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

In data centers and server rooms, information such as power, temperature and humidity, and equipment status can be dispersed across different devices and monitoring systems. When information is split across multiple screens, it takes time to confirm issues when abnormalities occur, and expanding the monitoring range due to equipment additions can become complicated. CEW-M4 is software that aggregates data obtained from existing sensors, PLCs, and Modbus-compatible devices, allowing for centralized monitoring via a web browser. It displays current, power, energy, temperature, and humidity together, and supports early detection of abnormalities, initial decision-making, and post-response situation confirmation through alarm, history, graph, and map functions. [Challenges] - Information on power and temperature and humidity is dispersed across multiple screens. - I want to quickly confirm the equipment or location where an abnormality has occurred. - I want to check data before and after the occurrence of an abnormality in graph form. - I want to aggregate equipment information from multiple floors or locations. [Implementation Effects] - Confirm dispersed equipment data on a single screen. - Support understanding the situation and initial decision-making before on-site confirmation. - Understand abnormal locations and changes before and after occurrences. - Build a monitoring environment that utilizes existing equipment. - Gradually expand the monitoring range according to equipment additions. - Visualize power and temperature and humidity data.

• Server monitoring and network management tools
• Software (middle, driver, security, etc.)
• Other server related

【Challenges】 Do you face any of the following challenges in monitoring data center facilities? - Want to quickly identify abnormalities in power and temperature/humidity - Want to immediately pinpoint the location of an alarm - Want to check data before and after an abnormal occurrence to investigate the cause - Want to view equipment information from multiple locations on a single screen - Want to keep monitoring data and alarm history as operational records 【You can utilize the monitoring software CEW-M4 to solve these challenges】 The monitoring software CEW-M4 is a facility monitoring software that allows centralized monitoring of current, power, energy, temperature, humidity, and equipment status in data centers, server rooms, and communication facilities via a web browser. When an abnormality is detected, it notifies you with an alarm, and you can quickly check the location of the alarm from the map display. Additionally, you can verify the time of occurrence and changes in data before and after the event through graphs and history, which supports understanding the situation during an abnormal occurrence, initial response decisions, and cause investigation. It is also possible to manage equipment information distributed across multiple data centers and communication sites in a consolidated manner. From daily equipment monitoring to post-abnormality checks and reflections, everything can be efficiently conducted on a single screen.

• Software (middle, driver, security, etc.)
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

With the expansion of data centers and server rooms, is the monitoring information for power, temperature, humidity, and other factors dispersed across multiple devices and screens? When information is scattered, it increases the need for on-site inspections, visual confirmations, and individual checks by responsible personnel, making it time-consuming to grasp the equipment's status. The CEW-M4 is an energy and environmental monitoring software that consolidates equipment data such as current, power, energy consumption, temperature, and humidity onto a web interface, allowing centralized monitoring of up to 20,000 points. 【Do you face any of the following challenges?】 - Monitoring screens for power meters, temperature and humidity sensors, etc., are dispersed. - Relying on on-site inspections and visual checks to confirm equipment status. - Wanting to add monitoring targets in line with the expansion of racks and equipment. 【Expected benefits from implementation】 - Consolidation of dispersed equipment information onto a web interface. - Reevaluation of monitoring tasks that depend on on-site inspections and visual confirmations. - Increased efficiency in verification tasks through graphs, maps, and alarm history. Please download the materials to check the compatible devices, connection configurations, and images of the monitoring screens.

• Software (middle, driver, security, etc.)
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

In data center facility management, the challenge is that monitoring screens and measurement data are dispersed across different locations and buildings, leading to time-consuming on-site inspections, individual confirmations, aggregations, and report preparation. Additionally, if changes in power or temperature and humidity cannot be quickly understood from a remote location, it can result in delays in verification and response. CEW-M4 is an energy and environmental monitoring software that collects measurement data from multiple sites, including current, power, energy consumption, temperature, and humidity, with a maximum of 20,000 data points, allowing for centralized monitoring via maps and graphs on a web browser. In addition to remote confirmation of equipment status, it supports comparisons between sites and equipment, as well as tracking data trends. The alarm function, which allows for setting upper and lower limits in three stages, along with alarm emails and alarm history, can also be utilized for early detection of state changes. Collected data can be output in CSV format, streamlining data organization necessary for monthly reports, audit materials, and energy consumption aggregation. It supports Modbus/TCP, Modbus/RTU, and configurations utilizing existing measurement devices can also be considered. This helps reduce the burden of inspections, confirmations, and aggregations, supporting the stable operation of data centers and server rooms. Please refer to the PDF materials for compatible devices, connection configurations, screen examples, and server requirements.

