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

We support the introduction, setup, and operation verification of sensors to visualize the current state, including not only the equipment but also the installation work. Even in environments where it is difficult to stop the operation of communication networks, our company contributes to the smooth implementation of equipment monitoring environments by supporting everything from on-site surveys to operational start-up assistance. 【Usage Scenarios】 - Introduction of remote monitoring around optical communication equipment related to data center interconnections - Establishment of equipment monitoring environments with a focus on securing communication during disasters 【Benefits of Implementation】 - Our company handles the adjustment of equipment and construction, helping to organize the implementation process - Since the installation work primarily involves our own equipment, it contributes to reducing rework - Through operation verification, testing, and support for operational start-up, it becomes easier to smoothly transition to maintenance operations.

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

In remote operation and monitoring, not only is it essential to understand the status of IoT sensor networks and edge devices, but also to smoothly advance the installation and configuration of equipment on-site, which poses a challenge. Remote monitoring software and current sensor installation support (construction support) is a service that comprehensively assists in visualizing the electrical status of equipment from a distance, including sensor installation, monitoring software configuration, operation confirmation, and support for starting operations. It supports the creation of edge computing monitoring environments. 【Usage Scenarios】 - Installation of current sensors for IoT sensor network equipment - Establishment of remote monitoring environments for edge devices and container data centers - Configuration of monitoring software and initial installation for managing multiple locations - Coordination of on-site work and configuration tasks for unmanned or remote equipment 【Benefits of Implementation】 - You can consult about on-site installation, monitoring software configuration, and operation confirmation all at once, leading to reduced effort in implementation. - It helps minimize the burden of construction adjustments at multiple locations or remote areas, contributing to a smooth installation. - Since it is based on the construction of in-house equipment, it is easier to ensure consistency in configuration, which helps reduce rework at the start of operations.

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

In a data center, power equipment, communication equipment, and monitoring systems are interrelated. When arranging for sensor installation, remote monitoring device setup, and operation confirmation individually with each vendor, it tends to increase the adjustment workload. The introduction and construction support for the current monitoring system will visualize the status of UPS and surrounding power equipment. Our company will serve as the point of contact to assist in the installation, from the installation of current sensors to the construction of the monitoring environment, setup, and operation confirmation. This allows for consolidated consultation on the power monitoring introduction process, contributing to a smooth launch of the monitoring environment aimed at power outage countermeasures. 【Usage Scenarios】 - Introduction of current monitoring systems around UPS in the data center - Addition of power equipment monitoring aimed at power outage countermeasures - Installation of sensors and monitoring setup for power lines for communication equipment - Coordination of installation among power equipment personnel, construction companies, and monitoring software personnel 【Benefits of Introduction】 - Easier alignment between power equipment and monitoring systems, helping to reduce rework during the construction phase - Reduces the need for coordination among multiple vendors, making it easier to establish the implementation schedule - Smoothens the establishment of the monitoring system through operation confirmation, testing, and support for operational start-up.

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

In network visualization and management, it is important not only to monitor the operational status of communication equipment but also to consider how to introduce the necessary sensors, software, and construction for monitoring. Particularly during the relocation or expansion of networks and the reconstruction of on-site networks, changes in equipment configuration can complicate the organization of monitoring targets, installation work, settings, and operational verification, leading to challenges in coordination with various vendors. Our service supports the introduction process to visualize the state of on-site network equipment by providing comprehensive assistance from equipment selection to on-site installation, settings, and verification. 【Usage Scenarios】 - Additional introduction of monitoring environments during on-site network reconstruction - Installation of current monitoring sensors after network relocation or expansion - Initial settings for monitoring software aimed at visualizing communication equipment - Standardization of on-site and configuration work with an eye on managing multiple locations 【Benefits of Implementation】 - It becomes easier to organize the introduction plan for monitoring equipment associated with relocation or expansion. - It helps reduce the burden of adjusting equipment, construction, and software settings, contributing to labor-saving in implementation. - By supporting settings and operational verification after on-site installation, it helps prevent rework.

