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Surveillance system Product List and Ranking from 425 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Sep 30, 2026~Oct 27, 2026
This ranking is based on the number of page views on our site.

Surveillance system Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 30, 2026~Oct 27, 2026
This ranking is based on the number of page views on our site.

  1. 因幡電機産業 産機カンパニー Osaka//Trading company/Wholesale
  2. グリッドリンク IoTプラットフォーム事業部 Tokyo//IT/Telecommunications
  3. アメロイド Kanagawa//Industrial Machinery
  4. 4 HexaCORE Co., Ltd. (formerly Chuo Seisakusho Co., Ltd.) Head Office and Factory Miyagi//Industrial Electrical Equipment
  5. 5 MI Tokyo//IT/Telecommunications

Surveillance system Product ranking

Last Updated: Aggregation Period:Sep 30, 2026~Oct 27, 2026
This ranking is based on the number of page views on our site.

  1. Automatic recording of video before and after an error occurs on site: "Choco Stop Watcher II" 因幡電機産業 産機カンパニー
  2. Remote monitoring of various factory equipment metrics in real time! *Consultations are currently being accepted. アメロイド
  3. Is your factory's digital transformation only ending with "visualization"? MI
  4. 4 Remote monitoring system 'C2-Connect' for equipment such as pumps. HEISHIN Ltd. Tokyo Branch
  5. 5 [Silent, No Emissions] Battery-Powered Transport Monorail (with Regenerative Function) 松永通信 北条支店

Surveillance system Product List

751~780 item / All 951 items

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Solution Catalog Vol. 6 [Monitoring Edition]

Solving labor issues and human errors in manual work with solutions utilizing IIoT! In Volume 6, we will introduce the [Monitoring Edition].

In Solution Catalog Vol. 6 [Monitoring Edition], we will introduce solution examples that leverage Kyokuritsu Electric's technical expertise and purchasing capabilities in the IIoT field, which they excel in. Please check out the best proposal examples that can only be offered by Kyokuritsu Electric, which provides solutions under the banner of One Stop Shopping.

  • Other security
  • Surveillance system

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Ideal for temperature and humidity management in food factories! 'Dejiro-kun'

Comprehensive management of temperature and humidity! This is a support tool for the implementation of HACCP. Examples of HACCP support applications are also being introduced.

■HACCP 7 Principles and Dejiro-kun Functions <Principle 3> Setting Management Standards (Acceptable Limits) You can set alarms with Dejiro-kun ・Upper temperature limit ・Lower temperature limit <Principle 4> Setting Monitoring Systems Using a web browser on a PC, etc., ・Data ・Alarm occurrence status ・Trend graphs <Principle 5> Setting Corrective Actions for Critical Control Point Deviations ・Notification via alarm display on the web browser ・Notification via email ・Notification using relay contacts, with lamp lighting or buzzer sounding <Principle 7> Setting Record Storage ・Automatically exports data from the previous day to a CSV file once a day ・Automatically generates reports (daily and weekly) in PDF format ★★★Customization Available★★★ ・Reports can be created in your specified format ・Real-time display based on factory layout *For more details, please contact us or download the catalog.*

  • Data Logger
  • Other FA equipment
  • Other production management systems
  • Surveillance system

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Contribution to precise grape cultivation utilizing AI automation.

Providing vineyard monitoring solutions that help gain practical insights!

The global food crisis is escalating due to climate change, the reduction of arable land, and declining water levels, compounded by a labor shortage. Advances in technology are demanding that artificial intelligence provide tools to solve problems in various areas. A European company specializing in grape analysis offers vineyard monitoring solutions that help winemakers gain practical insights from data collected from farmland, utilizing existing agricultural trucks equipped with cameras supported by drones and Neousys's NRU series rugged edge computers based on NVIDIA Jetson (Taiwan). We would appreciate it if you could download the PDF file for more details on the "challenges" faced by users and the "solutions" provided by Neousys. If you have any questions or concerns, please feel free to contact us. *For more details, please download the PDF or feel free to reach out to us.*

  • 画像2 NRU-230V.png
  • 画像3 NRU-160-AWP.png
  • 画像4 NRU-110V.png
  • Other measurement, recording and measuring instruments
  • Communications
  • Surveillance system

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Solar Power Generation Remote Monitoring System 'S.I.E. Samurai'

Easy to use even without specialized knowledge! Understand revenue status and trouble information in real-time to minimize power sales losses!

