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

Reliable backup power is essential for local 5G base stations, edge sites, and on-premises communications infrastructure. If battery deterioration or abnormalities go undetected, equipment may fail to remain operational during an outage. This solution remotely visualizes UPS battery conditions and supports multi-site status checks and alert management. Use cases • Local 5G base stations • Edge servers • On-premises communications equipment • Factory and warehouse networks • Remote operation and monitoring systems Business benefits • Centralized multi-site monitoring • Less on-site inspection work • Faster maintenance response • Improved operational continuity for local 5G infrastructure

• UPS/Uninterruptible Power Supply
• server
• Power storage device

Power problems can disrupt surveillance, disaster-prevention, access-control, and critical communications systems. This solution remotely monitors UPS and communications backup batteries, supporting early identification of deterioration, temperature changes, and abnormal conditions. Threshold management and alerts strengthen preventive maintenance and help reduce risk during equipment relocation or expansion. Use cases • Surveillance systems • Disaster-prevention systems • Access control • Critical communications • Security equipment Business benefits • Early detection of deterioration and temperature changes • Rapid alert-based response • Stronger preventive maintenance • Reduced downtime risk

• UPS/Uninterruptible Power Supply
• server
• Power storage device

Office buildings, commercial facilities, factories, and schools depend on UPS batteries to maintain on-premises networks and communications equipment. When batteries are dispersed across floors or buildings, manual inspection is time-consuming and may delay response to deterioration. This solution consolidates battery status in a web interface and uses threshold management and alerts to reduce routine inspection workload. Use cases • Offices • Commercial facilities • Factories and schools • Building communications systems • On-premises networks Business benefits • Centralized management • Reduced inspection workload • Early anomaly detection • Stronger power management during equipment upgrades

• UPS/Uninterruptible Power Supply
• server
• Power storage device

Communications buildings, telecom equipment rooms, and inter-site networks depend on reliable backup power during disasters and outages. Relying solely on local inspection can allow signs of battery deterioration or abnormality to go unnoticed. This solution provides remote visibility into UPS and communications backup batteries, supporting early issue detection, efficient maintenance, and centralized management across multiple sites. Use cases • Communications buildings • Telecom equipment rooms • Inter-site network facilities • Base-station equipment • Uninterruptible communications systems Business benefits • Earlier anomaly detection • More efficient maintenance • Centralized multi-site management • Reduced risk of communications interruption

• UPS/Uninterruptible Power Supply
• server
• Power storage device

Data centers and server rooms require continuous operation of critical servers, network devices, and storage systems. UPS batteries may not provide sufficient backup during an outage if deterioration or temperature changes remain unnoticed. This solution visualizes internal resistance, voltage, temperature, and other battery conditions, helping operators identify deterioration early and plan replacement and maintenance. Use cases • Data centers • Server rooms • UPS systems • Uninterruptible communications equipment • Server and router environments Business benefits • Earlier detection of battery deterioration • Support for planned replacement • Reduced patrol inspections • Lower operational risk during power outages

• UPS/Uninterruptible Power Supply
• server
• Power storage device

Equipment rooms and racks supporting high-speed optical and inter-site networks require effective thermal management. PAL-Temp visualizes temperature and humidity around servers, telecom equipment rooms, and optical transmission racks, providing data for maintenance and operational decisions. Use cases • Facilities supporting data-center interconnects • Communications rooms and telecom equipment rooms • Optical transmission and network equipment racks • Network maintenance and operations Business benefits • Visualize environmental changes • Detect abnormal temperature/humidity early • Support root-cause analysis • Improve remote maintenance efficiency

• Thermometer
• Other temperature and humidity measuring instruments
• Cooling system

High-density communications environments, including local 5G sites, require continuous visibility into environmental conditions to maintain availability and detect early signs of abnormality. PAL-Temp is a compact IoT sensor with built-in communications that collects temperature and humidity data around equipment. Use cases • IoT sensor-network environmental monitoring • High-density communications areas and equipment rooms • Data-center rack rows and HVAC areas • Remote and cloud-based monitoring Business benefits • Collect data from many points • Understand conditions remotely • Support anomaly detection and preventive maintenance • Expand monitoring in phases with low installation effort

• Thermometer
• Other temperature and humidity measuring instruments
• Cooling system

