HexaCORE Co., Ltd. (formerly Chuo Seisakusho Co., Ltd.) Product Lineup

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 compatible with 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 help prevent loss of history. Usage scenarios: - Monitoring direct current at disaster prevention bases and important facilities - Checking current values and histories of direct circuits from emergency power supplies to load equipment - Confirming inspection targets and notification statuses before on-site visits Expected effects from implementation: - Understanding current changes over time outside of patrols - Aggregating numerous measurement points into a common monitoring environment - Utilizing normal time histories as reference information for inspections and BCP confirmations We will propose configurations based on the monitoring targets, number of circuits, cable diameters, and installation environments. Applicability varies depending on current range, cable diameter, and installation/communication environments.

• Ammeter
• Data Logger
• Power Monitoring Equipment

When introducing DC current monitoring for equipment using a DC power supply, it is necessary to check the current range, cable diameter, number of circuits, panel space, and communication pathways, and to select a configuration suitable for the DC distribution board and load equipment circuits. 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. A single relay device can accommodate up to 1,024 points, allowing the monitoring range to be expanded from important circuits to numerous circuits. Usage scenarios: - Monitoring DC current for equipment using a DC power supply - Checking current values and history of DC distribution boards and load equipment circuits - Continuous measurement during network construction or server maintenance Expected benefits from implementation: - Understanding current changes over time outside of patrols - Sending saved data after communication resumes to suppress history loss - Organizing inspection targets and confirmation contents 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
• Power Monitoring Equipment

When equipment using DC power is distributed across multiple locations, the methods of verification and record formats differ at each site, making it time-consuming to grasp the overall status. The challenge is to consolidate numerous DC circuits into a common monitoring environment. 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 thresholds. It supports initial installation in our distribution boards and aids in reducing on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring DC current for equipment using DC power - Checking current values and histories of DC distribution boards and load equipment 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 equipment management We will propose configurations based on monitoring targets, number of circuits, cable diameters, and installation environments.

• Ammeter
• Data Logger
• Power Monitoring Equipment

To streamline the inspection of disaster prevention bases and important facilities, 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" is a sensor that supports 30A, 50A, 100A, 250A, and 500A, continuously measuring direct current and sending 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, can respond to notifications based on set thresholds. In the event of communication failure, data is temporarily stored in the relay device and sent after communication resumes to help prevent loss of history. Usage scenarios: - Monitoring direct current at 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: - Comparing current trends before and after changes in time periods and operations - Consolidating measurement information from multiple circuits for review - Utilizing normal operation history as reference information for inspections and BCP verification We will propose configurations based on monitoring targets, number of circuits, cable diameters, and installation environments.

• Ammeter
• Data Logger
• Power Monitoring Equipment

At disaster prevention bases and important facilities, changes in current during inspection intervals and data loss during communication outages can complicate the understanding of conditions. If there are no remaining values from normal times, it becomes difficult to compare changes. The "iDC-SVS4" is a sensor that continuously measures direct 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. 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 at disaster prevention bases and important facilities - Checking current values and histories of direct circuits from emergency power supplies to load equipment - 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 - Utilizing normal time histories 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
• Power Monitoring Equipment

Before implementation, it is necessary to visit disaster prevention wireless base stations and wireless relay stations to measure current and manually record the results. After implementation, direct 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 direct 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 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 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
• Power Monitoring Equipment

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.

• Ammeter
• Remote Control
• Power Monitoring Equipment

In monitoring direct current, it is important to select appropriate ratings for the target circuit and to have a configuration that can manage a large number of measurement points without difficulty. This is particularly true for observation stations on rivers and dams, as well as remote observation facilities in mountainous areas, where an increase in the number of circuits complicates the verification process. 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 for an expansion of the monitoring range from important circuits to numerous circuits. Usage scenarios: - Monitoring direct current in observation stations on rivers and dams, and remote observation facilities in mountainous areas - Checking current values and history of direct power supply circuits for telemetry and communication devices - 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 - 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
• Remote Control

Are you able to continuously monitor the direct current of mobile phone base stations and communication facilities, 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. It is compatible with initial installation in our distribution boards and supports the reduction of on-site work through load testing and equipment settings before shipment. Usage Scenarios: - Monitoring direct current of mobile phone base stations and communication facilities - Checking current values and history of direct load circuits for backup power supplies - 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 facility management We will propose configurations based on monitoring targets, number of circuits, cable diameter, and installation environment.