"S.I.E. Samurai" is a remote monitoring system that allows you to easily grasp the status of power plants at a glance simply by logging into the system. Detailed daily and monthly reports can be easily operated like Excel, enabling you to diagnose the status of all power plants in a short time. The system itself monitors all your solar power plants 24/7, year-round. 【Features】 ● Troubleshooting can be focused only on problematic areas ● Reliable real-time revenue information checks ● Easy-to-understand operation methods *For more details, please refer to the catalog or feel free to contact us.

  • Solar power generator
  • Surveillance system

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No installation work required! A temperature and humidity monitoring system that can be easily introduced with existing equipment.

Effective for HACCP compliance in food manufacturing sites such as kitchens and factories. No wiring or power installation is required, making it easy. This also resolves the labor shortage on-site.

"ACALA" is a centralized temperature management system suitable for temperature and humidity control across a wide range of industries, including medical facilities, food factories, logistics warehouses, hotels, restaurants, and retail stores. It is currently implemented by approximately 300 businesses. Sensors that measure temperature and humidity every minute send data to a master unit via a special wireless communication. Data transfer from the master unit to the cloud utilizes Docomo's LTE communication. Therefore, there is no need for customers to prepare a communication environment, as each sensor and the master unit form a mesh wireless network, allowing the temperature sensors themselves to function as relays, enabling data collection without loss over a wide area. The system can be easily implemented in any facility without wiring or power installation, and it has received great acclaim. While the main focus is on measuring the temperature of refrigerators and freezers, there are also sensors available for measuring the water temperature of chillers and boiling sterilization tanks. Additionally, we offer a system called "ACALA FT" that supports the measurement and management of the core temperature of food ingredients, making it an essential system for temperature management required by HACCP. Not only does it ensure safety and security, but it also promotes labor-saving, paperless operations, and optimal operation of refrigeration equipment (energy saving). If you are considering these benefits, please feel free to contact us for more information.

  • Other security and surveillance systems
  • Surveillance system

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Utilizing IoT gateways! Early detection of abnormal signs with current data.

Early detection of signs using gateways and sensors.

To reduce unexpected shutdowns, it starts with acquiring operational data. The Gateway Box collects the equipment's current and simple cumulative power consumption in real-time, visualizing the operational status. By eliminating on-site surveys and complex designs, you can start operations simply by installing the Gateway Box and our current sensors. It supports connection of up to 31 sensors and can be used for diagnostics, inspections, and maintenance records through email notifications during abnormalities and CSV output. It can be utilized in sites that want to grasp the status remotely and lead to early detection of abnormal signs.

  • Power Monitoring Equipment
  • Demand Monitoring
  • Other energy equipment
  • Surveillance system

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Support for the introduction of equipment monitoring to support virtualized network operations.

One-stop support from providing in-house software and sensors to installation work.

This service is an implementation support service that assists in creating a system for equipment monitoring, power monitoring, and alarm notification to ensure the stable operation of data centers. It can be utilized for the development of monitoring infrastructure on the physical equipment side that supports the virtualization network environment itself. 【Challenges】 - Insufficient monitoring of physical equipment that supports the virtualization infrastructure - Operational visualization including power and environmental data - Establishment of a notification system for failure prevention 【Usage Scenarios】 - Monitoring of data center equipment housing the virtualization infrastructure - Strengthening the understanding of power and status of physical equipment - Development of a monitoring operation system that includes notifications 【Benefits】 - Supports the improvement of manageability of equipment that supports the virtualization infrastructure - Contributes to the establishment of a monitoring system that helps in identifying abnormal signs - Easy implementation with comprehensive support from on-site surveys to setup If you are considering strengthening the monitoring of physical equipment that supports the virtualization environment, please check the materials or feel free to contact us.

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Support for the implementation of remote monitoring systems for data centers (construction support)

One-stop support from providing in-house software and sensors to installation work.

This service is an implementation support service that utilizes our own sensors and software to assist from on-site surveys to installation work, settings, and operation confirmation. 【Challenges】 - Difficult to grasp monitoring information from multiple data centers collectively - Want to establish an operational monitoring system that spans multiple locations - Want to build an operational infrastructure that includes visualization and notifications 【Usage Scenarios】 - Centralized monitoring of multiple data center facilities - Understanding power and equipment status that supports inter-site connections - Alarm notification operations across multiple sites 【Benefits】 - Helps organize monitoring information across sites - Easier maintenance decisions due to visualization of operational status - Contributes to improved manageability of multiple locations If you are considering establishing a monitoring system that spans multiple data centers, please check the materials or feel free to contact us.

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Would you like to understand the energy trends by circuit in the data center?

Measure the current, simple power, and cumulative energy consumption of each circuit retroactively to understand the energy usage trends of each circuit at a low cost!

