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

This document introduces three recommended visualization system configurations using the PAL series sensors provided by Hexacore Inc. It also includes "Five Benefits of the PAL Series Sensors," highlighting their versatility, ultra-compact size, and space-saving capabilities. Additionally, it features a lineup of main products such as the "Gateway BOX," "PAL-Plus type E," and "PAL-Plus." We encourage you to read through it. [Contents (partial)] ■ Features of the PAL Series Sensors ・ Five Benefits of the PAL Series Sensors ・ Connection Methods for the PAL Series Sensors ■ Utilizing the PAL Series Sensors! Three Recommended Visualization System Configurations ■ Maximizing Existing Equipment with "PAL Series Sensors × PLC" ■ No Need for Server or Network Setup with "PAL Series Sensors × Gateway BOX" *For more details, please download the PDF or feel free to contact us.

• Other Sensors
• others

**Overview** The PAL-Plus type E2 is a sensor with built-in communication functionality that can collect circuit-specific simple electric power / simple power / AC current from distribution boards (main and branch) via Modbus RTU (RS-485). **Three Key Points** 1) No need for power outage work: retrofitted with split clamps 2) Visualization by circuit: acquisition of simple power and simple cumulative electric power 3) Easy to connect with existing equipment: compatible with Modbus RTU **For These Challenges** - Want to understand circuit-specific usage to identify waste and prioritize improvements - Want to gather data that can be compared for energy savings and electricity cost reduction considerations - Want to integrate into existing PLC/monitoring environments for continuous visualization **Content Available for Confirmation in Downloadable Materials** - Details of the lineup (125A/250A/400A/630A) - Connection examples / configuration diagrams - Guidelines for the number of connections, etc. → Please check the detailed specifications from the "PDF Download."

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

It may look like an ordinary sensor at first glance... but it's actually different!! We introduce the "PAL series sensor," which integrates communication functionality into the sensor itself, allowing both "measurement" and "communication" to be completed with just one device. | 5 Key Points | 1. Built-in communication functionality enables ultra-compact design, reducing design and installation costs as traditional communication modules are no longer necessary. 2. High versatility with "Modbus TCP/RTU compatibility" ensures reliability for long-term operation. 3. The split clamp design allows for "no need for power outage work," making it easy to retrofit. 4. Can be "quickly installed" to suit the site. 5. Choose from a "wide range of lineup." | Measurement Items | - PAL-Plus / PAL-Plus Large Capacity Version: AC current - PAL-Plus type E: Simple accumulated power, simple power, etc. - PAL-Temp: Temperature and humidity As electricity costs rise and efforts towards SDGs are strengthened, this product serves as an excellent stepping stone for "visualization," so please take this opportunity to check it out!

• Sensors
• Ammeter
• Demand Monitoring

**Overview** The PAL-Plus type E2 is a sensor with built-in communication functions that can collect circuit-specific simple electric power / simple power / AC current from distribution boards (main and branch) via Modbus RTU (RS-485). **Three Key Points** 1) No need for power outage work: retrofitted with split clamps 2) Visualization by circuit: acquisition of simple power and simple cumulative electric power 3) Easy connection to existing equipment: compatible with Modbus RTU **For These Challenges** - I want to start visualizing factory equipment but am unsure where to begin. - I want to start data collection using existing equipment and expand gradually. - I want to organize circuit-specific data and link it to improvement activities. **Content Available for Download** - Details of the lineup (125A/250A/400A/630A) - Connection examples / configuration diagrams - Guidelines for the number of connections, etc. → Please check the detailed specifications from "PDF Download."

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

This document introduces the utilization methods of the PAL series sensors and Gateway BOX provided by Hexacore Corporation, as well as seven key points about "visualizing electricity." In addition to being able to respond "immediately" to small-scale implementations and trials, it also mentions that there is no need for server or network construction. Additionally, it features a lineup of main products such as the "Gateway BOX," "PAL-Plus type E," and "PAL-Plus." We encourage you to read it. [Contents] ■ Points of the Gateway BOX that allows for "immediate" and "easy" visualization and monitoring of measurement data ■ Points of the PAL series sensors that can measure AC current and simple accumulated electric power ■ Main products and company overview *For more details, please download the PDF or feel free to contact us.