• Software (middle, driver, security, etc.)
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

The CEW-M4 supports integration with Modbus/TCP and Modbus/RTU compatible devices and various sensors. It allows for the effective utilization of existing monitoring devices and sensor assets while expanding the monitoring range in line with the addition of equipment or measurement points. Even if the number of monitoring targets increases, it is possible to build a phased system according to the scale of operations. Modbus gateways and relay devices can each connect up to 200 units. Data on power, temperature and humidity, equipment status, and more can be aggregated on a web interface, allowing for an overview of large facilities, multiple equipment, and various locations. The collected equipment data supports graph display, map display, and CSV output. Furthermore, by utilizing alarm email notifications and alarm history management, it aids in the early detection of changes in equipment status or abnormalities. It broadly supports equipment management tasks from daily monitoring to data accumulation and analysis.

• Software (middle, driver, security, etc.)
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

When starting to monitor large-capacity circuits, many people think, "I want to confirm if the sensors are compatible with the target equipment" or "I want to test if the communication can be stable." With the PAL-Plus large-capacity version, you can conduct evaluation from a single circuit or a small number of circuits before full-scale implementation, gradually expanding the monitoring range while confirming operational results. The PAL-Plus large-capacity version offers four types: 125A, 250A, 400A, and 630A. You can select the optimal sensor according to the target current and cable diameter. Additionally, it adopts a split clamp type that is easy to install on existing equipment and supports data collection via Modbus RTU (RS-485) communication. This allows for future expansion into remote monitoring systems. 【Challenges】 - Want to confirm compatibility/communication before full-scale implementation - Want to reduce initial costs - Want to prepare for future expansion 【Expected Benefits】 - Optimal selection from four types - Easy to retrofit with a split type - Potential for future remote monitoring expansion For more details, please check the materials or feel free to contact us.

• Ammeter
• Server Rack
• UPS/Uninterruptible Power Supply

In monitoring multi-circuit equipment, it is important to design with not only the current number of monitoring points in mind but also future expansions. The PAL-Plus large-capacity version, in combination with the PAL-Plus unit, allows for the bulk collection of numerous current data. Up to 31 sensors can be connected to a single unit, and the wiring length to the final stage can accommodate up to 100 meters. Additionally, it is possible to configure a connection between the Modbus RTU on the sensor side and the Modbus TCP on the upper side. Monitoring points can be gradually increased in line with equipment expansion. 【Challenges】 - Efficiently monitor numerous circuits - Prepare for future expansions - Organize the overall system conditions 【Expected Benefits】 - Bulk monitoring of multiple currents - Expansion up to 31 units - Integration from Modbus RTU to Modbus TCP You can consider configurations ranging from small-scale to multi-point setups for main and branch circuits or multi-circuit panels. This can also be utilized for configuration confirmation before implementation, design during the addition of monitoring points, and planning for future expansions. Please take a look at the materials. For actual configuration conditions, please contact us individually.

• Ammeter
• UPS/Uninterruptible Power Supply
• Server Rack

To connect the current data from equipment to IoT applications and remote monitoring, it is necessary to confirm not only the measurement performance but also the communication method and the connection configuration with higher-level devices. The PAL-Plus large-capacity version is a sensor with built-in communication functionality that measures alternating current and outputs it via Modbus RTU (RS-485). By combining it with Modbus-compatible PLCs, BMS, SCADA, and IoT gateways, you can consider equipment monitoring that leverages existing infrastructure. Being an integrated measurement and communication unit helps keep the configuration clear and contributes to space-saving within the panel. [Challenges] Want to incorporate current data into higher-level systems / Want to organize communication and connection conditions / Want to simplify the device configuration for IoT monitoring [Expected Effects] Output current values to Modbus-compatible devices / Design monitoring configurations with PLCs, IoT gateways, and PAL-Plus units / Collaborate from data collection to visualization according to application needs The materials include examples of various system constructions, power and wiring conditions, and key specifications of the sensor and PAL-Plus unit. They can be used to clarify connections with higher-level devices. By organizing circuit conditions, power, wiring, communication specifications, and role distribution with higher-level devices in advance, it helps in comparing IoT monitoring configurations that utilize existing systems and in considering connections before implementation.