• Ammeter
• Power Monitoring Equipment
• Remote Control

At disaster prevention bases and important facilities, measuring and recording the direct current circuit from the emergency power supply to the load equipment on-site takes time, making it difficult to grasp changes that occur between patrols. 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 also supports 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 loss of history. Usage scenarios: - Monitoring direct current at disaster prevention bases and important facilities - Checking current values and history of the direct current circuit from the emergency power supply to the load equipment - Confirming inspection targets and notification status 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 - Utilizing normal operation 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
• Remote Control

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

When introducing direct current monitoring to disaster prevention bases and important facilities, it is necessary to check the current range, cable diameter, number of circuits, panel space, and communication routes, and to select a configuration suitable for the direct current circuit from the emergency power supply to the load equipment. The "iDC-SVS4" is a sensor that continuously measures direct 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 history can be checked remotely, and in combination with monitoring software, it also supports notifications based on set thresholds. It is compatible with initial installation in our distribution boards and helps reduce on-site work through load testing and equipment configuration before shipment. Usage Scenarios: - Direct current monitoring at 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 Benefits from Implementation: - Understanding current changes over time outside of patrols - Consolidating measurement information from multiple circuits for review - Utilizing normal operation 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
• Power Monitoring Equipment

When wireless relay stations in mountainous areas are distributed across multiple locations, the methods of verification and recording formats differ from site to site, making it time-consuming to grasp the overall status. The challenge is to consolidate numerous DC circuits into a common monitoring environment. 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. 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. In the event of communication failure, the relay device temporarily stores the data and sends it after communication resumes to prevent loss of history. Usage Scenarios: - Monitoring DC current at wireless relay stations in mountainous areas - Checking current values and history of DC circuits from emergency power supplies to 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 - Utilizing normal operation history as reference information for inspections and BCP verification We will propose configurations based on the monitoring targets, number of circuits, cable diameter, and installation environment.

• Ammeter
• Power Monitoring Equipment
• Remote Control

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

At disaster prevention bases and important facilities, changes in current during inspection intervals and data loss during communication outages can make it difficult to assess the situation. If there are no values from normal times, it is also challenging to compare changes. The "iDC-SVS4" is a sensor that continuously measures direct current with support for 30A, 50A, 100A, 250A, and 500A, and sends 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 helps reduce on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring direct current at 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.

• Ammeter
• Power Monitoring Equipment
• Remote Control

Before implementation, it is necessary to go to urban infrastructure such as railways, roads, and water supply and drainage systems to measure current and record the results manually. After implementation, direct current can be monitored remotely for each circuit, and the history can be treated as common data. The "iDC-SVS4" is a sensor that continuously measures direct 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 history 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 help prevent loss of history. Usage scenarios: - Monitoring direct current in urban infrastructure such as railways, roads, and water supply and drainage systems - Checking current values and history of direct circuits in monitoring, communication, and control 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 - 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
• Power Monitoring Equipment
• Remote Control

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

In monitoring direct current, 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 urban infrastructure such as railways, roads, and water supply and drainage systems, the increase in the number of circuits complicates the verification process. 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. 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 in urban infrastructure such as railways, roads, and water supply and drainage systems - Checking current values and history of direct circuits in monitoring, communication, and control equipment - Confirming inspection targets and notification status before on-site visits Expected effects from implementation: - Comparing current trends before and after changes in time zones, periods, and operations - Summarizing 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, the number of circuits, cable diameters, and installation environments.