• others
• Sensors

In factory equipment management, early detection of equipment anomalies is essential for maintaining productivity and ensuring safety. Equipment failures can lead to production line stoppages and unexpected cost increases. Our AC current sensors continuously monitor the current values of equipment and detect abnormal power consumption, helping to identify equipment anomalies early and minimize downtime. 【Usage Scenarios】 * Monitoring the current of equipment such as motors and pumps * Understanding the overall power usage of the production line * Reducing maintenance costs through anomaly detection 【Benefits of Implementation】 * Reducing the risk of equipment failure * Preventing losses due to unexpected production stoppages * Optimizing energy consumption

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

The "PAL-Plus type E2" is an IoT sensor with built-in communication capabilities that can measure simplified accumulated electric energy. We offer four sensors that support rated currents of 125A, 250A, 400A, and 630A. Since it measures with two CTs, it is a Modbus-compatible sensor that helps achieve a more accurate understanding of power even in sites with load imbalances. 【Three Key Points】 1. By adopting the Modbus RTU communication protocol, it offers excellent versatility and can be easily integrated into existing equipment. 2. As a split clamp-type sensor, it can be safely and easily installed on existing equipment without stopping its operation. 3. By incorporating communication functions into the sensor, we have achieved miniaturization. It can be easily installed even when there are many measurement points. ｜What is Simplified Measurement?｜ Based on pre-set voltage and power factor values, simplified accumulated electric energy and simplified power are calculated from the measured current values. Since the accumulated current value can also be output, consistent energy reference values can be obtained. It supports single-phase three-wire and three-phase three-wire systems. *Please feel free to contact us for more details about the product and simplified measurement.

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

PAL-Plus Type E2 is an IoT sensor with integrated communication capability, designed for simplified cumulative energy measurement. Four models are available, supporting rated currents of 125A, 250A, 400A, and 630A. Utilizing a two-CT measurement method, this Modbus-compatible sensor provides more accurate power monitoring even in environments with load imbalance. Key Features: Modbus RTU Protocol ensures high compatibility and easy integration with existing systems. Split-clamp design allows safe and simple installation without halting equipment operation. Ultra-compact design achieved by integrating communication functionality, enabling easy deployment even in sites with multiple measurement points. What is Simplified Measurement? Based on preset voltage and power factor values, the sensor calculates simplified cumulative energy and power from measured current values. It also outputs cumulative current values, providing consistent reference data for energy monitoring. Compatible with single-phase 3-wire and three-phase 3-wire systems. For more details about the product and simplified measurement, please feel free to contact us.

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

This is a sensor with built-in communication functionality that measures the current for each main and branch circuit of the distribution board, allowing for an understanding of usage conditions as simplified power and simplified cumulative energy consumption. It supports single-phase three-wire and three-phase three-wire configurations, with a lineup ranging from 125 to 630A. The split clamp design makes it easy to install even during equipment operation, and it is compatible with Modbus RTU, offering excellent versatility. If the upper level uses Modbus TCP, you can maximize the use of your familiar existing equipment by utilizing our conversion unit (signal conversion + power supply). 【Usage Scenarios】 * Understanding current/simplified cumulative energy consumption for each main and branch circuit of the distribution board → This leads to energy-saving measures and early detection of abnormalities. * Understanding energy usage conditions for each production line * Reducing maintenance costs through abnormal equipment detection 【Benefits of Implementation】 * Contributes to a detailed understanding of energy consumption for each piece of equipment * Leads to early detection of equipment abnormalities * Prevents losses due to unexpected production stoppages You can check the detailed specifications by downloading the materials.

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

This is a sensor with built-in communication functionality that can collect energy amounts by circuit, such as the main and branch circuits of a distribution board, via Modbus RTU (RS-485). Its split clamp design allows for easy installation without the need for power outage work, even during equipment operation, and it facilitates data acquisition in a space-saving configuration. In addition to alternating current, it can output simple power and simple accumulated energy, making it useful as an entry point for "visualization" that aids in understanding the actual conditions on-site and comparing equipment. It is suitable for those who want to start IoT implementation on production lines by first collecting circuit-specific data and aim to build a smart factory with future analysis and expansion in mind, leading to the visualization of factory equipment. 【Usage Scenarios】 * Understanding current/simple accumulated energy amounts by main/branch circuits of the distribution board * Understanding energy usage conditions of each production line 【Benefits of Implementation】 * Contributes to detailed understanding of energy usage for each piece of equipment → Useful for considering energy savings and reducing electricity costs * Leads to the discovery of equipment anomalies * Helps avoid losses due to unexpected production stoppages You can check the detailed specifications by downloading the materials.

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

DC-SVS4 is a system that allows for remote centralized monitoring of current, power, temperature, humidity, and other parameters in distribution boards of data centers and communication facilities. It supports initial installation in our distribution boards and conducts load testing and equipment configuration before shipment. This helps reduce the on-site installation workload while supporting the visualization of equipment data and the establishment of a stable monitoring environment. The MVS and SVS series sensors have surpassed a cumulative shipment of 140,000 units as of January 2021. 【Three Features】 1. Reduces installation burden with initial installation in distribution boards Initial installation in our distribution boards is possible. By conducting load tests and registering master units for expansion before shipment, it minimizes the workload on-site and leads to a smoother installation. 2. Supports a wide range of measurements including current, power, temperature, and humidity It can measure AC current, DC current, power, temperature, humidity, and more. 3. Temporarily stores measurement data even during communication outages The relay device can temporarily store measurement data in internal memory. In the event of communication outages due to network construction or server maintenance, it supports the prevention of data loss by transmitting the stored data once communication is restored.