• Ammeter
• UPS/Uninterruptible Power Supply
• Server Rack

When adding current monitoring to existing distribution boards and power equipment, devices that can be installed according to the available space inside the panel and wiring conditions while maintaining the operation of the equipment are required. The PAL-Plus high-capacity version is a split clamp-type AC current sensor that can be installed by sandwiching it between existing wiring, allowing for installation on existing equipment without the need for power outage work. Additionally, it has built-in measurement functions and Modbus RTU (RS-485) communication capabilities, which reduces the number of devices and achieves a space-saving monitoring configuration. It is available in four models: 125A, 250A, 400A, and 630A, allowing selection based on the current values to be measured and cable diameters. 【Usage Scenarios】 - Adding current monitoring to existing equipment - Increasing monitoring points within the distribution board - Integration with existing upper-level systems 【Benefits of Implementation】 - Easy to install on existing wiring due to its split design - Reduction in the number of devices due to integrated measurement and communication - Effective use of limited space inside the panel - Transmission of current values to upper-level devices compatible with Modbus *For more details, please refer to the PDF document or feel free to contact us.

• Ammeter
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

To ensure stable operation of the main circuit, UPS, and PDU in a data center, it is important to continuously monitor power usage. The PAL-Plus large-capacity version is a split-core AC current sensor that supports four ratings: 125A, 250A, 400A, and 630A. It integrates measurement functions and Modbus RTU (RS-485) communication within the unit, contributing to the simplification of equipment configuration and space-saving within the panel, while assisting in monitoring power usage through the current sensor. 【Usage Scenarios】 - Current monitoring of the main circuit, UPS, and PDU - Adding remote monitoring capabilities to existing equipment - Integration with BMS, SCADA, and PLC systems 【Benefits of Implementation】 - Supports large-capacity circuits from 125A to 630A - Simplifies configuration with integrated measurement and communication - Effectively utilizes limited panel space - Compatible with Modbus-enabled higher-level devices *For more details, please refer to the PDF document or feel free to contact us.

• Ammeter
• UPS/Uninterruptible Power Supply
• Server monitoring and network management tools

When updating or expanding UPSs and servers, can you confirm the load before and after the work? The PAL-Plus 60A measures the AC current for each circuit, such as around the UPS and in rack distribution panels. By comparing the data before and after the update, you can confirm the changes in load due to equipment modifications. This sensor is designed to help you understand the current situation with data rather than just intuition when considering equipment updates or expansions. 【Usage Scenarios】 - Current comparison before and after UPS updates - Equipment updates for PDUs and distribution panels - Load confirmation before and after server expansions - Verification of A and B power circuits - Regular inspections of critical circuits 【Benefits of Implementation】 - Numerical comparison of load before and after updates - Confirmation of changes due to equipment expansions - Acquisition of current data necessary for update planning - Organization of load by rack and circuit - Support for decision-making when reviewing power capacity Please check the product catalog for detailed specifications such as measurement range and connection methods.

• Ammeter
• UPS/Uninterruptible Power Supply
• Server monitoring and network management tools

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

Before adding servers, have you checked the load on the racks and PDUs? The PAL-Plus 60A measures the alternating current flowing through the branch circuits of server racks and PDUs. It allows you to check the load on a per-rack and per-circuit basis, making it useful data when considering server expansions or equipment changes. Its compact split clamp design makes it easy to retrofit existing rack distribution boards or fit into limited panel space. 【Usage Scenarios】 - Monitoring branch circuits of server racks - Measuring current of rack PDUs - Checking load on rack distribution boards - Monitoring current in UPS surrounding circuits - Checking load before and after server expansion 【Benefits of Implementation】 - Understanding load per rack and circuit - Collecting current data from multiple circuits at once - Identifying differences in load between racks - Comparing changes before and after server expansion - Gathering data to consider power capacity For ways to utilize it with racks, PDUs, and distribution boards, please refer to the product catalog.

• Ammeter
• UPS/Uninterruptible Power Supply
• Server Rack

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

I want to add current monitoring. However, I want to make the most of the existing equipment as much as possible. With the PAL-Plus 60A, you can add current measurement points to existing racks and distribution boards. Its split clamp design makes it easy to consider retrofitting to existing wiring. Instead of replacing all the equipment at once, you can start with the circuits you want to check first. You can expand monitoring within a manageable range. 【Usage Scenarios】 - Adding current monitoring to existing racks - Retrofitting to rack PDUs or distribution boards - Adding current data to existing PLCs - Gradual expansion of monitored circuits - Load verification before equipment updates 【Benefits of Implementation】 - Start monitoring while utilizing existing equipment - Gradual implementation from necessary circuits - Easy to install in limited space within panels - Obtain data for considering equipment updates - Easily adaptable for future expansion of monitoring scope For installation methods and detailed specifications, please refer to the product catalog.

