Confirm the operation and stop of small-capacity load equipment and load changes with current data. It supports daily inspections and the detection of abnormal signs.
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.
Measure the current of the rack distribution board and important circuits. For load verification during equipment updates and server expansions.
Continuing measurement of extrusion processes for circuits ranging from 125A to 630A. You can compare the variety, production lot, operating time, setting change records, and current history.
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.
Introducing a system configuration example using the "PAL Series Sensor × CEW-M4," ideal for large-scale centralized management visualization!
Concentrated monitoring of up to 1,024 points | Power distribution board monitoring system for data centers
Check the alternating current of the load equipment over time. This can be used as a basis for equipment maintenance decisions regarding operating conditions and load trends.
Understanding power usage trends during nighttime, breaks, and downtime by circuit. Supporting the review of operations during standby.
Add measurement points to existing circuits from 125A to 630A using a split clamp type. Choose according to circuit capacity and cable diameter, and it can be integrated with Modbus.
Electronic multi-meter for rectifier panels ★★★ 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.
You can safely and easily install sensors using the "retrofit clamp-type sensor" without stopping the equipment currently in operation.
Retrofit Visibility for High-Capacity PDU, UPS Secondary, and Rack Distribution Circuits
Multi-point measurement of branch current of the rack PDU using split clamp type, visualizing load imbalance and changes for each circuit.
Comparing type E and type E2 in terms of circuit configuration and current capacity. We assist in selecting simple electric energy sensors suitable for factory distribution boards and equipment circuits.
AC current sensor "PAL-Plus Large Capacity Version" compatible with 125A to 630A.
08N size analog meter! A variety of analog meters ranging from ammeters to frequency meters! Instruments for distribution boards, control panels, distribution panels, and panels.
Portable power quality analyzer (meter) ★★★ Instruments for distribution boards, control panels, distribution panels, and panels.
Testing device (tester) for current transformers and voltage transformers ★★★ Instruments for distribution boards, control panels, distribution panels, and panels.
Instrument for measuring current transformers and voltage transformers (error meter) ★★★ Instruments for distribution boards, control panels, distribution panels, and panels.
A remote monitoring system that is optimal for centrally monitoring the operational status of distribution boards, compatible with measurements of alternating current and direct current.
Simplify power monitoring for each facility with smart sensors featuring built-in communication functions and an intuitive, visual manager software.
We will introduce the environment in which our products are made, showcasing the Hexacore headquarters and factory.
You can start visualizing easily and at low cost with IoT sensors that have built-in communication functions.
Modbus-Enabled Remote Monitoring for Power Panels, UPS Systems, and HVAC Loads
Retrofit Current Monitoring to Existing Panels, PDUs, and Bus-Duct Branches
Retrofit Current Monitoring into Distribution Panels, PDUs, and PDPs
Collecting circuit-specific current from the data center via Modbus. Utilizing the existing monitoring environment for visualization.
Modbus-compatible split clamp-type sensor that makes it easy to consider retrofitting to racks and distribution boards.
Visualizing the current for each circuit. For comparing loads between racks and checking before and after equipment expansion.
Before adding servers or changing equipment, carefully check the current of the rack branch circuit.
Continuously monitor the current changes of racks and PDUs, from daily monitoring to situation confirmation during troubles.
Visualize the load status of high-capacity circuits with a Modbus-compatible current sensor. It supports a range from 125A to 630A, making it compatible with a wide variety of equipment.
Retrofitting current monitoring to existing systems. We support the visualization of current data while considering the burden of facility renovations.
Integrating AC current data with PLC, BMS, and SCADA. We support IoT monitoring utilizing the existing Modbus infrastructure.
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.
First, we will confirm compatibility and communication from one circuit. We will start small and support the gradual expansion of power monitoring to match operational needs.
Measured using large-capacity circuits that supply power to equipment groups and auxiliary systems. You can compare records of production schedules, operating days, maintenance work, and current fluctuations.
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.





























