• Ammeter
• Server monitoring and network management tools
• Communications

The iDC-SVS4 is an optimal remote monitoring system for centralized monitoring of distribution board operation status, having surpassed a cumulative shipment of 140,000 units (as of January 2021). 【Three Key Points】 1. It can be initially installed in our distribution boards, allowing for cost-effective visualization. Additionally, pre-shipment load testing and registration of master units for expansion can be conducted in advance, enabling hassle-free implementation. 2. We offer various measurement modules and sensors that are in high demand in data centers and communication buildings, including single-phase two-wire power, three-phase three-wire power, single-phase three-wire power, AC current (60A, 100A, 200A, 400A, 600A), DC current (50A, 100A, 250A, 500A), temperature, and humidity. 3. The relay device can store measurement values for 2 days or 7 days in internal memory, so even if it stops due to network construction or server maintenance, it can send the accumulated measurement values after resuming, preventing data loss. (Note 1) This is the combined value of MVS and SVS series sensors. (Note 2) The storage period depends on the system used.

• Ammeter
• Server monitoring and network management tools
• Communications

The SVU-ST is a distribution board for data centers that adopts our unique "SVU structure" (patented), excelling in workability and safety. 【Three Key Points】 1. Our unique "SVU structure" arranges terminals of the same phase side by side and vertically by phase, allowing cables to connect to the output terminal without bending. Its simple design helps prevent miswiring and addresses the shortage of skilled technicians. At the same time, it shortens wiring lengths, achieving both reduced internal voltage drop and decreased copper material usage, making it an environmentally friendly product. *Achieves 20% energy savings compared to our conventional products. 2. It supports plug-in circuit breakers, allowing for the addition or modification of breakers without stopping operations after installation, contributing to flexible facility construction. 3. By dividing the assembly process, we have established a system that efficiently provides high-quality products. We can deliver even large orders within standard lead times. It is also possible to ship or 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. For more details, please refer to the product pages for PAL-Plus / PAL-Plus Large Capacity Version (AC current measurement) and PAL-Temp (temperature and humidity measurement).

• Distribution Board
• Power Monitoring Equipment
• Demand Monitoring

The SVU-CB is a compact type plug-in breaker designed for data center AC distribution boards. Its structure allows for the installation of more breakers (compared to our products) in a single panel, making it excellent for space-saving. 【Three Key Points】 1. By adopting our unique SVU structure and compact breakers, it is possible to install up to 20 more breakers compared to our product SVU-ST. This allows for a lower price per branch due to the higher number of breakers that can be installed in a single distribution board. 2. Since a single distribution board can accommodate many branch breakers, it reduces the occupied space of this product, effectively utilizing the limited rack space within data centers. 3. Our unique SVU structure achieves short-circuit selective coordination of 35kA. In the event of a significant short-circuit accident, it maintains power supply to healthy circuits, contributing to reliable data center operations. It is also possible to 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
• Other server related
• server

The SDC Series is an AC power distribution panel for data centers featuring a terminal-free design that allows direct cable connection to branch breakers. By incorporating only the essential breaker specifications, it achieves cost efficiency and short lead times. Key Features: Space-Saving and Cost-Effective Design The terminal-free structure enables direct cable connection to branch breakers, simplifying installation and allowing quick delivery. Customizable Breaker Specifications Supports configuration of voltage, poles, and capacity, as well as selective tripping functions, ensuring safety and cost performance for data center construction. SDC-KC Model with Plug-In Breakers Allows breaker specification changes even after delivery. Supports circuit expansion with various breaker options for three-phase or single-phase, 200V or 100V systems. Additionally, our panels can be shipped with integrated sensors or retrofitted later. Hexacore provides comprehensive solutions for energy usage visualization and temperature/humidity management.

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

The BPM-PDU is a branch panel equipped with a busbar plug-in breaker that allows for easy and uninterrupted (※) installation of additional branch breakers, helping to reduce initial costs. ※ Request during live work (!) Please perform the installation and removal of breakers with the circuit breaker in the OFF state. (!) Please adhere to the regulations for live work and live proximity work as stipulated by labor safety and health regulations. 【Three Key Points】 1. Adopts a busbar plug-in breaker that connects directly to the input side copper bar, allowing for the installation and removal of breakers without stopping the operation of the panel, contributing to the safety and reliability of equipment operation. 2. The number of breakers installed can be freely configured according to the application. Since additional breakers can be added after product delivery based on the installation status of load equipment, initial costs during product introduction can be minimized. Expansion is also easy, reducing the time and costs associated with construction. 3. A single panel can accommodate a mix of busbar plug-in breakers with capacities ranging from 100AF to 630AF, allowing for customization according to the specifications of the load equipment at the installation site.