• Ammeter
• Data Logger
• Power Monitoring Equipment

Are you able to continuously monitor the direct current of government buildings, public facilities, and remote public equipment, 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 current values, load fluctuations, and past history, and in combination with monitoring software, it can also provide 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 help prevent loss of history. Usage scenarios: - Monitoring direct current in government buildings, public facilities, and remote public equipment - Checking current values and history of direct load circuits for emergency and backup power supplies - Verifying 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 verification content in advance to streamline facility management We will propose configurations based on monitoring targets, number of circuits, cable diameter, and installation environment.

• Ammeter
• Power Monitoring Equipment
• Remote Control

In the communication systems for roads and tunnels, emergency phones, and information display equipment, it takes time to measure and record the direct current power supply circuits of monitoring and communication devices on-site, making it difficult to grasp changes that occur between patrols. 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 histories 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 numerous circuits. Usage scenarios: - Monitoring direct current for communication systems, emergency phones, and information display equipment in roads and tunnels - Checking current values and history of direct current power supply circuits for monitoring and communication devices - Confirming inspection targets and notification statuses before on-site visits Expected benefits from implementation: - Grasping current changes over time outside of patrols - Summarizing 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
• Remote Control

In the maintenance of equipment using DC power supplies, not only the temporary values during inspections but also the time-series data of DC current accumulated during normal operation serve as fundamental information for assessing changes. 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 histories 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 in equipment using DC power supplies - Checking current values and histories of DC distribution boards and load equipment circuits - Confirming inspection targets and notification status before on-site visits Expected Effects of Implementation: - Understanding current changes over time outside of patrols - Aggregating 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 monitoring targets, number of circuits, cable diameters, and installation environments.

• Ammeter
• Data Logger
• Remote Control

When introducing direct current monitoring to railway signal equipment rooms and communication facilities, it is necessary to check the current range, cable diameter, number of circuits, panel space, and communication routes, and to select a configuration suitable for the direct current circuit that powers the signal and communication equipment. The "iDC-SVS4" is a sensor that continuously measures direct 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 history 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 help prevent loss of history. Usage scenarios: - Monitoring direct current in railway signal equipment rooms and communication facilities - Checking current values and history of direct current circuits powering signal and communication 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 - 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
• Power Monitoring Equipment
• Remote Control

When government buildings, public facilities, and remote public equipment are distributed across multiple locations, the methods of verification and recording formats differ at each site, making it time-consuming to grasp the overall status. The challenge is to consolidate numerous DC circuits into a common monitoring environment. The "iDC-SVS4" is a sensor that continuously measures DC current with options for 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. It allows for remote confirmation of current values, load fluctuations, and historical data, and, in combination with monitoring software, 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. Usage Scenarios: - Monitoring DC current in government buildings, public facilities, and remote public equipment - Checking current values and history of DC load circuits for emergency and backup power - 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 - Utilizing historical data during normal times as reference information for inspections and BCP verification We will propose configurations based on the monitoring targets, number of circuits, cable diameter, and installation environment.

• Ammeter
• Data Logger
• Remote Control

To streamline the inspection of water purification plants, sewage treatment plants, and water distribution reservoirs, 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. It allows remote confirmation of current values, load fluctuations, and past history, and, in combination with monitoring software, supports notifications based on set thresholds. It is compatible with initial installation in our distribution boards and assists in reducing on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring direct current in water purification plants, sewage treatment plants, and water distribution reservoirs - Checking current values and history of direct current circuits in control panels, monitoring panels, and communication devices - 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 - 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
• Instrumentation and Control Systems

In unmanned pump stations, changes in current during inspection intervals and data loss during communication outages make it difficult to grasp the state of operations. Without residual values during normal conditions, it is also challenging to compare changes. The "iDC-SVS4" is a sensor that continuously measures direct 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. During communication outages, the relay device temporarily stores data and sends it after communication resumes to help prevent loss of historical data. Usage scenarios: - Monitoring direct current in unmanned pump stations - Checking current values and histories of direct power supply circuits for control 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. Applicability varies depending on current range, cable diameter, and installation/communication environment.