• Ammeter
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

Shall we start monitoring the data center equipment in more detail? The PAL-Plus 60A is a sensor that measures the AC current of racks and branch circuits. The measured data can be sent to PLCs and monitoring systems via Modbus RTU. While utilizing the existing monitoring environment, we can start with the critical circuits first. You can begin equipment monitoring using current data. 【Use Cases】 - Current monitoring by circuit for server racks - Load verification for rack PDUs and distribution boards - Addition of current data to monitoring systems - Collection of current data from multiple racks - Addition of measurement points for remote monitoring 【Benefits of Implementation】 - Check the status of each rack and circuit - Utilize the existing Modbus-compatible environment - Gradual implementation starting from critical circuits - Support daily inspections and equipment management with data - Easy to expand to monitor numerous circuits For detailed specifications, please download the product catalog and check.

• Ammeter
• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply

The addition and densification of servers and routers can lead to localized temperature increases and imbalances in cooling loads in equipment rooms. "Smart Facility Manager" collects and analyzes temperature data from the facility environment, and AI automatically controls the air conditioning based on the situation. It ensures necessary cooling while minimizing excessive cooling, supporting the review of temperature management and air conditioning operations after expansion. The applicability to existing air conditioning systems will be provided after confirming the model and equipment conditions. For details, please download the materials and check.

• Cooling system
• Server monitoring and network management tools
• Server Cooler

In server rooms and communication equipment rooms within buildings, temperature management is essential based on the addition of equipment and usage conditions. "Smart Facility Manager" is a service that supports the efficiency of air conditioning operations by automatically controlling air conditioning based on temperature data from the facility environment using AI, leading to energy savings through reduced air conditioning power and alleviating the burden of manual adjustments through AI-driven automatic control. We will check the status of the target equipment and provide individual proposals for feasibility and configuration. For more details, please download the materials and check.

• Cooling system
• Server monitoring and network management tools
• Server Cooler

In managing server rooms and communication equipment rooms, it is important to continuously monitor the temperature and air conditioning conditions and operate according to the equipment environment. "Smart Facility Manager" is a service that supports equipment operation not solely relying on the experience of personnel by analyzing the acquired temperature data and performing automatic air conditioning control using AI as needed. For more details, please download the materials and check.

• Cooling system
• Server monitoring and network management tools
• Server Cooler

With the update of the in-house communication infrastructure, adding servers and edge equipment will also change the heat generation and temperature distribution. The "Smart Facility Manager" collects and analyzes temperature data from the equipment environment, and the AI automatically controls the air conditioning according to the condition of the equipment. Since it may be possible to utilize existing air conditioning systems, we propose configurations tailored to the equipment conditions for facilities that want to review their cooling operations alongside the renewal of the communication infrastructure. For more details, please download the materials and check.

• Cooling system
• Server monitoring and network management tools
• Server Cooler

The temperature data obtained in the server room provides clues to understand heat accumulation and excessive cooling, helping to improve air conditioning operations. "Smart Facility Manager" collects and analyzes temperature data from the facility environment, and based on that data, AI automatically controls the air conditioning. It supports continuous operational improvement and energy saving by utilizing objective data. For more details, please download the materials and check them.

• Cooling system
• Server monitoring and network management tools
• Server Cooler

In facilities responsible for interconnecting data centers, appropriate management of temperature and air conditioning is essential for the stable operation of internal server equipment. "Smart Facility Manager" collects and analyzes temperature data from the facility environment, and AI automatically controls the air conditioning according to the indoor environment, helping to reduce excessive cooling and improve the efficiency of air conditioning operations. In implementation cases, there are examples of reducing annual average air conditioning electricity consumption by about 30%. *Results may vary depending on equipment conditions, load situations, and operational conditions. For details, please download the materials and check.

• Cooling system
• Server monitoring and network management tools
• Server Cooler

In energy-efficient operation of data centers, it is important to continuously monitor not only the overall power consumption of the equipment but also the power usage on a circuit-by-circuit basis. The PAL-Plus type E measures alternating current, simple power, and simple accumulated energy by circuit, providing the necessary data for analyzing equipment loads and verifying the effectiveness of energy-saving measures. Due to its split clamp design, it can also accommodate retrofitting measurements to existing wiring. 【Usage Scenarios】 - Circuit-by-circuit power monitoring in data center PDUs and distribution boards - Understanding load trends and power usage in server rooms - Comparing power data before and after implementing energy-saving measures 【Implementation Benefits】 - Visualization of power usage trends by circuit - Support for power cost analysis and consideration of energy-saving measures - Expansion of monitoring data for existing equipment For detailed specifications, system configuration, and implementation methods, please refer to the documentation.