• Distribution Board
• Power Monitoring Equipment
• Other server related

The HVDC-SVU is a new trend in power supply for data centers, a direct current distribution board designed for high voltage direct current power supply systems (DC380V). 【Three Key Points】 1. This distribution board supports the new power supply system "HVDC," which reduces power consumption and switching losses. Our unique "SVU structure" simplifies the interior of the board, preventing wiring errors. Additionally, by shortening the length of the wiring, we have successfully suppressed internal voltage drops and reduced the amount of copper used, thereby improving environmental performance. 2. It can accommodate up to 84 compact plug-in circuit breakers compatible with DC 380V, maximizing the use of rack space. Even if the load equipment changes, circuit breakers can be replaced or added without stopping the operation of the entire board, allowing for continuous use of the equipment. 3. By using our product "iDC-SVS4," direct current can be measured, achieving cost reduction, improved maintainability, and environmentally conscious operations. It allows for monitoring the current of each circuit breaker, enabling rapid identification of problem areas in the event of anomalies or failures, minimizing damage and contributing to the construction of a safe data center.

• Distribution Board

The intermediate current supply device is a DC distribution board designed for communication equipment, featuring excellent workability with a spring terminal block. Various options tailored to equipment and applications are also available. 【Three Points】 1. It adopts a clamp-type spring terminal block that allows wiring work simply by inserting a dedicated tool into the output terminal block. Since crimping work is unnecessary, the wiring process itself can be relatively easily managed. This makes it effective for addressing labor shortages, as even inexperienced workers can handle the installation tasks. 2. The input and output directions can be selected according to the equipment at the installation site, contributing to flexible equipment construction. Additionally, it is possible to incorporate optional items. For details on various optional items and system configurations, please feel free to contact us. 3. To address issues such as oscillation, inrush current, and transient voltage in DC power supply systems, it is equipped with capacitors for power supply stabilization. The capacitors used in this product are plug-in type, allowing for individual replacement. There is no need to dispose of the capacitor box during replacement, enabling environmentally friendly operation. Furthermore, efficiency in the replacement process is also expected. *Compared to our products that use box capacitors.

• Distribution Board

The intermediate current supply device is a DC distribution board designed for communication equipment, featuring excellent workability with a spring terminal block. Points for Workability (Wiring) - Simplifies wiring work with clamp-type spring terminals. - Eliminates the need for crimping work, contributing to standardized operations. - Input is screw-type (maximum 325 sq), output is spring-type (maximum 38 sq). Points for Power Supply - Equipped with capacitors for power supply stabilization to address oscillation, inrush current, and transient voltage issues. - Plug-in type allows for individual replacement, balancing waste reduction and work efficiency. Configuration and options can be tailored to suit applications. - Options for input/output direction selection, operational display, and measurement (multimeter/transducer) can be customized to meet your requirements. For more details, please download the materials and check them.

• Distribution Board
• Other server related
• server

The DC-series is a direct current distribution board that branches out DC power supply at DC-48V, designed for communication equipment. It can be used as a power source for communication devices such as exchanges, transmission equipment, routers, servers, and switches. 【Three Key Points】 1. You can choose the appropriate DC power supply device according to your application and installation environment, including standalone, wall-mounted, 19-inch rack, and rack-mounted types. We also accept fully customized orders and modifications tailored to your needs, considering the upper and lower devices of the equipment being constructed. 2. You can select circuit breakers such as alarm fuses, circuit protectors, and breakers according to the load equipment. If you are unsure about your selection, we will propose options considering maintainability, cost, and tripping characteristics based on your application. 3. To maintain stable power supply, we have equipped the unit with a capacitor unit. By incorporating a capacitor unit, we can prevent oscillation phenomena and mitigate the impact of inrush currents and voltage fluctuations caused by short-circuit incidents on safety systems, such as equipment shutdowns or damage.

• Distribution Board
• Power Monitoring Equipment
• Other server related

This document introduces the "Distribution board for branching DC power of DC-48V" provided by Hexacore Corporation and its lineup.