As server density increases, thermal management and airflow optimization become as important as cabling. PAL-Temp is a compact sensor with built-in communications that measures temperature and humidity around racks, under raised floors, and near HVAC equipment, supporting post-deployment operations and maintenance. Use cases • Data centers • Server rooms and rack areas • HVAC areas, underfloor spaces, and rack rows • Communications rooms Business benefits • Identify hot spots and environmental abnormalities early • Visualize conditions around servers and routers • Support issue diagnosis • Enable space-efficient multi-point monitoring • Strengthen preventive maintenance

• Thermometer
• Other temperature and humidity measuring instruments
• Cooling system

Network upgrades require ongoing visibility into equipment-room and rack conditions, not only renewed devices and cabling. PAL-Temp is a compact sensor that can be added to existing communications rooms, telecom sites, and server rooms to visualize environmental changes and streamline maintenance. Use cases • In-building communications equipment • On-premises network rooms • Communications buildings and telecom sites • Server rooms, distribution frames, and racks Business benefits • Detect abnormal temperature/humidity early • Help prevent environment-related equipment trouble • Retrofit existing facilities • Reduce patrol inspection workload • Complement equipment protection measures

• Thermometer
• Temperature and humidity measuring instruments
• Cooling system

Adding current monitoring to rack distribution units such as PDUs and PDPs requires consideration of circuit count, limited panel space, wiring effort, and host-system integration. PAL-Plus High-Capacity integrates measurement and communications in each sensor. Connector and bus-cable architecture simplifies multi-point installations and retrofits. Use cases • Main and branch circuits in rack distribution panels • PDU/PDP primary and secondary circuits • New and existing distribution panels Business benefits • Add value to panels with current monitoring • Simple retrofit architecture • Reduced installation workload • Easy Modbus integration with upper-level systems

• Ammeter
• UPS/Uninterruptible Power Supply
• LAN construction and wiring work

PAL-Plus High-Capacity is a split-core AC current sensor with integrated measurement and communications functions. It can be retrofitted to existing power and distribution panels to capture current on high-capacity circuits such as PDU secondary circuits and bus-duct branches. Use cases • Main and branch circuits in existing power/distribution panels • PDU secondary circuits and bus-duct branches • Feeder circuits by rack row or equipment area • Adding monitoring points during equipment upgrades Business benefits • Add monitoring while retaining existing equipment • Retrofit-friendly split-core design • Convert current values into data for remote monitoring • Scale from small deployments to multi-point systems

• Ammeter
• LAN construction and wiring work
• UPS/Uninterruptible Power Supply

Continuous visibility into PDU panels, UPS secondary circuits, and rack distribution panels is essential for reliable data-center operations. PAL-Plus High-Capacity is a split-core AC current sensor for 125–630 A circuits. It is easy to retrofit and sends current data via Modbus RTU to an upper-level monitoring system. Use cases • PDU main and secondary branch circuits • UPS secondary distribution panels • Rack distribution panels and rack-row feeders • Phased monitoring starting with critical circuits Business benefits • Retrofit high-capacity current monitoring • Continuous visibility into load changes • Modbus TCP integration through the PAL-Plus Unit • Data for maintenance and capacity planning

• Ammeter
• LAN construction and wiring work
• UPS/Uninterruptible Power Supply

Communications buildings and telecom equipment rooms depend on stable operation of power panels, UPS systems, rectifiers, and cooling equipment. PAL-Plus High-Capacity is a retrofit-friendly split-core AC current sensor that outputs measured current via Modbus RTU for integration with existing monitoring systems and gateways. Use cases • Power and distribution panels in communications facilities • UPS secondary and rectifier circuits • HVAC/cooling and auxiliary equipment • Aggregating current data across multiple sites Business benefits • Remote visibility into supporting power infrastructure • Phased deployment from priority points • Easy integration using Modbus • Load-trend data for maintenance decisions