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

When introducing current monitoring in data centers, as wiring and racks become denser, if it becomes necessary to add current monitoring later, considerations such as on-site verification, adjustment of installation positions, equipment procurement, and configuration work will be required. However, the complexity of coordinating with various vendors before implementation is a challenge. Our company offers a support service for the introduction of current monitoring in data centers (construction service) to visualize the current information of equipment around racks by assisting with sensor installation and the setup (implementation) of monitoring software. This contributes to labor-saving in the introduction of monitoring environments and the organization of arrangements until operations begin. 【Usage Scenarios】 - Installation of current sensors on rack equipment within the data center - Introduction of monitoring environments in line with cable, rack, and tray planning - Creating a configuration for centralized management of multiple racks 【Benefits of Implementation】 - By minimizing the fragmentation of on-site surveys, equipment procurement, installation (construction), and configuration, we contribute to labor-saving and smooth implementation. - By having our company mediate the construction coordination burden with multiple stakeholders, we reduce the burden on customers and make schedule management easier. - With support for setup including operational verification, it becomes easier to proceed smoothly with the start of operations.

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

In building a data center, in addition to the installation of communication equipment such as servers and routers, adjusting construction to set up current sensors and monitoring software tailored to the site becomes a challenge. The support for the introduction and installation of current sensors is a service that facilitates the entire process from the introduction of equipment to visualize the current status within the data center, to on-site installation, configuration, operational verification, and support for starting operations. By not only introducing sensors and monitoring software but also supporting the setup that includes construction and configuration, it contributes to the smooth implementation of remote monitoring environments. [Usage Scenarios] - New installation of current monitoring for server racks within the data center - Addition of monitoring environments to existing distribution boards and rack equipment - Coordination of installation among maintenance personnel, construction companies, and monitoring system personnel [Effects of Implementation] - Leads to a reduction in the burden of implementation from on-site surveys, configuration proposals, equipment arrangements, to installation work - By acting as an intermediary, it becomes easier to manage the burden of construction coordination and work arrangements among multiple vendors - It facilitates the alignment of in-house equipment with construction content, helping to minimize rework during implementation.

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

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

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

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

PAL-Plus High-Capacity Model: IoT Sensor with Built-in Communication for AC Current Measurement We offer four sensor models supporting rated currents of 125A, 250A, 400A, and 630A. Key Features: Modbus RTU Communication Highly versatile and easily integrated into existing systems. Split-Type Clamp Sensor Enables safe and easy installation without stopping equipment operation. Ultra-Compact Design with Built-in Communication Ideal for installations with multiple measurement points, saving space and simplifying setup. Combine with the PAL-Plus Gateway, which converts sensor signals to Modbus TCP and supplies power to sensors, for a more space-efficient and cost-effective system configuration. For more details, please download the brochure or contact us. Demo units are available upon request. For small and medium-capacity sensors (up to 60A), please refer to the PAL-Plus product page.

• Ammeter
• Power Monitoring Equipment
• Other server related

This service is an implementation support service that continuously monitors data center and communication equipment information, assisting in the establishment of a management system that includes PUE visualization and alarm notifications. It provides comprehensive support from investigation to construction and settings, making it easier to promote visualization and operational organization. 【Challenges】 - Fragmented understanding of equipment status and power data - Desire to establish a monitoring system that includes abnormal notifications - Aim to advance centralized management across multiple locations and sites 【Usage Scenarios】 - Monitoring and visualizing the status of data center equipment - Centralized management of monitoring information from multiple sites - Continuous understanding of PUE-related information for energy-saving operations 【Benefits】 - Helps advance the understanding of equipment status and reduce reliance on specific individuals for operations - Supports the establishment of a rapid response system utilizing alarm notifications - Contributes to the organization and efficiency of maintenance operations through visualization If you wish 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

In data centers, compliance with the benchmarking system based on the Energy Conservation Act is required, and when certain criteria are met, the importance of understanding and reporting PUE at the operator level is increasing. Against this backdrop, creating an environment that allows for continuous remote monitoring and visualization of PUE is becoming increasingly important. Hexacore Inc. supports the visualization of PUE and the establishment of monitoring systems through the implementation of remote monitoring systems for data centers. From on-site surveys and proposals to sensor installation, server/software configuration, and operational checks, we provide a one-stop solution from preparation for implementation to the start of operations. Not only do we provide the system, but we also handle the installation work as a package, enabling a smooth launch while minimizing the coordination burden with multiple vendors. For data center operators facing challenges such as "I want to visualize PUE" or "I want to implement a monitoring system but would like to entrust the construction and configuration as well," we have prepared materials summarizing our support for implementation. The materials detail the scope of on-site surveys, construction, and configuration, so please feel free to download them or contact us for more information.