• Distribution Board
• Power Monitoring Equipment
• Other server related

The RM-PDU is a distribution board for communication equipment compatible with DC-48V. We offer not only standard models but also customized products tailored to specific facilities and applications. 【Three Key Points】 1. The enclosure is made of environmentally friendly, highly corrosion-resistant galvanized steel plate. Since post-forming plating and surface finishing inspections are unnecessary, we achieve shorter delivery times and reduced product costs. Additionally, it does not generate "whiskers," improving safety performance. Our company also employs "zero chrome treatment," which prevents the leaching of hexavalent chromium, thereby reducing environmental impact. 2. We offer one or two input systems, allowing selection based on the constructed facility. The single system type can achieve many branches with one unit, while the two-system type accommodates two independent circuits within one unit, ensuring redundancy. We also provide fuses for both the 50AF type (UP type fuse) and the 15AF type (P type fuse), covering a variety of power system configurations. 3. We can combine a total of 11 items, including various power supply methods for both DC and AC, desired circuit breaker types, upper capacities, and the number of systems. We provide customized products that best suit our customers' needs, contributing to the establishment of optimal facility environments.

• Distribution Board

The remote power supply disconnection unit is a DC-48V compatible direct current distribution board for communication equipment. It allows for the monitoring of power supply activation/disconnection and the operational status of fuse posts from remote locations such as network centers, contributing to the reduction of time and costs associated with on-site responses. 【Three Key Points】 1. Since power supply activation/disconnection can be performed from remote locations, it enables efficient infrastructure development and equipment management in isolated islands, mountainous areas, and unmanned buildings, contributing to labor savings and addressing technician shortages. Additionally, the number of input systems and branches can be adjusted with jumpers, allowing for reuse of the product without disposal in case of changes to upper devices or load devices after installation, promoting environmentally friendly operations. 2. The main circuit board and control circuit board are independent, minimizing the impact of control circuit replacement and achieving high reliability and availability of the power supply system. Each board can be removed using dedicated tools, making replacement easy. 3. The target post for work can be indicated remotely via LED display, allowing precise instructions to be given to on-site workers from a distance. The LED indicator also allows for confirmation of work status, contributing to the prevention of accidental disconnections and reducing hazardous work situations.

• Distribution Board

The optical termination box is an outdoor optical termination box that integrates the connector connection and fusion connection functions of optical cables. 【Three Points】 1. We offer a variety of lineups to accommodate different fiber counts. 2. The adoption of a movable fusion tray and a rich selection of tension member holders ensures high workability. 3. Its compact size makes it easy to deliver and install in narrow spaces, effectively utilizing limited space. For more details, please download the materials or feel free to contact us. ｜We also have a lineup of optical power integrated panels｜

• Distribution Board

The expansion-type DC distribution board mounted on the rectifier frame is a distribution board that can be installed on low-mounted rectifiers, which tend to have available space. 【Three Key Points】 1. Even for small-scale box buildings where securing installation space for distribution boards is difficult, you can utilize existing available space, allowing for easy implementation without the need for significant effort or labor. 2. We design and provide products that are compatible with low-mounted rectifiers from multiple manufacturers. We also accept orders for products tailored to existing low-mounted rectifiers, enabling you to introduce the products without changing your operational equipment. We offer various brackets suitable for different low-mounted rectifiers. (Please feel free to contact us for dimensions, detailed specifications, and product lineup.) 3. Depending on the box building where the installation takes place, you can choose the output direction from either the top or bottom, contributing to flexible equipment construction. Additionally, we offer cable support as an optional item, which is expected to improve workability. (When equipped with cable support, the total weight with the board is approximately 20 kg.)

• Distribution Board

The optical power integrated panel is a housing that combines power supply (distribution) functionality for 5G wireless devices and optical cable connection functionality, and can be custom-made according to your requirements. 【Three Points】 1. Custom manufacturing is available according to your needs. 2. Its compact size makes it easy to transport and install in narrow spaces, allowing for effective use of limited space. 3. Since it is possible to choose terminal blocks that do not require crimping work for the input/output terminal block, efficiency in wiring work is expected. For more details, please download the materials or feel free to contact us. | We also have a lineup of optical terminal boxes |

• Distribution Board

"I want to visualize energy usage, but I don't know how to choose the optimal system or equipment..." For those who feel this way, we propose three recommended system configurations utilizing the "PAL series sensors"! Case 1: "I want to utilize existing equipment to start with visualization." → Achieve the first step of visualization with "PAL series sensors × PLC." Case 2: "I want immediate visualization without the need for server or network setup." → Achieve immediate visualization from the day of installation with "PAL series sensors × PUSHLOG." Case 3: "I want to visualize large-scale equipment with centralized management." → Achieve high flexibility in visualization across multiple locations with "PAL series sensors × CEW-M4." 【Three Benefits of the PAL Series Sensors】*For additional benefits, please refer to the downloadable materials. 1. Compatible with Modbus communication, offering excellent scalability and peace of mind for long-term operation. 2. Built-in communication functionality allows for ultra-compact and space-saving installation. 3. Available in a range from 60A to 630A (AC current), allowing selection based on current capacity and wire size.