• Ammeter
• UPS/Uninterruptible Power Supply
• LAN construction and wiring work

Power visibility at rack distribution panels and branch circuits is essential for optical communications facilities and data-center interconnect sites. PAL-Plus 60A is a retrofit AC current sensor that efficiently captures current across many circuits for maintenance and site-condition monitoring. Use cases • Branch circuits in communications racks and equipment rooms • Power status at data-center interconnect sites • Current-data collection from telecom equipment rooms and distribution panels • Adding measurement points to IoT monitoring platforms Business benefits • Continuous power visibility • Better preparation before inspections • Scalable multi-site/multi-circuit monitoring • Integration with existing monitoring and IoT platforms

• server
• LAN construction and wiring work
• UPS/Uninterruptible Power Supply

Power-circuit visibility supports stable operation and efficient inspection of base stations and wireless communications equipment. PAL-Plus 60A retrofits around communications equipment and panels to visualize AC current and energy conditions. Use cases • Base-station and wireless-equipment power circuits • Communications racks and distribution panels • Equipment-side data complementing wireless visibility • Pre-inspection load-trend checks Business benefits • Visualize supporting power conditions • Understand equipment status before site visits • Retrofit existing wiring • Integrate data with PLCs and monitoring systems

• server
• LAN construction and wiring work
• Communications

Remote monitoring of local 5G and communications equipment requires power visibility without an on-site visit. PAL-Plus 60A retrofits to communications equipment, distribution panels, and remote facilities, and can provide AC current data to PLCs or upper-level monitoring systems. Use cases • Remote telecom facilities • Communications racks, base-station equipment, and distribution panels • Current data for PLC/monitoring systems • Adding measurement points to IoT sensor networks Business benefits • Understand power status before site visits • Identify load trends by equipment • Expand from small-scale monitoring in phases • Retain existing infrastructure

• Server Rack
• UPS/Uninterruptible Power Supply
• LAN construction and wiring work

Remote monitoring of power infrastructure for communications equipment is more effective when operational data can be stored and compared before and after improvements. CEW-M4 supports CSV export, comparison graphs, and calculations using virtual sensors. It can be used for energy aggregation, temperature/humidity visibility, and PUE-related analysis. Use cases • Checking remote communications facilities • Centralized energy and environmental monitoring across multiple sites • Alarm notifications and email alerts Business benefits • Understand conditions before dispatching personnel • Centralized visibility by site • Better-informed initial response to abnormalities

• server
• Communications
• Other operation management software

For remote power-infrastructure monitoring, stored data and before/after comparisons improve operational decisions. CEW-M4 stores and displays sensor data and supports CSV export, comparison graphs, and virtual-sensor calculations for energy aggregation, temperature/humidity analysis, and PUE-related evaluation. Use cases • Remote communications facilities • Centralized energy and environmental monitoring across multiple sites • Alerts and alarm emails Business benefits • Faster understanding before a site visit • Centralized site-by-site dashboards • Better-informed initial response

• server
• Server Rack
• LAN construction and wiring work

PAL-Plus 60A is a compact split-core AC current sensor designed for multi-point monitoring of branch circuits in racks and distribution panels. It is easy to retrofit to existing wiring and fits space-constrained panels. Use cases • Rack distribution panel branch circuits • Communications racks and network power systems • UPS and critical-load circuits • Integration into monitored distribution panels Business benefits • Circuit- and rack-level visibility • Retrofit existing wiring • More efficient inspections • Space-saving multi-point monitoring

• server
• LAN construction and wiring work
• UPS/Uninterruptible Power Supply

Server-room and rack monitoring requires continuous visibility into power, temperature, humidity, and equipment conditions. CEW-M4 collects both energy and environmental data, displays it in web-based graphs, and helps operators detect abnormalities early. Use cases • Server-room temperature and humidity • Rack-level current and energy consumption • Threshold notifications around communications equipment Business benefits • Earlier detection of temperature rise and overload • Graphical status review • Reduced routine monitoring workload

• server
• Server Rack
• LAN construction and wiring work

Data-center operators need to detect threshold violations and equipment abnormalities quickly. CEW-M4 supports three upper and three lower alarm levels, email notifications, and alarm history to help identify power and environmental issues early. Use cases • Current, power, temperature, and humidity monitoring by rack or floor • Data aggregation for PUE calculation • Centralized status checks across multiple sites Business benefits • Earlier anomaly detection • Graphical energy visibility • Efficient bulk sensor registration using CSV