• Power meter
• Power Monitoring Equipment
• Other energy equipment

The introduction of a remote monitoring system for data centers requires a comprehensive design and adjustment process that spans multiple stages, including organizing monitoring targets and measurement points, selecting equipment, installation work, software configuration, and operational verification. This service provides total support from on-site surveys to configuration proposals, equipment procurement, construction, settings, and pre-operation checks, facilitating a smooth implementation. 【Usage Scenarios】 - New introduction of a remote monitoring system for data centers - Addition of monitoring equipment and measurement points to existing server rooms - Retrofitting sensors to existing distribution boards and server racks 【Implementation Benefits】 - Improved efficiency in process management through centralized contact for implementation - Reduced adjustment load related to equipment, construction, and settings - Support for the smooth launch and start of operations of the monitoring system For more details, please refer to the documentation.

• server
• Other server related
• UPS/Uninterruptible Power Supply

For the stable operation of server racks and PDUs, it is important to understand the current values for each branch circuit and to continuously monitor load imbalances and changes over time. The PAL-Plus 60A measures the AC current of rack branch circuits and transmits data to the monitoring system via Modbus RTU. It adopts a compact split clamp design, making it suitable for adding to existing equipment with limited panel space. 【Usage Scenarios】 - Current monitoring in server rack branch circuits - Checking load conditions around PDUs and UPSs - Multi-point current measurement in communication racks 【Implementation Benefits】 - Visualization of load conditions at the rack and circuit level - Support for understanding changes due to load imbalances or equipment configuration changes - Capability to add monitoring points in limited panel space For detailed specifications, system configurations, and implementation methods, please refer to the documentation.

• Other Sensors
• Ammeter
• Server monitoring and network management tools

In base stations and communication facilities, it is necessary to reliably distribute DC-48V power to each communication device while ensuring protection functions and alarm configurations according to equipment requirements. The IBS is a distribution board that supports the branching supply of DC-48V power for communication use. The number of branches, alarm fuses, and enclosure specifications can be individually designed to match installation conditions and power supply requirements. 【Usage Scenarios】 - DC power equipment for 5G base stations and communication facilities - DC-48V branching power supply to communication racks and transmission devices - Upgrading and expanding existing DC-48V equipment 【Implementation Benefits】 - Stable distribution of DC power to communication equipment - Optimization of the number of branches and alarm configurations according to equipment requirements - Support for designing power configurations with future equipment expansions in mind Specifications and configurations vary depending on equipment requirements. Please refer to the documentation for details.

• Communications
• LAN construction and wiring work
• Routers, Switches, and Hubs

In data centers and server rooms, measuring only representative points indoors may not capture localized heat buildup and temperature variations around racks. PAL-Temp is a compact Modbus-compatible sensor that can measure temperature and humidity at multiple points. It can be placed in locations suitable for monitoring purposes, such as the intake and exhaust sides of racks, under the floor, and around air conditioning outlets. 【Usage Scenarios】 - Comparison of temperature and humidity between the intake and exhaust sides of racks - Environmental monitoring around the floor and air conditioning outlets - Multi-point measurement in communication equipment rooms and server rooms 【Implementation Benefits】 - Visualization of localized heat buildup and temperature variations - Acquisition of data to consider air conditioning settings and airflow improvements - Support for continuous monitoring of equipment environments and understanding changes For detailed specifications, system configurations, and implementation methods, please refer to the documentation.

• Digital thermometer
• Temperature Data Logger
• Thermometer

The direct current power supply equipment in data centers requires a branching configuration that considers not only power supply efficiency but also maintainability, protection coordination, and future load expansion. The HVDC-SVU is a distribution board compatible with high-voltage direct current power supply systems such as HVDC and DC380V. Depending on the equipment capacity and branching requirements, the number of branch circuits and the configuration of circuit breakers can be designed individually. 【Usage Scenarios】 - Data centers adopting HVDC power supply methods - New installation and renewal of DC380V power supply equipment - Addition of direct current branch circuits due to server equipment expansion 【Implementation Effects】 - Supports the construction of a highly efficient direct current power supply system - Achieves branching and protection configurations that meet equipment conditions - Ensures scalability considering future load expansion Detailed specifications vary depending on equipment requirements. Please check the materials and contact us for inquiries.