• Other server related
• server

This service is an implementation support service that comprehensively assists in the introduction of remote monitoring systems for data centers, from on-site surveys and proposals to construction, configuration, and operational verification. It supports the creation of a monitoring infrastructure aimed at stable operations, accommodating PUE visualization, power monitoring, and alarm notifications. 【Challenges】 - It is difficult to organize the approach to implementing data center monitoring. - We want to reduce the adjustment burden of multiple processes, including construction and configuration. - We want to incorporate PUE visualization and power monitoring into the operational infrastructure. 【Use Cases】 - Establishing a monitoring infrastructure for new data centers. - Adding remote monitoring capabilities to existing facilities. - Reviewing the monitoring, visualization, and notification systems during upgrades. 【Benefits】 - Proposing suitable products (sensors and software). - Making it easier to organize the steps from preparation to launch. - Reducing the adjustment burden with multiple vendors, contributing to a smooth launch. If you would like to organize the scope and approach for implementing remote monitoring for data centers, please check the materials or feel free to contact us.

• Other server related
• server

To make visualization systems easier to adopt, we consolidate and package the devices required for system setup inside an indoor plastic enclosure and provide it as the “Gateway BOX”. Just prepare the following to start visualization right away: Gateway BOX PAL series sensors (as many as required) Bus cable What were the challenges before? On-site surveys for system installation required significant time and operational effort Equipment design (e.g., an enclosure/box for each facility) was required, costing both time and money With the Gateway BOX: Perform simple initial settings Connect and install the Gateway BOX and PAL series sensors—done You can build a visualization environment without troublesome on-site surveys or design processes. Gateway BOX contents: PUSHLOG: 1 unit Power supply: 1 unit (for powering PUSHLOG and PAL series sensors) AC 100V plug: 1 This is a small-scale, trial-oriented system introduction plan, ideal for customers who want to “start visualization first”.

• Other security and surveillance systems
• Power Monitoring Equipment
• Demand Monitoring

This is a monitoring system that visualizes the status of UPS batteries supporting local 5G base stations, edge facilities, and on-site communication equipment remotely. It is not focused on performance management of the communication equipment itself, but rather helps streamline the maintenance of backup power sources that support stable operation. By enabling status checks and alert management across multiple locations, it supports the efficiency of on-site responses.

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

It is important to prevent power troubles in equipment such as surveillance cameras, disaster prevention systems, access control systems, and critical communication equipment, as their failure can easily impact operations and safety. If risks such as power outages, battery deterioration, and temperature changes are not understood, there is a possibility that the equipment will not operate normally in emergencies. The battery monitoring solution remotely monitors the battery status of UPS and uninterruptible communication devices, supporting the early detection of deterioration and abnormal signs. Through threshold management and alert notifications, it can be utilized as part of equipment maintenance and physical security measures, contributing to the reduction of operational risks during relocation or expansion. 【Usage Scenarios】 * Surveillance camera equipment * Disaster prevention equipment * Access control systems * Critical communication equipment * Security-related equipment 【Benefits of Implementation】 * Early detection of battery deterioration and temperature changes * Rapid response through alert notifications * Strengthening of equipment maintenance and preventive maintenance * Reduction of the risk of critical equipment failure This solution is a battery monitoring solution that allows for remote monitoring of UPS batteries supporting critical equipment.

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

In office buildings, commercial facilities, factories, and schools, managing UPS batteries is essential for the stable operation of in-house networks and building communication equipment. When equipment is scattered across different floors or buildings, checking on-site can be labor-intensive, and responses to deterioration or abnormalities may be delayed. The battery monitoring solution is a system that allows for the centralized monitoring of the status of UPS batteries installed within a building via a web interface. By utilizing threshold management and alert notifications, it reduces the burden of daily inspections and aids in strengthening power management during network reconstruction or equipment updates. 【Usage Scenarios】 * Office buildings * Commercial facilities * Factories and schools * In-building communication equipment * In-house network equipment 【Benefits of Implementation】 * Centralized management of UPS batteries within the building * Reduced burden of daily inspections and on-site checks * Early detection of abnormalities through threshold management * Enhanced power management during equipment updates * Support for stable operation of in-house communication equipment This solution is a battery monitoring system that enables remote monitoring of UPS batteries scattered throughout the building.