• Ammeter
• Data Logger
• Remote Control

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.

• Ammeter
• Data Logger
• Remote Control

In monitoring direct current, it is important to select ratings that match the target circuit and to have a configuration that can manage multiple measurement points without difficulty. In railway substations, particularly, the increase in the number of circuits complicates the verification process. 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. During communication outages, data is temporarily stored in a relay device and sent after communication resumes to prevent loss of history. Usage scenarios: - Monitoring direct current in railway substations - Checking current values and history of direct circuits for control and operation - 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 the 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

Are you able to continuously monitor the direct current in railway substations, signal equipment rooms, and along the line facilities, 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 transmission of 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. A single relay device can accommodate up to 1,024 points, allowing you to expand the monitoring range from important circuits to multiple circuits. Usage scenarios: - Monitoring direct current in railway substations, signal equipment rooms, and along the line facilities - Checking current values and history of direct current power supply circuits in railway facilities - 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.

• Ammeter
• Data Logger
• Remote Control

In urban infrastructure such as railways, roads, and water supply and sewage systems, it takes time to measure and record the DC circuits of monitoring, communication, and control equipment on-site, making it difficult to grasp changes that occur between patrols. 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. It allows remote confirmation of current values, load fluctuations, and past history, and in combination with monitoring software, it also supports notifications based on set thresholds. It is compatible with initial installation in our distribution boards and helps reduce on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring DC current in urban infrastructure such as railways, roads, and water supply and sewage systems - Checking current values and history of DC circuits for monitoring, communication, and control equipment - Confirming inspection targets and notification status before on-site visits Expected effects from implementation: - Grasping current changes in a time series outside of patrols - Summarizing 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
• Power Monitoring Equipment
• Remote Control

In the maintenance of equipment using DC power supplies, not only the temporary values during inspections but also the time-series data of DC current accumulated during normal operation serve as fundamental information for assessing changes. 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. In the event of communication failure, the relay device temporarily stores data and sends it after communication resumes, helping to prevent history loss. Usage scenarios: - Monitoring DC current of equipment using DC power supplies - Checking current values and history of DC distribution boards and load equipment circuits - 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 - 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. Applicability varies depending on current range, cable diameter, and installation/communication environment.

• Ammeter
• Data Logger
• Power Monitoring Equipment

When introducing DC current monitoring to equipment using a DC power supply, it is necessary to check the current range, cable diameter, number of circuits, panel space, and communication routes, and to select a configuration suitable for the DC distribution board and load equipment circuits. The "iDC-SVS4" is a sensor that continuously measures DC current with support for 30A, 50A, 100A, 250A, and 500A, and sends measurement data to a monitoring server. It allows remote checking of current values, load fluctuations, and past history, 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, expanding the monitoring range from important circuits to multiple circuits. Usage Scenarios: - Monitoring DC current for equipment using a DC power supply - Checking current values and history of DC distribution boards and load equipment circuits - 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.

• Ammeter
• Power Monitoring Equipment
• Remote Control

When equipment using DC power is distributed across multiple locations, the methods of verification and record formats differ at each site, which requires time to grasp the overall status. The challenge is to consolidate numerous DC circuits into a common monitoring environment. The "iDC-SVS4" continuously measures DC current using sensors compatible with 30A, 50A, 100A, 250A, and 500A, and sends the measurement data to a monitoring server. Current values, load fluctuations, and historical data 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 configuration before shipment. Usage Scenarios: - Monitoring DC current for equipment using DC power - Checking current values and history of DC distribution boards and load equipment circuits - Continuous measurement during network construction or server maintenance Expected Benefits from Implementation: - Understanding current changes over time outside of patrols - Sending saved data after communication resumes to minimize history gaps - Organizing inspection targets and verification content 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
• Remote Control

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

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

The main and branch circuits in a DC distribution board that accommodates multiple circuits support equipment operation, but due to the dispersed installation locations, routine condition checks can be cumbersome. 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. In the event of communication failure, data is temporarily stored in a relay device and sent after communication resumes to prevent loss of history. Usage scenarios: - Monitoring DC current in a DC distribution board that accommodates multiple circuits - Checking current values and history of main and branch circuits - 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. Applicability varies depending on current range, cable diameter, and installation/communication environment.