• Power meter
• Power Monitoring Equipment
• Demand Monitoring

Hexacore Co., Ltd. is a manufacturer based in Natori City, Miyagi Prefecture, specializing in the design, manufacturing, and sales of measurement and monitoring systems. Our experienced employees in the telecommunications business respond to customer inquiries, allowing us to meet specific requirements on a representative basis. 【We solve the following issues】 ■ I want to know the actual current and power used in the distribution board. ■ Since there are communication buildings nationwide, I want to monitor them centrally from one location. ■ I want to customize products to improve usability. ■ I would like enhanced maintenance and support services. 【Proposals】 - I want to know the power used in the distribution board. ⇒ By measuring the power consumption of the distribution board with the monitoring system "iDC-SVS" and monitoring it with the manager software "CEW-M4," we can grasp the load usage and contribute to the effective utilization of equipment. - I want to centrally monitor communication buildings across the country. ⇒ The manager software "CEW-M4" can measure up to 20,000 points. By connecting multiple locations via VPN, we can efficiently manage the equipment status from one location. *For more details, please refer to the PDF document or feel free to contact us.

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

We are pleased to introduce a case study featuring Canon IT Solutions Inc., Nishi-Tokyo Data Center, which successfully implemented our remote monitoring system “CEW-M4” to monitor and measure current, power, energy consumption, and temperature/humidity within data center distribution panels. Overview Company Name: Canon IT Solutions Inc., Nishi-Tokyo Data Center Core Business: System integration and consulting, development and sales of various software solutions Implemented Product: Remote Monitoring System CEW-M4 Usage Highlights: ・Beyond individual threshold monitoring, the system enables integrated room-level management and flexible power monitoring by user-defined groups with simple configuration. For more details, please download the case study from our Catalog / PDF Download section or feel free to contact us.

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

When managing multiple factories and production lines, if equipment data is dispersed across different locations and monitoring devices, it takes time to check the situation and compare data. The "PAL Series × CEW-M4" is a system that collects current, simple power, simple cumulative power consumption, temperature and humidity, etc., from sensors installed on each piece of equipment and monitors them centrally on a common web interface. It allows you to organize monitoring targets by units such as factories, buildings, floors, and production lines, and can be used for graph comparisons between equipment and lines, alarm checks, history management, and CSV output. You can start monitoring with critical equipment or some lines and gradually expand the targets according to equipment additions or operational conditions. 【Challenges】 - Equipment data is dispersed across factories and buildings - Want to check the status of multiple lines on a common screen - Want to streamline the work of checking alarms and measurement history 【Benefits of Implementation】 - Centralized monitoring of equipment data from multiple factories, buildings, and production lines - Comparison of measurement values between equipment, lines, and locations - Support for narrowing down inspection targets through remote situation checks For detailed system configuration and screen examples, please refer to the PDF materials.

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

Are you facing any of these concerns regarding the visualization of energy consumption? - "I want to manage the energy consumption of multiple locations in a centralized manner." - "I want to use detailed data analysis with high flexibility." - "I want to build a system that excels in scalability and long-term operation." With the PAL series sensors and CEW-M4 (manager software), it is possible to build a system that can centrally manage data even in environments where many gateways are expected to be installed. 【5 Benefits】 1. You can centrally manage up to 20,000 points on-premises or in the cloud, enabling a wide range of equipment visualization. 2. You can freely utilize various functions such as data comparison between multiple gateways and virtual sensor/map display features. 3. With Modbus communication support, it offers excellent scalability and can be used with peace of mind for long-term operations. 4. The sensor capacity ranges from 60A to 630A (AC current), allowing you to select according to current capacity and wire size. 5. Being a split clamp type sensor, it can be easily installed on existing equipment without the need for power outage work. (For inquiries about the construction environment, please feel free to consult us.)

• Ammeter
• Power Monitoring Equipment
• Demand Monitoring

We would like to introduce the "products for small to medium-sized data center operators" that we handle. Our employees, who have extensive experience in data center operations, respond quickly to your concerns. You can rely on us for a consistent process from selection to installation and inspection of specialized products for data centers. Additionally, we can accommodate requests regarding dimensions and detailed specifications, as well as collaboration with other companies' products, through communication with our representatives. 【We solve the following issues】 ■ We are struggling because the delivery time proposed by another company won't work for us. ■ We want the necessary specifications to be met within dimensions suitable for the installation location. ■ We need support for detailed specification changes and collaboration with other companies' products. ■ We want a solid response to any incidents after delivery. *For more details, please refer to the PDF document or feel free to contact us.

