation sensor is enhanced, achieving stable operation over a long period. 【Features】 ■ Supports contact output to indicators and email notifications ■ Allows condensation monitoring without connecting to a computer or central monitoring device ■ Easily implements condensation measures in response to seasonal fluctuations ■ Capable of detecting high humidity conditions before condensation and monitoring the state before and during condensation occurrence *For product details, please feel free to contact us at the address below. 【Daiichi Kagaku Contact Information】 113-8450 2-12-13 Hongo, Bunkyo-ku, Tokyo TEL: 03-3812-9755 FAX: 03-3812-6700
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
Backing up the maintenance and management of service quality in small to medium-sized networks with excellent performance.
NetSentinel monitors small to medium-sized networks using SNMP (Simple Network Management Protocol). NetSentinel can operate on various platforms such as Windows/Linux, and it allows the use of advanced monitoring screens like monitoring maps through a web browser (no plugins required), making it capable of handling many cases. Additionally, it provides an extended library for server rack diagrams, graphs, and more, enabling it to meet various customer needs.