• Ammeter
• Data Logger
• Power Monitoring Equipment

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

In facilities using DC power supplies, measuring and recording the circuits of DC distribution boards and load equipment on-site takes time, making it difficult to grasp changes that occur between inspections. 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. In the event of communication failure, data is temporarily stored in a relay device and sent after communication resumes to prevent loss of history. Usage scenarios: - Monitoring DC current in facilities using DC power supplies - Checking current values and history of DC distribution boards and load equipment circuits - Confirming inspection targets and notification status before on-site visits Expected effects from implementation: - Comparing current trends before and after changes in time periods and operations - 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

In the maintenance of equipment using DC power supplies, not only the temporary values during inspections but also the time-series data of DC current accumulated during normal operation serve as fundamental information for assessing changes. 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 histories 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 critical circuits to numerous circuits. Usage Scenarios: - Monitoring DC current in equipment using DC power supplies - Checking current values and histories of DC distribution boards and load equipment circuits - Confirming 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 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
• Remote Control

When introducing DC current monitoring for equipment using a DC power supply, it is necessary to check the current range, cable diameter, number of circuits, panel space, and communication path, and to select a configuration suitable for the DC distribution board and load equipment circuits. 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. It allows remote confirmation of current values, 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 assists in reducing on-site work through load testing and equipment settings before shipment. Usage scenarios: - Monitoring DC current for equipment using a DC power supply - Checking current values and history of DC distribution boards and load equipment circuits - Notifications based on set thresholds and checking history before and after notifications Expected benefits 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 contents 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
• Instrumentation and Control Systems

When equipment using DC power sources is distributed across multiple locations, the methods of verification and record formats differ at each site, making it time-consuming to grasp the overall status. The challenge is to consolidate numerous DC circuits into a common monitoring environment. 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 historical data 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, the relay device temporarily stores data and sends it after communication resumes to prevent loss of historical data. Usage Scenarios: - Monitoring DC current for equipment using DC power sources - Checking current values and history of DC distribution boards and load circuits - Confirming inspection targets and notification status before 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 monitoring targets, number of circuits, cable diameter, and installation environment.

• Ammeter
• Power Monitoring Equipment
• Remote Control

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 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 expand from important circuits to numerous circuits. Usage scenarios: - Monitoring DC current for 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 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.

• Ammeter
• Data Logger
• Power Monitoring Equipment

In equipment using DC power supplies, changes in current during inspection intervals and data loss during communication outages can complicate the understanding of the system's condition. Without residual values during normal operation, it is also difficult to compare changes. The "iDC-SVS4" is a sensor that continuously measures DC current with options for 30A, 50A, 100A, 250A, and 500A, and sends 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 helps reduce on-site work through load testing and equipment configuration before shipment. Usage scenarios: - Monitoring DC current in equipment using DC power supplies - Checking current values and history of DC distribution boards and load equipment circuits - Confirming inspection targets and notification status before on-site visits Expected benefits from implementation: - Comparing current trends before and after changes in time periods and operations - 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

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.

• Ammeter
• Data Logger
• Power Monitoring Equipment

In monitoring direct current, it is important to select appropriate ratings for the target circuit and to have a configuration that can manage a large number of measurement points without difficulty. In substations and power plants, particularly, the increase in the number of circuits complicates the verification process. 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 histories 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 direct current in substations and power plants - Checking current values and histories of direct current power supply circuits for control and operation - Notifications based on set thresholds and checking histories 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 verification content in advance to streamline equipment management We will propose configurations based on monitoring targets, the number of circuits, cable diameters, and installation environments.

• Ammeter
• Data Logger
• Power Monitoring Equipment

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