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

In communication infrastructure such as communication buildings, station houses, and inter-site network equipment, the reliability of backup power sources is crucial for maintaining communication during disasters and power outages. Relying solely on local checks of the UPS and uninterruptible communication device battery status can lead to missing signs of deterioration or abnormalities, potentially resulting in communication outages or delays in recovery. The battery monitoring solution visualizes the status of UPS and uninterruptible communication device batteries remotely, supporting early detection of abnormal signs and improving maintenance efficiency. It allows for understanding the power status of multiple sites, contributing to the maintenance and operation of communication networks and ensuring communication during disasters. 【Usage Scenarios】 * Communication buildings * Station houses * Inter-site network equipment * Base station-related equipment * Uninterruptible communication devices 【Benefits of Implementation】 * Early detection of battery abnormal signs * Improved maintenance efficiency * Centralized management of multiple sites * Reduced risk of communication outages during disasters and power outages This solution is a battery monitoring solution that enables remote monitoring of UPS batteries supporting communication infrastructure.

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

In data centers and server rooms, it is essential to ensure that critical IT equipment such as servers, network devices, and storage operates stably 24 hours a day. UPS (Uninterruptible Power Supply) and uninterruptible communication devices are installed to prepare for power outages and voltage drops, but if the degradation of batteries and temperature changes are not monitored, there is a possibility that the backup power supply may not function adequately when needed. The battery monitoring solution visualizes the condition of UPS batteries, including internal resistance, voltage, and temperature, allowing for early detection of degradation signs from a remote location. It supports planned replacements and maintenance, contributing to the stable operation of data centers and the reduction of power supply trouble risks. **Usage Scenarios** * Data centers * Server rooms * UPS equipment * Uninterruptible communication devices * Server and router installation environments **Benefits of Implementation** * Early detection of battery degradation signs * Support for planned replacements and maintenance * Labor-saving for routine inspections and on-site checks * Reduced operational risks during power outages This solution is a battery monitoring solution that enables remote monitoring of UPS batteries in data centers and server rooms.

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

In optical communication technology, it is essential to reliably support high-speed and large-capacity data transmission through interconnections between data centers and networks between locations. On the other hand, in equipment rooms and around racks where network devices and optical transmission equipment are concentrated, the complexity of operational management and the need for rapid response during failures become challenges, making heat management crucial for maintaining availability. PAL-Temp is a temperature and humidity sensor that visualizes the surrounding environment of communication infrastructure equipment. By installing it around server rooms, exchange buildings, and racks of optical transmission devices, changes in temperature and humidity can be detected early and used as decision-making material for maintenance and operations. 【Usage Scenarios】 - Equipment rooms supporting interconnections between data centers - Communication equipment rooms and exchange buildings for inter-location networks - Areas around optical transmission devices and network equipment racks - Maintenance and operational monitoring of communication networks 【Benefits of Implementation】 - Visualization of environmental changes around communication equipment - Early detection of temperature and humidity anomalies - Support for isolating causes during failures - Remote monitoring of equipment at locations and improved maintenance efficiency - Contribution to stable operation of communication infrastructure

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

In local 5G and high-density communication areas, it is important to maintain availability through a system that collects and visualizes the environmental conditions on-site, as early detection of signs of abnormalities can lead to improved operational efficiency. PAL-Temp is a compact IoT sensor with built-in communication capabilities that can acquire temperature and humidity data. By installing it around equipment, it helps in collecting temperature and humidity data, aiding in understanding the on-site conditions. 【Usage Scenarios】 - Environmental monitoring of IoT sensor networks - High-density communication areas, communication equipment rooms - Rack rows and air conditioning areas within data centers - Remote monitoring systems, cloud monitoring 【Benefits of Implementation】 - Collection of temperature and humidity data from numerous points - Understanding environmental conditions from a distance - Utilization for abnormal detection and preventive maintenance - Gradual implementation at low cost and with reduced construction work - Support for expanding monitoring ranges and cloud integration