In energy-efficient operation of data centers, it is important to continuously monitor not only the overall power consumption of the equipment but also the power usage on a circuit-by-circuit basis. The PAL-Plus type E measures alternating current, simple power, and simple accumulated energy by circuit, providing the necessary data for analyzing equipment loads and verifying the effectiveness of energy-saving measures. Due to its split clamp design, it can also accommodate retrofitting measurements to existing wiring. 【Usage Scenarios】 - Circuit-by-circuit power monitoring in data center PDUs and distribution boards - Understanding load trends and power usage in server rooms - Comparing power data before and after implementing energy-saving measures 【Implementation Benefits】 - Visualization of power usage trends by circuit - Support for power cost analysis and consideration of energy-saving measures - Expansion of monitoring data for existing equipment For detailed specifications, system configuration, and implementation methods, please refer to the documentation.

  • Power meter
  • Power Monitoring Equipment
  • Other energy equipment
  • Surveillance system

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Isn't the introduction of energy equipment a burden for vendor coordination?

The manufacturer handles everything from on-site surveys for remote monitoring to equipment selection, construction, and setup, reducing the burden of coordination with multiple contractors.

The introduction of a remote monitoring system for data centers requires a comprehensive design and adjustment process that spans multiple stages, including organizing monitoring targets and measurement points, selecting equipment, installation work, software configuration, and operational verification. This service provides total support from on-site surveys to configuration proposals, equipment procurement, construction, settings, and pre-operation checks, facilitating a smooth implementation. 【Usage Scenarios】 - New introduction of a remote monitoring system for data centers - Addition of monitoring equipment and measurement points to existing server rooms - Retrofitting sensors to existing distribution boards and server racks 【Implementation Benefits】 - Improved efficiency in process management through centralized contact for implementation - Reduced adjustment load related to equipment, construction, and settings - Support for the smooth launch and start of operations of the monitoring system For more details, please refer to the documentation.

  • server
  • Other server related
  • UPS/Uninterruptible Power Supply
  • Surveillance system

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Compare the load before and after the trouble and narrow down the confirmation circuit.

Continuously monitor the current changes of racks and PDUs, from daily monitoring to situation confirmation during troubles.

When equipment troubles occur, there are things that cannot be understood just from the state at that moment. By measuring the current for each circuit with the PAL-Plus 60A and recording it in the monitoring system, you can check how the load changed before and after the trouble. By comparing it with the usual load, it becomes easier to narrow down the circuits to check. The same current data can be utilized from daily monitoring to situation confirmation during troubles. 【Usage Scenarios】 - Checking current before and after trouble occurs - Monitoring load fluctuations of racks and PDUs - Comparing A and B power supply circuits - Monitoring load of continuously operating equipment - Comparing before and after server relocation 【Benefits of Implementation】 - Checking past current states - Comparing differences with normal conditions - Narrowing down the circuits to check - Understanding load trends for each rack - Supporting operational personnel's situational judgment For methods of current measurement and detailed product specifications, please refer to the product catalog.

  • Ammeter
  • UPS/Uninterruptible Power Supply
  • Server Rack
  • Surveillance system

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Would you like to remotely monitor and aggregate the battery status of the data center?

Consolidate the distributed UPS batteries, power, and temperature and humidity information for each device into the CEW-M4. This creates an environment where the situation can be monitored on a common screen, facilitating labor-saving.

In a data center, it is necessary to manage various equipment information, including UPS battery measurements, power, and temperature and humidity. When this information is dispersed across different equipment and monitoring systems, personnel must check multiple screens and records, which takes time for information collection and aggregation. This system collects the internal resistance, voltage, and temperature of UPS batteries and displays the current values, measurement history, comparison graphs, and alarms in a centralized manner via the monitoring software "CEW-M4" on a web browser. It also allows for connection configurations with Modbus-compatible devices, enabling the management of surrounding equipment information such as power and temperature and humidity, in addition to UPS battery information. [Implementation Effects and Solutions] - Centralized confirmation of current values, measurement history, comparison graphs, and alarms for UPS batteries via a web browser. - Streamlining the verification and aggregation of overall equipment by combining information such as power and temperature and humidity. - Supporting the expansion of monitoring targets through connection configurations tailored to the communication specifications of the target devices and existing environments. This helps reduce the burden of information collection and aggregation for data center equipment and supports the establishment of a management system that allows for a comprehensive understanding of the overall monitoring status of the equipment.

  • UPS/Uninterruptible Power Supply
  • Server monitoring and network management tools
  • Other server related
  • Surveillance system

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Share UPS battery information of data centers across locations and departments.

Organize internal resistance, voltage, temperature, measurement history, and alarm information by base, floor, and equipment. We will establish a management environment where related departments can confirm the same information.