• server
• LAN construction and wiring work
• UPS/Uninterruptible Power Supply

This service provides comprehensive support for the necessary on-site surveys, construction, server and software configuration, and operational verification required for the implementation of a remote monitoring system. It is suitable for those who want to establish a monitoring system while minimizing the burden of implementation in the category of remote operation and monitoring. 【Challenges】 - It is difficult to organize how to specifically implement remote monitoring (I would like a single point of contact). - I want comprehensive and consistent support that includes construction and configuration. - I want to establish an operational system that includes visualization and alarm notifications. 【Use Cases】 - Implementation of remote monitoring for data center facilities. - Power monitoring aimed at energy-saving operations. - Centralized management of monitoring information across multiple sites. 【Benefits】 - The implementation process can be carried out consistently, contributing to a smooth establishment of the remote monitoring system. - Support for creating a monitoring system that utilizes abnormal notifications. - Contribution to operational efficiency through the development of a remote monitoring infrastructure. If you want to proceed with the establishment of remote monitoring including construction, please check the materials or feel free to contact us.

• Other server related
• server

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

• Other server related
• server

This service provides comprehensive support for the implementation of remote monitoring systems based on expertise in equipment for communication buildings and data centers. It covers everything from on-site surveys, sensor installation work, settings, to operational checks, and can be utilized to establish a monitoring system for communication equipment within buildings. 【Challenges】 - It is difficult to organize where to start with the introduction of monitoring for communication equipment within buildings. - I want to advance equipment monitoring and construction work as a single entity. - I want to establish a management system that includes abnormal notifications and visualization. 【Use Cases】 - Introduction of remote monitoring for equipment within communication buildings. - Strengthening equipment management that includes power monitoring and alarm notifications. - Cases where multiple pieces of equipment need to be managed together. 【Benefits】 - The point of contact for equipment monitoring setup can be unified with the remote monitoring device (software and sensor) manufacturers. - Smoothly establish an understanding of the status of communication equipment within buildings. - Support the creation of a foundation for improved manageability and stable operations. If you are considering strengthening monitoring for communication buildings or in-house equipment, please check the materials or feel free to contact us.

• Other server related
• server

This service provides comprehensive support for the introduction of remote monitoring systems for energy and other applications, regardless of whether it is a new installation, existing setup, or upgrade. It covers everything from on-site surveys to construction, configuration, and operational verification, making it useful for expanding or reorganizing monitoring infrastructure in line with network relocations or expansions. 【Challenges】 - Reevaluation of monitoring infrastructure due to expansions or upgrades - Desire to proceed with construction and configuration as a single process (preferably handled by the manufacturer) - Want to reduce coordination with multiple vendors 【Usage Scenarios】 - Adding monitoring targets due to rack expansions - Reconfiguring monitoring in line with the relocation of existing equipment - Wanting to introduce monitoring and notification functions at the time of upgrades 【Benefits】 - Helps organize arrangements during additional installations or upgrades - Facilitates the simultaneous expansion of monitoring scope and continued operations - Makes it easier to reduce the adjustment burden until launch If you want to improve your monitoring environment alongside relocations or expansions, please check the materials or feel free to contact us.

• Other server related
• server

Hexacore Inc.'s remote monitoring system implementation support service for data centers is designed to assist in the remote monitoring of data centers, visualization of PUE, and energy-efficient operations. We provide comprehensive support from on-site surveys and proposals to sensor installation, server and software configuration, and operational verification. In the data center industry, operators that meet certain requirements under the energy conservation law's benchmarking system are required to regularly report their PUE, with a target level set at PUE 1.4 or lower by the fiscal year 2030. Given this background, the visualization of PUE, understanding of power data, and establishment of monitoring systems have become crucial. This service not only offers proprietary software and sensors but also provides comprehensive support for construction, configuration, and operational verification, thereby reducing the adjustment burden during implementation and facilitating the smooth establishment of a remote monitoring infrastructure for data centers.

