Analog meters with red pointers! Meters of various types ranging from ammeters to frequency meters! Instruments for distribution boards, control panels, distribution panels, and panels.
Compact IoT Sensor for AC Current Measurement with Modbus RTU
Compact IoT Sensor with Built-in Modbus RTU Communication for Circuit-Level AC Current Measurement (125–630A)
We will introduce an example of a system configuration using the "PAL series sensors × PLC," which is optimal for taking the first step towards visualizing electricity by utilizing already installed equipment.
An example of a system configuration using the "PAL Series Sensor × PUSHLOG" that enables immediate visualization of power without the need for server or network setup.
Retrofit Current Monitoring into Distribution Panels, PDUs, and PDPs
Modbus-compatible split clamp-type sensor that makes it easy to consider retrofitting to racks and distribution boards.
Expand the monitoring points gradually according to the required number of circuits. Supports multi-circuit monitoring for up to 31 units and a maximum distance of 100m.
Understanding power usage trends during nighttime, breaks, and downtime by circuit. Supporting the review of operations during standby.
Continuously measure the simple electric power consumption for each equipment and line. Differences can be compared based on operating conditions and production time periods.
Add measurement points to large equipment circuits ranging from 125A to 630A. Record alternating current by operating days, time periods, and durations, which can be used to verify equipment operation.
Record the alternating current of the factory master and line branches over time. Confirm trends at the factory and line level, and then organize the lower circuits to examine in detail.
Utilize up to 1,024 points for remote centralized monitoring. You can check the current values, history, and threshold notifications of the DC circuit from the monitoring base.
Monitor the current values and load fluctuations of the DC distribution board. You can check the changes in DC current over time, which can be difficult to understand during patrols alone.
Utilize early detection of signs of current changes that differ from normal conditions. You can check the current values, history, and threshold notifications of the DC circuit from the monitoring base.
Retrofitting remote monitoring capabilities to existing equipment. Changes in direct current can be monitored over time, which may be difficult to discern during routine inspections.
Utilize the organization of equipment and circuits to be inspected based on current changes. The current values, history, and threshold notifications of the DC circuit can be checked from the monitoring center.
Support for the efficiency of equipment inspection and condition verification at railway substations. Direct current measurements for each circuit can be utilized for remote monitoring and historical verification.
Visualize the current values and load fluctuations of unmanned pumping stations. Continuous measurement of direct current allows for remote monitoring of current values, load fluctuations, and history.
Monitoring the equipment condition of water purification and sewage treatment plants. Continuously monitoring the equipment circuits with DC current sensors that support 30A to 500A.
Support for remote monitoring of emergency power sources in public facilities on a daily basis. It measures direct current for each circuit, which can be used for remote monitoring and historical verification.
Monitoring the power status of railway signal and communication equipment. You can check the changes in direct current over time, which can be difficult to discern during patrols.
Utilize multiple circuits of transportation infrastructure for centralized monitoring. You can check the current values, history, and threshold notifications of the DC circuits from the monitoring center.
Support for utilizing inspection and maintenance records of urban infrastructure facilities. It measures direct current for each circuit, which can be used for remote monitoring and historical verification.
Monitor emergency power sources daily in preparation for disasters. You can check changes in direct current over time, which may be difficult to notice during patrols.
Utilize early detection of power changes in disaster prevention communication equipment. The current values, history, and threshold notifications of the DC circuit can be checked from the monitoring base.
Even when communication is interrupted, measurement data is temporarily saved and managed. Changes in direct current that are difficult to understand during patrols can be confirmed over time.



























































































