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Current Monitoring System Product List

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

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
  • Current Monitoring System

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

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
  • Current Monitoring System

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

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
  • Current Monitoring System

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

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
  • Current Monitoring System

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

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
  • Current Monitoring System

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

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
  • Current Monitoring System

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Remote measurement of direct current | Daily check of backup power supply for base stations

Remote measurement of direct current | Daily check of backup power supply for base stations

Daily checks of the base station's backup power supply. Continuously monitor the equipment circuit with a DC current sensor that supports 30A to 500A.

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
  • Current Monitoring System

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Continuous measurement of direct current | Time-series management of the DC load for emergency power supply

Continuous measurement of direct current | Time-series management of the DC load for emergency power supply

Manage the DC load of the emergency power supply over time. Continuously monitor the equipment circuit with a DC current sensor that supports 30A to 500A.

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
  • Current Monitoring System

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Isn't the load on that rack uneven?

Isn't the load on that rack uneven?

Visualizing the current for each circuit. For comparing loads between racks and checking before and after equipment expansion.

Is there any bias in the load for each rack or circuit? By using the PAL-Plus 60A, you can measure the AC current of branch circuits. By comparing the collected data, you can confirm the differences in load for each rack and changes over time. It can also be utilized for comparisons before and after server expansions or configuration changes. You can gather foundational data for considering equipment operations. 【Usage Scenarios】 - Load comparison between racks and circuits - Current verification before and after server expansion - Load verification of rack PDUs and distribution boards - Identification of circuits with concentrated loads - Data collection for equipment operation 【Benefits of Implementation】 - Numerical confirmation of load for each circuit - Obtaining clues to identify load imbalances - Comparison of current before and after equipment changes - Data collection for considering power capacity - Supporting daily equipment management with data Please check the product catalog for measurement methods and detailed specifications.

  • Ammeter
  • UPS/Uninterruptible Power Supply
  • Server Rack
  • Current Monitoring System

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Time-series measurement of direct current | Comparison of load fluctuations with historical data during normal conditions

Time-series measurement of direct current | Comparison of load fluctuations with historical data during normal conditions

Compare load fluctuations with historical data during normal times. Continuous measurement of direct current allows for remote confirmation of current values, load fluctuations, and history.

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
  • Current Monitoring System

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Continuous measurement of direct current | Confirming load fluctuations that are not visible through routine inspections.

Continuous measurement of direct current | Confirming load fluctuations that are not visible through routine inspections.

To check load fluctuations that cannot be seen with regular inspections, we continuously monitor the equipment circuit 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 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
  • Current Monitoring System

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Remote measurement of direct current | Check the current values and operational status of distant public facilities.

Remote measurement of direct current | Check the current values and operational status of distant public facilities.

To check the current values and operational status of remote public facilities. It continuously monitors the equipment circuit with a DC current sensor that supports 30A to 500A.

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
  • Current Monitoring System

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Remote measurement of direct current | Regular monitoring of emergency power supplies to prepare for disasters

Remote measurement of direct current | Regular monitoring of emergency power supplies to prepare for disasters

Regular monitoring of emergency power sources prepared for disasters. Continuous measurement of direct current allows for remote confirmation of current values, load fluctuations, and history.

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
  • Current Monitoring System

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