• Distribution Board
• Other server related
• Server Rack

In high-capacity circuits of data center PDUs and distribution boards, understanding not only the current values but also the simplified power consumption per circuit and the load imbalance between phases is fundamental to equipment capacity management. The PAL-Plus type E2 supports single-phase three-wire and three-phase three-wire circuits, measuring AC currents from 125A to 630A, as well as simplified power and simplified cumulative power consumption. The measurement data can be utilized for load analysis and equipment capacity planning. 【Usage Scenarios】 - Main and branch circuits of data center PDUs - Power monitoring of high-capacity distribution boards and equipment trunk lines - Load analysis of single-phase three-wire and three-phase three-wire circuits 【Benefits of Implementation】 - Visualization of power usage trends in high-capacity circuits - Support for understanding load imbalances between phases - Acquisition of data necessary for equipment capacity planning and expansion decisions For detailed specifications, system configuration, and implementation methods, please refer to the documentation.

• Power meter
• Power Monitoring Equipment
• Other energy equipment

Before the full-scale introduction of the equipment monitoring system, a Proof of Concept (PoC) will be conducted by limiting the target equipment and monitoring points, allowing for a concrete verification of the necessary measurement items, data utilization methods, and operational structure. The Gateway BOX is a gateway that combines the necessary functions for using PAL series sensors and the cloud, enabling the establishment of a small-scale equipment monitoring environment. 【Usage Scenarios】 - PoC for data center equipment monitoring - Preliminary verification of power visualization targeting critical circuits - Small-scale monitoring in communication equipment and edge locations 【Implementation Effects】 - Verification of monitoring effectiveness by limiting target equipment - Organization of monitoring points and operational methods necessary for full-scale implementation - Support for consideration of system configuration and implementation scale based on verification results For detailed specifications, system configuration, and cloud functions, please refer to the materials.

• Power Monitoring Equipment
• Demand Monitoring
• Other Energy Saving

If the UPS battery maintenance plan is formulated solely based on the number of years since installation, it may not adequately reflect the differences in individual battery conditions and usage environments. This system continuously monitors internal resistance, voltage, and temperature remotely, utilizing measurement history and threshold information for selecting inspection targets and determining replacement timing. It can be retrofitted to existing battery systems. 【Usage Scenarios】 - Monitoring the condition of UPS batteries in data centers - Remote management of batteries installed in communication facilities and multiple locations - Narrowing down inspection targets and formulating replacement plans 【Implementation Benefits】 - Continuous remote understanding of battery conditions - Supporting improved objectivity in inspection and replacement decisions - Enhancing preventive maintenance and maintenance records using measurement history For detailed specifications, system configuration, and installation conditions, please refer to the documentation.

• UPS/Uninterruptible Power Supply
• server
• Server monitoring and network management tools

When selecting PDUs for data centers, it is necessary to organize equipment requirements not only by capacity but also by input voltage, secondary voltage, transformer configuration, harmonic mitigation, and measurement and monitoring functions. This PDU supports three-phase 200V and 400V input and 100 to 600 kVA, and allows for custom designs incorporating transformers, measuring instruments, and monitoring systems according to power supply conditions. 【Usage Scenarios】 - PDU upgrades for medium to large data centers - Additional power capacity due to server equipment expansion - Construction of AC distribution equipment with power measurement and monitoring functions 【Implementation Effects】 - Building PDU specifications that fit input conditions and load configurations - Integrating large capacity power supply with power monitoring functions - Supporting equipment design with scalability considering future load expansions Specifications and configurations may vary based on equipment requirements. Please refer to the documentation for details.

• Distribution Board
• Distribution Board
• Other server related

In 5G base stations and outdoor communication equipment, it is necessary to efficiently accommodate functions such as optical connector connections, fusion connections, and cable excess storage within limited installation space. This product is an outdoor optical termination box that supports 4 to 24 fibers. It consolidates the optical wiring around the base station and allows for integrated management of connection points and excess cable. 【Usage Scenarios】 - Optical cable entry points for 5G base stations and wireless communication equipment - Connection and fusion of optical cables around outdoor panels - Optical termination associated with the expansion or upgrade of base stations 【Implementation Benefits】 - Integration of optical connector connections, fusion connections, and excess storage - Consolidation and organization of optical wiring in confined spaces - Support for improved workability and maintainability of outdoor optical wiring construction For detailed specifications, housing configurations, and installation conditions, please refer to the documentation.