• Other server related
• server

This service is an implementation support service that utilizes our own sensors and software, covering everything from on-site surveys to installation work, settings, and operational checks. 【Challenges】 - Coordinating with multiple companies from sensor installation to the start of monitoring requires significant effort. - We want to leverage IoT sensor information for operations. - We want to establish a system for practical operations, including monitoring notifications. 【Use Cases】 - Equipment condition monitoring using sensors. - Continuous collection and visualization of power and environmental information. - Centralization of monitoring information from multiple locations. 【Benefits】 - Facilitates the establishment of a monitoring infrastructure that includes sensor utilization. - Supports the understanding of necessary information for operational decisions through visualization. - Reduces the burden of implementation by allowing for a comprehensive approach from installation to settings. If you want to proceed with the establishment of remote monitoring, including construction, please check the materials or feel free to contact us.

• Other server related
• server

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

• Other server related
• server

Product Overview The “PAL-Plus typeE2” is an IoT sensor with built-in communication capabilities that enables simplified cumulative energy measurement. We offer four sensor models supporting rated currents of 125A, 250A, 400A, and 630A. Using a 2-CT measurement method, this Modbus-compatible sensor provides more accurate power monitoring even in environments with unbalanced loads. Three Key Features High Compatibility: Adopts Modbus RTU protocol for easy integration into existing systems. Safe and Simple Installation: Split-clamp design allows installation without shutting down operating equipment. Ultra-Compact Design: Built-in communication functionality enables easy deployment even in locations with multiple measurement points. What is Simplified Measurement? Based on preset voltage and power factor values, the sensor calculates simplified cumulative energy and power from measured current values. It can also output cumulative current values, providing consistent reference data for energy monitoring. Compatible with single-phase 3-wire and three-phase 3-wire systems. For more details about the product and simplified measurement, please feel free to contact us.

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

This service is a "remote monitoring system" implementation support service that utilizes remote monitoring, power monitoring, and alarm notifications to assist in the maintenance and operation of communication facilities and data center equipment. It covers everything from investigation to construction, configuration, and startup support, and can be used to create a monitoring system that facilitates easy maintenance and operation. 【Challenges】 - Difficult to grasp the equipment status necessary for maintenance and operation - Want to establish a monitoring system that includes notifications - Want to proceed "smoothly" from on-site response to operational start with "one point of contact" 【Use Cases】 - Establishing a maintenance monitoring system for communication equipment - Operating abnormal notification for data center equipment - Strengthening equipment management, including energy-saving operations 【Benefits】 - Helps organize monitoring information across sites - Easier maintenance decisions through visualization of operational status - Contributes to improved manageability of multiple locations If you are considering establishing a monitoring system that spans multiple data centers, please check the materials or feel free to contact us.

• Other server related
• server

The “PAL-Plus typeE” is an IoT sensor equipped with a built-in communication function that enables simplified cumulative energy measurement. It supports five sensor models for rated currents of 60A, 125A, 250A, 400A, and 630A. This solution provides a cost-effective and simple way to visualize power consumption for each facility. Key Features High Compatibility: Utilizes the Modbus RTU communication protocol, ensuring excellent versatility and easy integration with existing systems. Non-Stop Installation: The split-clamp sensor design allows safe and simple installation without halting equipment operation. Compact Design: Built-in communication functionality enables ultra-compact sensors, making installation easy even when multiple measurement points are required. About Simplified Measurement Based on preset voltage and power factor values, the sensor calculates simplified cumulative energy and power from the measured current. It also outputs cumulative current values, providing consistent reference data for energy management. Compatible with single-phase two-wire and three-phase three-wire systems. For three-phase systems, calculations are based on a balanced circuit. For more details, please contact us.

• Power meter
• Power Monitoring Equipment
• Other energy equipment

PAL-Temp (Hexacore Inc.) is a wired temperature and humidity sensor compatible with Modbus RTU. It is suitable for operations where there are constraints on installation space and environmental conditions, such as around production lines or near equipment, allowing for "wiring to measure accurately." Temperature and humidity are factors that can easily lead to issues such as defects, condensation, and static electricity. By continuously monitoring the temperature and humidity around the process, it helps identify bottlenecks in process improvement and verify the effects of improvements. Due to its protocol that is easy to integrate into existing equipment, it is also characterized by its ease of incorporation into monitoring systems and PLCs. Furthermore, when combined with our Gateway BOX, it allows for the aggregation of multiple sensors to upload data to the cloud, enabling monitoring of conditions via the internet. *Note: The cloud monitoring feature is a function of the Gateway BOX. [Usage Scenarios] - To understand temperature and humidity variations around the process - To monitor risks of condensation and static electricity - To record environmental changes before and after improvements [Benefits of Implementation] - Visualization of "environmental factors" in the process - Easy integration into existing equipment - Establishment of a verification cycle for improvements