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

With the advancement of next-generation technologies, data centers are increasingly densifying their servers, making heat management and airflow optimization, in addition to wiring management, crucial. Early detection of temperature rises and humidity changes around racks and within the floor is essential for preventing equipment troubles and ensuring stable operations. PAL-Temp is a compact temperature and humidity sensor with built-in communication capabilities that can measure temperature and humidity. It visualizes environmental information around server racks, under the floor, and near air conditioning, supporting operational management and maintenance after the construction of data centers. 【Usage Scenarios】 - Data centers - Server rooms, around server racks - Around air conditioning equipment, under the floor, rack rows - Communication equipment rooms, facilities 【Benefits of Implementation】 - Early detection of heat accumulation and abnormal temperature/humidity - Visualization of the environment around servers and routers - Support for isolating causes during failures - Multi-point monitoring at low cost and space-saving - Contribution to stable operation and preventive maintenance of equipment

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

In the reconstruction of communication facilities and in-house networks within buildings, it is important not only to update wiring and equipment but also to continuously monitor the condition around equipment rooms and racks. Additionally, from the perspective of security and maintaining availability, efforts are required to mitigate the impact of environmental factors such as temperature and humidity on the equipment. PAL-Temp is a compact temperature and humidity sensor that is easy to add to existing communication equipment rooms, stations, and server rooms. It visualizes environmental changes around the equipment, supporting early detection of anomalies and improving the efficiency of maintenance inspections. 【Usage Scenarios】 - Communication equipment within buildings - In-house network equipment rooms - Communication buildings and stations - Server rooms, wiring panels, and areas around racks 【Benefits of Implementation】 - Early detection of temperature and humidity anomalies in equipment rooms - Prevention of equipment troubles caused by environmental factors - Realization of retrofitted monitoring for existing equipment - Reduction of the burden of patrol checks and maintenance inspections - Complementing equipment protection and physical security measures

• Thermometer
• Temperature and humidity measuring instruments
• Cooling system

When adding monitoring functions to rack distribution boards and PDU boards, it is important to consider compatibility with multiple circuits, internal space within the board, wiring labor, and integration with upper-level monitoring. The PAL-Plus large-capacity version is an AC current sensor that incorporates measurement and communication functions on the sensor side. Thanks to its connector and bus cable connection configuration, it can be installed in a monitoring setup for multiple points with reduced construction and labor, and it can be easily retrofitted to existing equipment (such as distribution boards). 【Usage Scenarios】 - Current monitoring of the main and branch circuits of rack distribution boards - Retrofitting current monitoring functions to the primary and secondary branch of PDU boards - Retrofitting to existing distribution boards 【Benefits of Implementation】 - Adding current monitoring functions to distribution boards contributes to enhancing proposal value - Incorporating measurement and communication functions on the sensor side allows for simple and low-construction retrofitting - The use of connectors and bus cables reduces the workload during installation - Modbus compatibility facilitates easy integration of current data with upper-level monitoring systems For more details, please download the materials and check them.

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

This is an AC current sensor that can be retrofitted with current monitoring functions to existing power panels and distribution boards. The PAL-Plus large-capacity version (AC current sensor) is a split clamp type AC current sensor that incorporates measurement and communication functions. It supports the visualization of equipment status by acquiring current values from high-capacity circuits such as the secondary side of PDUs and bus duct branches. 【Usage Scenarios】 - Additional monitoring of main and branch circuits in existing power panels and distribution boards - Current monitoring of secondary side of PDUs and bus duct branch circuits - Understanding the status of power supply circuits at rack rows and equipment areas - Adding monitoring points in line with equipment updates or revisions of monitoring systems 【Benefits of Implementation】 - Allows for the addition of current monitoring to necessary circuits while utilizing existing equipment - Split clamp design enables retrofitting monitoring on-site - Current values can be digitized for understanding equipment status and remote monitoring - Supports gradual expansion from small-scale implementations to monitoring multiple points For more details, please download the materials and check them.

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

For the stable operation of data centers, it is important to continuously monitor the load conditions of the power system, including the PDU panel, UPS secondary side, and server rack distribution panels. The PAL-Plus high-capacity version is a split clamp-type AC current sensor that supports large capacity circuits from 125A to 630A. It is easy to retrofit to existing equipment and can link current data obtained via Modbus RTU to higher-level monitoring systems. 【Usage Scenarios】 - Monitoring the current of the main PDU panel and secondary side branches - Understanding the load conditions of UPS secondary side distribution panels and power panels - Monitoring the main lines supplying power to server rack distribution panels and rack rows - Gradually adding monitoring points from critical circuits 【Benefits of Implementation】 - Enables monitoring of large capacity circuit currents retrofitted to existing equipment - Contributes to understanding load fluctuations and abnormal signs through constant monitoring that does not rely on patrol checks - Supports Modbus TCP integration and multiple sensor connections when combined with the PAL-Plus unit - Can be used as a basis for maintenance responses and capacity planning through understanding the state of the power system For more details, please download the materials and check them.