• Distribution Board
• Distribution Board
• LAN/Optical cable

The "Smart Facility Manager (Air Conditioning AI)" is a solution that collects and analyzes the temperature around racks in data centers and server rooms, automatically controlling the air conditioning settings and operation through AI. The AI continuously analyzes temperature data to optimally control the air conditioning 24/7. It reduces excessive cooling in server rooms and aims to decrease air conditioning power consumption. Additionally, it streamlines tasks that were previously done manually by staff, such as temperature checks, air conditioning settings, and operational status verification, contributing to the efficiency and standardization of facility operations and the elimination of reliance on specific individuals. It can be retrofitted to existing packaged air conditioning systems and is compatible with various air conditioning methods such as PAC and AHU. Hexacore Inc. supports the implementation from the investigation of existing equipment, proposal of system configuration, installation work, various settings, operational checks, to the start of operations. For more details, please download the materials or feel free to contact us.

• air conditioning
• Other air conditioning equipment
• Server Cooler

When on-premises networks are relocated, expanded, or redesigned, monitoring targets, installation work, configuration, and testing must also be reviewed. This service coordinates equipment selection, on-site installation, setup, and verification to help visualize the condition of network and power infrastructure. Use cases • Adding monitoring during on-premises network reconstruction • Installing current sensors after network relocation or expansion • Initial monitoring-software setup for communications equipment • Standardizing on-site installation and setup across multiple locations Business benefits • Easier planning of monitoring equipment for relocation and expansion projects • Reduced coordination effort across hardware, installation, and software workstreams • Fewer rework issues through post-installation setup and functional testing

• Server monitoring and network management tools
• Other server related
• UPS/Uninterruptible Power Supply

PAL-Plus is an IoT sensor with built-in communication functionality that measures AC current up to 60A. Key Features Supports Modbus RTU for easy integration with existing systems. Split-clamp design allows safe and simple installation without stopping operations. Built-in communication enables ultra-compact size, making multi-point installation easy. Combined with the PAL-Plus Unit, a gateway that converts sensor signals to Modbus RTU and supplies power, you can build space-saving and cost-effective systems. For details, download the brochure or contact us. Rental units are also available. For sensors over 60A, please refer to the PAL-Plus High-Capacity Model page.

• Ammeter
• Other energy equipment
• Other server related

We present an application example of remote monitoring for UPS batteries utilizing the manager software CEW-M4. As an alternative to conventional manual battery inspections, we propose remote monitoring through CEW-M4. This solution enables early detection of battery conditions, contributing to reduced maintenance workload and minimized operational risks.

• UPS/Uninterruptible Power Supply
• Distribution Board
• Other server related

"Building a data center involves not only installing servers, routers, and communications equipment, but also coordinating the installation and start-up of current sensors and monitoring software. Our service supports equipment selection, on-site installation, configuration, testing, and operational start-up as one coordinated project. Use cases • New current monitoring for server racks • Retrofitting monitoring to existing distribution panels and rack equipment • Coordinating maintenance teams, contractors, and monitoring-system vendors Business benefits • Less workload from site survey and system proposal through procurement and installation • Easier coordination across multiple contractors and vendors • Better alignment between equipment and installation scope, helping reduce rework"

• Server monitoring and network management tools
• Other server related
• UPS/Uninterruptible Power Supply

In the data center industry, under the Energy Conservation Law's benchmark system, data center operators that meet certain requirements are required to report their PUE regularly, with a target level of PUE below 1.4 set for the fiscal year 2030. In response to this trend, the establishment of a monitoring system utilizing PUE visualization, power monitoring, and alarm notifications has become an essential effort to balance energy conservation promotion and stable operations. On the other hand, implementing a remote monitoring system in a data center requires a wide range of processes, including on-site surveys, proposals, sensor installation work, server and software configuration, and operational checks, which can often be a significant burden for those in charge of implementation. Hexacore Inc. provides a one-stop solution for this entire series of processes, significantly reducing the effort and adjustment load during implementation, and supporting a smooth and reliable startup.