• Temperature and humidity measuring instruments
• Temperature Data Logger
• Thermometer

This service is a remote monitoring implementation support service that assists with power monitoring and PUE visualization in data centers and communication facilities. It covers everything from on-site surveys to sensor installation, configuration, and operational verification, and can be utilized to establish a monitoring system for power supply equipment, including UPS. 【Challenges】 - Remote power monitoring - Establishing a monitoring system for equipment along with PUE understanding - Wanting to entrust everything, including installation work, to a single manufacturer 【Utilization Scenarios】 - Establishing a monitoring system for UPS and related power supply equipment - Understanding power data with an eye on energy-saving operations - Launching a remote monitoring infrastructure for data centers that includes power monitoring 【Benefits】 - Expansion of remote monitoring scope - Supporting stable operations through continuous understanding of power data - Contributing to the reduction of implementation burden through comprehensive support from on-site response to configuration If you want to advance the visualization of equipment monitoring and the establishment of a management system, please check the materials or feel free to contact us.

• Other server related
• server

PAL-Temp is a wired temperature and humidity sensor compatible with Modbus RTU. Its design makes it easy to integrate into limited spaces, such as control panels and around racks, making it suitable for retrofitting into existing equipment. It can be used as a sensor to reliably capture temperature and humidity variations in air conditioning and environmental changes around panels/racks, helping to expand the decision-making materials for quality control and equipment maintenance. Furthermore, by combining it with our own Gateway BOX, it is possible to aggregate the sensors via bus cables, upload measurement data to the cloud, and check it over the internet. *The cloud checking function is a feature of the Gateway BOX. 【Usage Scenarios】 - Environmental monitoring inside control panels - Understanding air conditioning variations within factories - Collecting foundational data for maintenance records 【Benefits of Implementation】 - Continuous visualization of on-site temperature and humidity - Easy integration into existing equipment, allowing for low-cost retrofitting of temperature and humidity measurements - Records are maintained, making it easier to trace causes.

• Temperature and humidity measuring instruments
• Temperature and Humidity Control
• Thermometer

This service provides comprehensive support for the introduction of remote monitoring systems, including on-site surveys, requirements organization, proposals, construction, and setup. 【Challenges】 - Uncertainty in organizing requirements and the approach for monitoring implementation - Desire to establish an implementation plan that considers construction and setup - Interest in including regulatory compliance and energy-saving operations in the considerations 【Usage Scenarios】 - On-site surveys before the introduction of remote monitoring systems - Organization of monitoring system concepts, including PUE visualization - Requests that include installation work based on the integration of monitoring across multiple sites 【Benefits】 - Easy to have a clear outlook by requesting installation work from equipment manufacturers from the conceptual stage to post-implementation operations - Helps reduce omissions in requirements and contributes to a smooth startup with minimal rework - Contributes to reducing the burden of vendor coordination and process organization (consolidating points of contact with equipment manufacturers) If you want to proceed with the setup of remote monitoring, including construction, please check the materials or feel free to contact us.

• Other server related
• server

"PAL-Temp" is a temperature and humidity sensor with built-in communication capabilities that supports Modbus. It features high versatility due to its adoption of the Modbus RTU communication protocol, making it easy to integrate into existing equipment and systems. It can be easily installed by simply securing it with a cable tie, making it suitable for retrofitting. Its compact and lightweight design allows for easy operation in limited spaces such as around racks or in machine rooms. Additionally, when combined with the "PAL-Plus Unit," a gateway that includes signal conversion and power supply functions for the sensor, it contributes to the construction of space-saving and low-cost systems. *Detailed specifications (accuracy, temperature and humidity measurement range, dimensions, wiring, terminal block shape, connection examples, etc.) can be confirmed by downloading the PDF materials.