When managing multiple data centers, the measurement values, inspection history, and alarm information of UPS batteries can easily become dispersed by location, equipment, and responsible department. Operations that require individual confirmation from personnel at each location or the collection of multiple records to create reports can take time to grasp the overall situation and compile information. This system consolidates the internal resistance, voltage, temperature, measurement history, and alarm information of UPS batteries into a common web interface. It allows for the organization of monitoring targets by location, floor, and equipment, and permissions can be set according to user roles. It creates an environment where related departments, such as facility management, electrical equipment, data center operations, and information systems, can access the same information. 【Implementation Effects and Solutions】 - Consolidates UPS battery information from multiple locations into a common web interface for centralized overall status confirmation. - Organizes monitoring targets by location, floor, and equipment, streamlining tasks related to confirmation and report creation. - Sets permissions according to user roles, supporting safe and smooth information sharing among related departments. By being able to confirm the situation based on common measurement information, it becomes easier to advance reporting between locations and align understanding between departments, leading to the standardization of management tasks.

  • UPS/Uninterruptible Power Supply
  • Server monitoring and network management tools
  • Other server related
  • Surveillance system

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Continuous measurement of direct current | Remote visualization of load fluctuations in an unmanned station

Visualizing the load fluctuations of unmanned stations remotely. Continuously monitoring equipment circuits with DC current sensors that support 30A to 500A.

Are you able to continuously monitor the direct current in unmanned stations and communication stations, not just during inspections? Relying solely on instantaneous measurements may overlook changes due to time of day or load conditions. The "iDC-SVS4" is a sensor that supports 30A, 50A, 100A, 250A, and 500A, allowing for continuous measurement of direct current and sending 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 provide notifications based on set thresholds. During communication outages, data is temporarily stored in the relay device and sent after communication resumes to prevent loss of history. Usage scenarios: - Monitoring direct current in unmanned stations and communication stations - Checking current values and history of direct circuits supplying power to communication and control 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 - Organizing inspection targets and confirmation details in advance to streamline equipment management We will propose configurations based on the monitoring targets, number of circuits, cable diameter, and installation environment.

  • Ammeter
  • Data Logger
  • Remote Control
  • Surveillance system

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Concentrated measurement of direct current | Check the current values of multiple distant facilities together.

Supports the collective monitoring of current values from multiple remote devices. Measures direct current for each circuit, enabling remote monitoring and historical verification.

In monitoring direct current (DC) currents, it is important to select ratings that match the target circuit and to have a configuration that can manage a large number of measurement points without difficulty. In facilities that use DC power supplies, particularly, the increase in the number of circuits complicates the verification process. 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 respond to notifications based on set threshold values. A single relay device can accommodate up to 1,024 points, allowing the monitoring range to expand from important circuits to numerous circuits. Usage scenarios: - Monitoring DC currents in facilities that use DC power supplies - Checking current values and histories of circuits in DC distribution boards and load equipment - Verifying inspection targets and notification statuses before on-site visits Expected benefits from implementation: - Understanding current changes over time outside of patrols - Aggregating numerous measurement points into a common monitoring environment - Organizing inspection targets and verification content in advance to streamline equipment management We will propose configurations based on the monitoring targets, number of circuits, cable diameters, and installation environments.

  • Ammeter
  • Data Logger
  • Remote Control
  • Surveillance system

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Continuous measurement of direct current | Early detection of signs of current changes different from normal conditions.

Utilize early detection of signs of current changes that differ from normal conditions. You can check the current values, history, and threshold notifications of the DC circuit from the monitoring base.

Before implementation, it is necessary to visit the equipment using DC power supplies to measure the current and manually record the results. After implementation, the DC current for each circuit can be monitored remotely, and the history can be treated as common data. 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 history can be checked remotely, 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 assists in reducing on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring DC current for equipment using DC power supplies - Checking current values and history for DC distribution boards and load circuits - Notifications based on set thresholds and checking history before and after notifications Expected effects from implementation: - Understanding current changes over time outside of patrols - Early detection of current changes that differ from normal conditions - Organizing inspection targets and confirmation details in advance to streamline equipment management We will propose configurations based on monitoring targets, the number of circuits, cable diameter, and installation environment.

  • Ammeter
  • Data Logger
  • Instrumentation and Control Systems
  • Surveillance system

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Time-series measurement of direct current|Visualizing current values and load trends for each equipment.

Visualize the current values and load trends for each piece of equipment. Continuously monitor the equipment circuits with a DC current sensor that supports 30A to 500A.