• Distribution Board

Hexacore Co., Ltd. is a manufacturer based in Natori City, Miyagi Prefecture, engaged in the design, manufacturing, and sales of measurement and monitoring systems. To reduce operational burdens and costs after implementation, our measurement systems are designed to allow customers to easily change almost all settings on their own. We propose products taking into account your peripheral devices and floor layout, so please feel free to consult with us. 【We solve the following issues】 ■ Unsure about the system configuration or product combinations that meet requirements ■ Want to reduce costs associated with operation, maintenance, and recovery from failures ■ Want to build a system with excellent maintainability, scalability, and long-term operation ■ Concerned about whether detailed specifications and long-term support can be accommodated 【Proposal Examples】 - Want to implement a distribution board and monitoring system in a one-stop solution ⇒ With Hexacore, which handles both "distribution boards" and "measurement and monitoring systems," you can implement them through a single point of contact without hassle or time lag. We also have numerous achievements in shipping with various sensors mounted on the distribution board or retrofitting them. *For more details, please refer to the PDF materials or feel free to contact us.

• Power Monitoring Equipment
• Distribution Board
• Other server related

AC Current Sensor PAL-Plus Measures AC current up to 60A Smart sensor with built-in communication functions High-capacity models available for 125A, 250A, 400A, and 630A Key Features Compatible with Modbus protocol for high versatility and easy integration into existing systems Split-clamp sensor design enables installation on operating equipment Built-in communication functions simplify installation even when multiple measurement points are required Combine with PAL-Plus units for space-saving and cost-effective system configuration Manager Software CEW-M4 Supports energy saving, productivity, and quality improvement Easy setup and operation for implementing a power monitoring system Key Features Various functions such as virtual sensors and comparison graphs accessible via web browser Efficient management of multiple sensors with bulk registration via CSV files Most settings can be configured by administrators, reducing costs Supports up to 20,000 sensors, enabling system configuration from small to large scale

• Other energy equipment
• Ammeter
• Demand Monitoring

Hexacore Co., Ltd. is a manufacturer based in Natori City, Miyagi Prefecture, specializing in the design, manufacturing, and sales of measurement and monitoring systems. Based on our extensive delivery record to various communication facilities such as data centers, we contribute to the "visualization of factories." 【We solve the following problems】 - We want to measure the power consumption of various equipment and the entire factory to reduce unnecessary power usage. - We want to manage humidity to prevent static electricity from occurring on circuit boards and other components. - We want to enable simple measurements using only a computer and sensors. - We would like to conduct measurements of special equipment and request joint development. 【Proposals】 - We want to manage the temperature and humidity of material shelves to maintain quality. ⇒ By measuring the indoor environment with the temperature and humidity sensor "PAL-Temp" and monitoring it with the manager "CEW-M4," you can easily manage temperature and humidity, which can be utilized for maintaining and improving quality. - We want to build an energy visualization system utilizing existing equipment. ⇒ By incorporating the AC current sensor "PAL-Plus" into the existing PLC (*), you can start visualization with familiar equipment. (*) Products compatible with Modbus communication.

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

Facing Challenges in Measuring Current or Power? Complex wiring that increases installation time High implementation costs Limited flexibility in installation locations PAL Series Sensors provide smart solutions to these challenges. They efficiently measure current, simplified power, and cumulative energy, offering three key advantages: ✓ Superior installation efficiency ✓ Cost-effectiveness ✓ Flexible installation options

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

The BTF series is an indoor battery storage box that meets the "Seismic Testing Standards for Communication Equipment, etc. (November 2009 version)" established by NTT Docomo, and has obtained registration for battery storage facility qualification review. It can flexibly accommodate various enclosure structures according to your requirements, such as front and rear door types and front door types. 【Three Key Points】 1. With a robust frame structure capable of supporting 1000 kg and withstanding seismic intensity level 7 (1200 gal), it ensures the safety of the batteries even during large-scale disasters. 2. Based on the structural standards for battery storage facilities set by fire prevention regulations, it is a "compliant product with regulatory cubicle type battery storage facilities," having passed the structural verification for regulatory cubicle type battery storage facilities. It can accommodate batteries with a capacity of 4800 Ah or more. 3. It has received registration for battery storage facility qualification review. (Battery storage facility section: outer box for battery, outdoor box)