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

In communication buildings and stations, stable operation of power supply equipment that supports communication services, such as power panels, UPS, rectifiers, and air conditioning/cooling systems, is required. The PAL-Plus large-capacity version is a split clamp-type AC current sensor that is easy to install on existing wiring. It outputs current values via Modbus RTU, supporting integration with existing monitoring systems and gateways. 【Usage Scenarios】 - Monitoring current in power panels and distribution boards of communication buildings, stations, and server rooms - Monitoring power supply circuits around the UPS secondary side and rectifiers - Understanding the status of power circuits for air conditioning, cooling equipment, and auxiliary devices - Configurations that aggregate current data from multiple locations into a monitoring system 【Benefits of Implementation】 - Ability to remotely understand the status of power systems supporting communication equipment - Gradual implementation from necessary monitoring points - Support for integration with existing monitoring systems and gateways through Modbus compatibility - Use of load trend understanding as a decision-making tool during maintenance inspections For more details, please download the materials and check them.

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

In facilities that support optical communication equipment and data center interconnections, it is important to monitor not only the communication equipment itself but also the status of rack distribution boards and power systems. The PAL-Plus 60A is a sensor designed to retroactively monitor the alternating current of branch circuits within communication racks, equipment rooms, and data centers. It efficiently captures the current of multiple circuits, aiding telecommunications operators in maintenance operations and understanding the condition of facility equipment. 【Usage Scenarios】 - Monitoring branch circuit current in communication racks and equipment rooms - Checking the power status of facility equipment supporting data center interconnections - Collecting alternating current data from communication buildings, optical communication equipment, and distribution boards - Adding current measurement points for integration with IoT monitoring platforms 【Benefits of Implementation】 - Continuous and easy monitoring of the power status around communication equipment - Useful for understanding the situation before routine checks and maintenance inspections - Facilitates consideration of monitoring configurations for multiple sites and numerous circuits - Can be utilized for data integration with existing monitoring systems and IoT platforms For detailed product lineup, connection methods, and upper-level integration configurations, please refer to the PDF document. Custom specifications tailored to your needs are also available.

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

In the operation of base stations and wireless communication equipment, understanding the status of power circuits and internal equipment that support communication devices is crucial for stable operation and inspection. The PAL-Plus 60A can monitor the AC current around communication equipment retroactively, allowing for visualization of the energy status of the equipment. Please consider it for current monitoring of base station-related equipment, communication racks, power panels, and more. 【Usage Scenarios】 - Monitoring power circuits of base station-related equipment and wireless communication equipment - Checking AC current of communication racks, power panels, and distribution boards - Acquiring equipment-side data to complement the visualization of the wireless environment - Confirming load trends before inspections around communication equipment 【Benefits of Implementation】 - Visualizing the current status of surrounding equipment aids in maintenance inspections - Makes it easier to understand the status of equipment before on-site checks - Allows for consideration of retroactive monitoring utilizing existing wiring - Can be used as operational data through integration with PLCs and monitoring systems Please refer to the PDF materials for examples of configurations and confirmation items during implementation. Feel free to contact us regarding pricing, delivery times, and specification selection.

• server
• LAN construction and wiring work
• Communications

In local 5G and remote monitoring of communication equipment, a system that allows checking the power status without going on-site is required. The PAL-Plus 60A is a current sensor that can retroactively measure the AC current of communication equipment, distribution boards, and remote equipment, and can be considered for integration with PLCs and higher-level monitoring systems. It starts with visualizing current values and can be utilized as an entry point for remote monitoring of communication equipment and IoT sensor networks. 【Usage Scenarios】 - Monitoring AC current in remote equipment of communication service providers - Collecting current data from communication racks, base station-related equipment, and distribution boards - Acquiring equipment current data for integration into PLCs and monitoring systems - Adding current measurement points for building IoT sensor networks 【Benefits of Implementation】 - Helps understand the power status before on-site checks - Makes it easier to confirm load trends for each piece of communication equipment - Facilitates gradual expansion from small-scale current monitoring to remote monitoring - Allows for the addition of monitoring points while utilizing existing equipment Please refer to the PDF materials for configuration examples, necessary components, and confirmation items during implementation. Feel free to contact us for technical consultations.