• Temperature and humidity measuring instruments
• Temperature Data Logger
• Temperature and Humidity Control

PAL-Temp (Hexacore Inc.) is a Modbus RTU compatible sensor that can measure temperature and humidity via wired connections. Signs of temperature rise in control panels or issues with air conditioning may manifest as changes in the "environment" before equipment stops. PAL-Temp is easy to install in limited spaces within and around panels, allowing for additional monitoring points to be added later. When combined with a Gateway BOX, it can aggregate multiple points and upload measurement data to the cloud, enabling remote verification via the internet (Note: Cloud verification is a feature of the Gateway BOX). 【Use Cases】 - Remote monitoring of temperature rise within control panels - Early detection of environmental issues - Early identification of warning signs 【Benefits of Implementation】 - Easier to identify signs before equipment or machinery stops - Additional monitoring points can be added later at low cost, allowing for more measurement points - Increases the materials available for inspection and diagnosis decisions

• Temperature and humidity measuring instruments
• Temperature Data Logger
• Temperature and Humidity Control

The PAL-Plus type E is a simple power / simple cumulative power sensor with built-in communication functions that can be retrofitted to existing equipment operating with a split clamp type without the need for power outage work. It supports single-phase two-wire and three-phase three-wire configurations, allowing for the acquisition of AC current, simple power, and simple cumulative power by circuit. Since it is compatible with Modbus RTU (RS-485), it easily integrates with higher-level systems and offers excellent versatility (e.g., integration with PLCs). With its simple measurement functions, it is a sensor that can be easily introduced at low cost, even in sites with many circuits. 【Usage Scenarios】 - Visualization of power consumption - Identification of waste - Collection of peak countermeasure data and comparison of effectiveness of measures. 【Benefits of Implementation】 - Accelerates the prioritization of energy-saving measures and the continuation of improvements, contributing to the consideration of electricity cost reductions.

• Power meter
• Power Monitoring Equipment
• Other energy equipment

The PAL-Plus type E is a simple power / simple cumulative power sensor with built-in communication functions that can be retrofitted to existing equipment operating with split clamp type without the need for power outage work. It supports single-phase two-wire and three-phase three-wire systems, allowing for the acquisition of AC current, simple power, and simple cumulative power by circuit. It is compatible with Modbus RTU (RS-485), making it easy to integrate with higher-level systems and highly versatile (e.g., integration with PLCs). With its simple measurement function, it is a sensor that can be easily introduced at a "low cost" even in sites with many circuits. 【Usage Scenarios】 - Energy monitoring by branch circuits / equipment units in distribution boards in factories, remote monitoring by equipment units - Want to visualize many branches (circuits) easily and at a "low cost" (want to implement IoT) - Replace regular patrols and manual measurements, remotely monitor circuit-specific data 【Benefits of Implementation】 - Identification of waste and prioritization of maintenance - Early detection of abnormal signs - Contributes to the entry point of IoT and labor-saving in regular patrols and manual measurements

• Power meter
• Power Monitoring Equipment
• Other energy equipment

This service is an implementation support service that utilizes our own sensors and software, covering everything from on-site surveys to installation work, settings, and operational checks. 【Challenges】 - We want to smoothly build and implement from sensor installation to monitoring start. - We want to minimize adjustments with multiple vendors when introducing a remote monitoring system. - We want to establish a system for actual operations, including monitoring notifications. 【Usage Scenarios】 - Equipment condition monitoring using sensors. - Continuous collection and visualization of power and environmental information. - Centralization of monitoring information from multiple locations. 【Benefits】 - You can request everything from installation to settings in a single, consistent process from the equipment manufacturer, reducing the burden of implementation. - We propose configurations for utilizing sensors and software. - Visualization supports the understanding of necessary information for operational decision-making. If you want to build a remote monitoring infrastructure utilizing sensors, please check the materials or feel free to contact us.

• Other server related
• server

**Overview** The PAL-Plus type E2 is a sensor with built-in communication functionality that can collect circuit-specific simple electric power / simple power / AC current from distribution boards (main and branch) via Modbus RTU (RS-485). **Three Key Points** 1) No need for power outage work: retrofitted with split clamps 2) Visualization by circuit: acquisition of simple power and simple accumulated electric power 3) Easy to connect with existing equipment: compatible with Modbus RTU **Applications and Challenges** - Want to retroactively understand the usage status by circuit and promote energy-saving considerations - Aiming for IoT implementation in production lines, first want to collect data in a low-cost and simple manner - Want to gain awareness of abnormal signs from changes in energy supplied to equipment **Content Available for Confirmation in Downloadable Materials** - Details of the lineup (125A/250A/400A/630A) - Connection examples / configuration diagrams - Guidelines for the number of connections, etc. → Please check the detailed specifications from the "PDF Download."