• Other server related
• server

The PDU series is an AC distribution board for data centers that can accommodate a wide range of specifications, including the installation of various transformers and measuring instruments, as well as measures against harmonics. Based on our extensive design and manufacturing experience, we propose and provide customized products to meet your requirements, contributing to the construction of safe data centers. 【Three Key Points】 1. We have a proven track record of installing various transformers, from small capacities to large capacities of 600kVA, allowing us to respond broadly to your needs. Additionally, we offer options for shipping with our measurement and monitoring systems, PAL-Plus and iDC-SVS4, pre-installed or as retrofitting options, contributing to safe facility construction and labor-saving in on-site work. 2. As a measure against harmonics, we contribute to the construction of safe data centers by accommodating the installation of K-Factor transformers and increasing the size of electrical wires. 3. Based on the know-how gained from delivering products to numerous data centers, including major ones, we provide the most suitable products for our customers. We also have a robust system for regular inspections and aftercare after product delivery, ensuring that our products can be used for a long time. We can also ship and retrofit various sensors from our company! The "visualization of energy consumption" and "temperature and humidity management" of the distribution board can be comprehensively solved with Hexacore.

• Distribution Board

PAL-Temp is a compact IoT sensor equipped with built-in communication functionality, capable of measuring both temperature and humidity. It supports Modbus RTU communication, allowing seamless integration with a wide range of upper-level devices. Key Features 1. Modbus RTU Protocol for High Compatibility By adopting the widely used Modbus RTU protocol, PAL-Temp offers excellent compatibility and can be easily incorporated into existing systems and equipment. 2. Simple Installation with Cable Ties Installation is completed simply by securing the sensor with cable ties at the desired location. This enables easy deployment even in systems that are already in operation. 3. Compact Design with Built-in Communication Integrating communication functionality within the sensor itself enables a compact and lightweight design. PAL-Temp can be installed flexibly without constraints on location. System Integration with PAL-Plus Unit By combining PAL-Temp with the PAL-Plus Unit, which includes signal conversion to Modbus TCP and power supply functionality, users can build monitoring systems that are both space-efficient and cost-effective. Related Products We also offer a lineup of current sensors such as:PAL-Plus / PAL-Plus High-Capacity Model These sensors are capable of measuring AC current and are equipped with built-in communication features. Contact & Support For more details, please refer to our downloadable materials or feel free to contact us.

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

Hexacore Inc. provides support services for the implementation of remote monitoring systems for data centers. We offer one-stop support from investigation and proposal, equipment installation, server construction, software configuration, operation verification, to the start of operations. By providing our own developed software, sensors, and installation work as a package, we reduce the burden of coordinating multiple vendors. This is a suitable implementation support service for customers who desire a smooth introduction.

• Other server related
• server

The "CEW-M4" is a manager software compatible with the Modbus protocol that visualizes the values of various sensors and multimeters, achieving energy savings and improvements in productivity and quality. You can implement a power monitoring system that allows for easy setup and operation from the user's perspective. 【Three Key Points】 1. Various functions such as virtual sensors, comparison graphs, and map displays can be easily operated from a web browser. 2. You can efficiently manage a large number of sensors, including bulk registration via CSV files. Additionally, since most settings can be done by the operational administrator themselves, there is no need for vendor configuration changes, which can reduce costs. 3. It can accommodate up to 20,000 sensors, allowing for a wide range of system construction from small to large scale. For more details, please download the materials or feel free to contact us. | We also offer a lineup of various sensors, including AC current sensors and temperature and humidity sensors. |

• Other energy equipment
• Power Monitoring Equipment
• Other server related

Retrofitting current monitoring in high-density data centers requires site checks, mounting-position coordination, equipment procurement, installation, and software setup—often across multiple vendors. Our service supports sensor installation and monitoring-software launch for rack-area equipment, reducing deployment workload and organizing the steps through operational start-up. Use cases • Installing current sensors on data-center rack equipment • Deploying monitoring aligned with cable, rack, and tray plans • Building centralized visibility across multiple racks Business benefits • Integrated site survey, procurement, installation, and configuration • Reduced coordination burden across project stakeholders • Smoother operational start-up through functional testing

• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply
• server

Remote operation and monitoring require not only an IoT sensor network and visibility into edge equipment, but also efficient on-site installation and configuration. This service provides coordinated support from current-sensor installation and monitoring-software setup through functional testing and operational start-up. Use cases • Deploying current sensors in IoT sensor-network environments • Launching remote monitoring for edge facilities and containerized data centers • Initial software setup for centralized multi-site management • Coordinating on-site work at unmanned or remote facilities Business benefits • One point of contact for installation, software setup, and testing • Reduced coordination effort for multi-site and remote-site projects • Better configuration consistency and fewer start-up rework issues

• Server monitoring and network management tools
• UPS/Uninterruptible Power Supply
• Server Rack