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

In remote monitoring of the power infrastructure around communication equipment, accumulating data and confirming changes before and after improvements lead to more efficient operational enhancements and situational awareness. The CEW-M4 supports CSV output, comparative graphs, and calculations using virtual sensors, making it useful for energy aggregation, temperature and humidity monitoring, and PUE calculation considerations. Please download the technical documentation to check the selection points. 【Usage Scenarios】 - Checking the status of communication equipment in remote locations - Centralized management of energy and temperature/humidity monitoring across multiple sites - Alert notifications and alarm emails upon abnormal occurrences 【Benefits of Implementation】 - Supports situational awareness before on-site checks, reducing labor for situational understanding - Centralized display of equipment status by location - Can be utilized for initial decision-making in response to abnormalities

• server
• Communications
• Other operation management software

In remote monitoring of the power infrastructure around communication equipment, accumulating data and confirming changes before and after improvements can lead to more efficient operational enhancements and situational awareness. The CEW-M4 has the capability to accumulate and display data obtained from sensors, and the collected data can be displayed through CSV output, comparison graphs, and calculations using virtual sensors. It can be utilized for energy aggregation, temperature and humidity monitoring, and PUE calculation considerations. For more details, please download the technical documentation. 【Use Cases】 - Checking the status of communication equipment in remote locations - Centralized management of energy and temperature/humidity monitoring for multiple communication devices - Alert notifications and alarm emails upon abnormal occurrences 【Benefits of Implementation】 - Supports situational awareness before on-site checks, reducing the effort required for situational understanding - Centralized display of equipment status by location - Can be used for initial judgment in abnormal response situations

• server
• Server Rack
• LAN construction and wiring work

In data centers and telecommunications providers' facilities, it is important to continuously monitor the power status of server racks, communication racks, and UPS surroundings. The PAL-Plus 60A is a split clamp-type sensor suitable for monitoring AC current in branch circuits within racks and distribution boards at multiple points. It is easy to retrofit to existing wiring and is designed to be easily implemented even in limited panel space. 【Usage Scenarios】 - Monitoring branch circuit current in data center rack distribution boards - Visualizing power systems of communication racks and network equipment for telecommunications providers - Checking current status around UPS and critical load circuits - Integration into distribution boards with monitoring functions based on monitoring multiple circuits 【Benefits of Implementation】 - Easier to understand the current status at the rack and circuit levels - Possibility to consider retrofitting monitoring using existing wiring - Helps improve the efficiency of routine inspections and pre-inspection checks - Supports monitoring at multiple points with a compact sensor, accommodating space constraints within panels For detailed specifications, connection configurations, and usage images in rack distribution boards, please refer to the PDF document. We also accept inquiries regarding configurations for large-scale implementations.

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

In server rack and floor monitoring, it is important to have a system that continuously understands the power supply, temperature, humidity, and equipment status that supports communication equipment. The CEW-M4 not only supports energy monitoring (current and power consumption) but also collects environmental monitoring (temperature and humidity). With the web interface, equipment data can be visualized through graph displays, contributing to early detection of anomalies. Please download the PDF materials to check the detailed specifications and configuration examples. 【Usage Scenarios】 - Monitoring temperature and humidity in server rooms - Energy monitoring of current and power consumption at the rack level - Notification of threshold deviations around communication devices 【Benefits of Implementation】 - Supports early detection of temperature rises and overloads - Equipment status can be checked in graphs - Can be used to reduce the burden of daily monitoring

• server
• Server Rack
• LAN construction and wiring work

In data center operations, it is essential to establish a system that allows for early detection of threshold deviations and equipment abnormalities. CEW-M4 supports alarm settings with three levels for upper and lower limits, alarm emails, and alarm history, aiding in the early identification of anomalies related to power and environmental conditions. For detailed monitoring methods, please refer to the PDF materials. 【Usage Scenarios】 - Monitoring current, power, and temperature/humidity at the rack or floor level - Aggregating data for PUE calculation - Centralized verification of equipment status across multiple sites 【Benefits of Implementation】 - Supports early detection of equipment abnormalities - Allows for graphical confirmation of energy usage - Enables efficient registration of a large number of sensor settings via 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