To streamline the inspection of equipment using DC power supplies, it is effective to identify equipment with changes from current history and prioritize them, rather than checking all circuits at the same frequency. The "iDC-SVS4" continuously measures DC current with sensors compatible with 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. Current values, load fluctuations, and past history can be checked remotely, and in combination with monitoring software, it also supports notifications based on set thresholds. During communication interruptions, data is temporarily stored in a relay device and sent after communication resumes to help prevent loss of history. Usage scenarios: - Monitoring DC current of equipment using DC power supplies - Checking current values and history of DC distribution boards and load circuits - Confirming inspection targets and notification status before on-site visits Expected effects from implementation: - Comparing current trends before and after changes in time, duration, and operation - 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.

  • Ammeter
  • Data Logger
  • Power Monitoring Equipment
  • Surveillance system

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Concentrated measurement of direct current | Check multiple circuits of urban facilities on a single screen

Check multiple circuits of urban facilities on a single screen. You can monitor changes in direct current over time, which can be difficult to understand during patrols alone.

The direct current circuits of monitoring, communication, and control equipment in urban infrastructure such as railways, roads, and water supply and drainage systems support equipment operation, but due to their dispersed installation locations, routine status checks can be cumbersome. The "iDC-SVS4" continuously measures direct current using sensors compatible with 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. It allows remote confirmation of current values, load fluctuations, and past history, and in combination with monitoring software, it can respond to notifications based on set thresholds. A single relay device can accommodate up to 1,024 points, expanding the monitoring range from critical circuits to numerous circuits. Use cases: - Monitoring direct current in urban infrastructure such as railways, roads, and water supply and drainage systems - Checking current values and history of direct current circuits in monitoring, communication, and control equipment - Confirming inspection targets and notification status before on-site visits Expected benefits from implementation: - Understanding current changes over time outside of patrols - Consolidating numerous measurement points into a common monitoring environment - Organizing inspection targets and confirmation details in advance to streamline equipment management We will propose configurations based on the monitoring targets, number of circuits, cable diameter, and installation environment.

  • Ammeter
  • Data Logger
  • Remote Control
  • Surveillance system

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Continuous measurement of direct current | Early detection of power changes in disaster prevention wireless equipment

Early detection of power changes in disaster prevention wireless equipment. Continuously monitor the equipment circuit with a DC current sensor that supports 30A to 500A.

To streamline the inspection of disaster prevention wireless base stations and wireless relay stations, it is effective to identify equipment with changes from current history and prioritize them, rather than checking all circuits at the same frequency. The "iDC-SVS4" continuously measures direct current with sensors compatible with 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. Current values, load fluctuations, and past history can be checked remotely, and in combination with monitoring software, it can also respond to notifications based on set thresholds. A single relay device can accommodate up to 1,024 points, allowing for an expanded monitoring range from important circuits to numerous circuits. Usage scenarios: - Monitoring direct current at disaster prevention wireless base stations and wireless relay stations - Checking current values and history of direct circuits supplying power to communication equipment - Notifications based on set thresholds and checking history before and after notifications Expected effects from implementation: - Understanding current changes over time outside of patrols - Early detection of current changes that differ from normal conditions - Utilizing normal history as reference information for inspections and BCP verification We will propose configurations based on monitoring targets, number of circuits, cable diameter, and installation environment.

  • Ammeter
  • Data Logger
  • Instrumentation and Control Systems
  • Surveillance system

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Remote measurement of direct current | Check emergency power supply outside of regular inspections

Utilize the emergency power supply for checks outside of regular inspections. You can monitor the current values, history, and threshold notifications of the DC circuit from the monitoring base.

In the preservation of disaster prevention bases and important facilities, not only the temporary values during inspections but also the time-series data of direct current accumulated during normal times serve as fundamental information for determining changes. The "iDC-SVS4" continuously measures direct 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 history can be checked remotely, and in combination with monitoring software, it can also respond to notifications based on set thresholds. A single relay device can accommodate up to 1,024 points, allowing the monitoring range to be expanded from important circuits to multiple circuits. Usage Scenarios: - Monitoring direct current in disaster prevention bases and important facilities - Checking current values and history of direct circuits from emergency power supplies to load equipment - Confirming inspection targets and notification status before on-site visits Expected Effects from Implementation: - Understanding current changes over time outside of patrols - Consolidating measurement information from multiple circuits for review - Utilizing normal time history as reference information for inspections and BCP verification We will propose configurations based on monitoring targets, number of circuits, cable diameter, and installation environment. Applicability varies depending on current range, cable diameter, and installation/communication environment.

  • Ammeter
  • Power Monitoring Equipment
  • Remote Control
  • Surveillance system

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