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

PAL-Temp (Hexacore Inc.) is a wired temperature and humidity sensor compatible with Modbus RTU. It can be used to detect signs of "unevenness," "localized temperature bias," and "effects during air conditioning shutdown," which are often overlooked during inspections. Its structure, which allows for easy installation on-site, such as with cable ties, enables smooth integration into existing equipment. Additionally, when combined with our Gateway BOX, it can aggregate data from multiple sensors and upload it to the cloud, allowing measurement data to be checked via the internet. (Note: Cloud checking is a feature of the Gateway BOX). [Usage Scenarios] - I want to add temperature and humidity data to the records of panel inspections. - I want to understand the impact range during air conditioning shutdowns or anomalies. - I want to install sensors as an alternative to manual inspections for recording purposes. [Benefits of Implementation] - Inspections shift from being "subjective" to utilizing "objective data." - Records make it easier to capture abnormal trends and changes. - The materials for maintenance decision-making increase.

• Temperature and humidity measuring instruments
• Temperature Data Logger
• Thermometer

**Overview** The PAL-Plus type E2 is a sensor with built-in communication functionality that can collect circuit-specific simple electric power / simple energy / AC current from distribution boards (main and branch) via Modbus RTU (RS-485). **Three Key Points** 1) No need for power outage work: retrofitted with split clamps 2) Visualization by circuit: acquisition of simple power and simple accumulated energy 3) Easy to connect with existing equipment: compatible with Modbus RTU **For These Challenges** - Want to add measurement points to the distribution board without stopping the equipment in operation - Want a configuration that is easy to implement even in the limited space within the distribution board - Want to integrate with existing upper-level devices / PLCs to understand the status by circuit **Content Available for Confirmation in Downloadable Materials** - Details of the lineup (125A/250A/400A/630A) - Connection examples / configuration diagrams - Guidelines for the number of connections, etc. → Please check the detailed specifications from "PDF Download."

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

PAL-Temp (Hexacore Inc.) is a sensor that measures temperature and humidity via wired connections and is easily integrated into existing monitoring systems using Modbus RTU. Overheating or insufficient cooling in air conditioning and dehumidification directly leads to wasted electricity, but optimizing based solely on subjective experience is challenging. Therefore, it continuously monitors temperature and humidity for each process and area, providing foundational data for reviewing air conditioning settings and establishing operational rules. Additionally, by using our Gateway BOX, multiple sensors can be aggregated via bus cables, and measurement data can be uploaded to the cloud. It is also possible to check the situation via the internet. *The cloud confirmation feature is a function of the Gateway BOX. 【Usage Scenarios】 - Understanding air conditioning excess or deficiency by area - Establishing a basis for reviewing dehumidification operations - Formulating operational rules during peak hours 【Effects of Implementation】 - Decisions can be made based on data rather than subjective experience - Easy integration into existing monitoring systems - Facilitates the verification of energy-saving measures

• Temperature and humidity measuring instruments
• Temperature Data Logger
• Thermometer

When starting to visualize power in a factory, it is important to organize not only the equipment and circuits to be measured but also where to collect the acquired data, who will check it, and how. The methods of utilizing existing PLCs, checking via the cloud, and centrally managing multiple pieces of equipment with monitoring software differ in terms of the necessary equipment, implementation scale, and suitable operations. This document introduces three examples of visualization system configurations using the "PAL series sensors," which can measure AC current, simple power, and simple accumulated power consumption. You can compare configurations based on your objectives, whether you want to start small with critical equipment or specific lines, utilize existing equipment, or manage multiple devices and locations together. **Challenges** I want to start visualizing power but don’t know which configuration is suitable. I want to implement it using existing PLCs and monitoring equipment. I want to check via the cloud without building new servers or networks. **Benefits of Implementation** Features and lineup of PAL series sensors. How to choose sensors according to measurement targets. System configurations utilizing existing PLCs. For more details, please download the document and make use of it.

• Sensors
• Power Monitoring Equipment
• Demand Monitoring