• rack

Are you facing any of these issues in your data center operations? - I want to reduce management costs and effort by introducing a distribution board and measurement/monitoring system together. - Measuring current values each time is cumbersome and feels dangerous. - I want to easily grasp the energy consumption of the distribution board. - I want a starting point for energy saving and reducing electricity costs. | With Hexacore, we can provide a one-stop solution for distribution boards and measurement/monitoring systems. | 【Three Benefits】 1. By implementing everything from design to inspection in a one-stop manner, we can visualize energy consumption of distribution boards at a low cost. 2. Since we handle both distribution boards and measurement/monitoring systems, we can provide centralized support. You can complete everything from installation to after-sales support with "Hexacore" alone. 3. With the Modbus and IoT-compatible split clamp sensors (PAL series) that have built-in communication functions, you can easily install (retrofit is also great) measurement/monitoring systems onto the distribution board. | For more details, please refer to the downloadable materials or feel free to contact us. |

• Distribution Board
• Power Monitoring Equipment
• Demand Monitoring

We would like to introduce the "products for large data center operators" that we handle. Our employees, who have extensive experience in the data center business, respond quickly to our customers' concerns. From detailed specifications to integration with other companies' products, it is possible to achieve this through communication with our representatives. Additionally, we can take care of special products for data centers consistently, from selection to installation and inspection. 【We can solve the following concerns】 ■ Worrying whether they can respond to detailed requests and questions about specifications ■ Wanting flexible responses regarding integration with other companies' products and costs ■ Large facilities require a significant number of panels, making it difficult to select manufacturers and adjust delivery times ■ Struggling with specifications for devices to be installed in PDU/PDP specified by end users *For more details, please refer to the PDF document or feel free to contact us.

• Distribution Board

We would like to introduce the "products for fixed-line telephone operators" that we handle. To prevent fires and service interruptions caused by the loosening of connection bolts in the charging unit, we actively propose spring terminals that do not have the risk of loosening. When using bolts, we conduct a triple check using a marking torque wrench developed in collaboration with the manufacturer. 【Solutions to these concerns】 ■ Worried about wiring mistakes or accidental shutdowns leading to accidents during installation or removal ■ Want to utilize sensors and devices to alleviate labor shortages ■ Want to operate and manage unmanned stations in remote islands or distant locations more efficiently ■ Would like flexible responses regarding specifications *For more details, please refer to the PDF materials or feel free to contact us.

• Distribution Board

We would like to introduce the "products for mobile phone operators" handled by Hexacore Corporation. Our company actively adopts VE (Value Engineering) and VA (Value Analysis) proposals, striving to improve workability and safety while reducing costs. In selecting equipment, we not only consider preventing accidents but also aim to minimize damage in case of emergencies. Even after entering the construction phase, we provide products while protecting the charging components to reduce any inconvenience on the customer's side. We can also offer environmentally conscious proposals, such as replacing only capacitors to reduce waste components. 【We solve the following concerns】 ■ We want compact products due to limited installation space. ■ We want to lower the capital investment costs associated with equipment maintenance and installation. ■ We are concerned that high-density distribution boards may complicate wiring work. ■ We are looking for products or manufacturers that can perform safe and efficient renovation work. *For more details, please refer to the PDF materials or feel free to contact us.

• Distribution Board

We will introduce the installation method for the IoT sensors "PAL-Plus" and "PAL-Plus Large Capacity Version," which are easy to use, space-saving, and capable of measuring alternating current with built-in communication functions using Modbus RTU communication! 【Installation Method】 1. Clamp the sensor onto the wire where you want to measure the alternating current. 2. Securely fasten the wire and sensor together with a cable tie. 3. Completed. *Please be careful when working with live electricity, as there is a risk of electric shock.

• Ammeter
• Power Monitoring Equipment
• Demand Monitoring

When analyzing the power usage of a factory, relying solely on individual measurement values can make it difficult to grasp trends across the entire production line or equipment group. Additionally, transferring and aggregating data using spreadsheet software becomes increasingly burdensome as the volume of data grows. The virtual sensor function of the CEW-M4 allows for arithmetic operations on values obtained from multiple sensors, displaying and recording them as new measurement items. It can calculate total and average values by equipment group, line, floor, and area, which can be utilized for graph displays and alarm monitoring. 【Challenges】 - Want to understand the overall power usage of the line - Currently aggregating by equipment manually - Want to compare differences between equipment and lines 【Benefits of Implementation】 - Automatic calculation of total and average values - Reduction of manual data transfer, calculation, and aggregation tasks - Support for comparisons between equipment and before-and-after energy-saving measures For more details, please refer to the PDF document.

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

The "virtual sensor function," which allows arithmetic operations on the values of physical sensors, enables the calculation of detailed data that cannot be grasped by physical sensors alone. By utilizing this data, it contributes to visualizing issues and areas for improvement, reducing costs, and enhancing the environment. 【Examples of Utilizing the Virtual Sensor Function】 1. By calculating the total or average values for arbitrary groups, such as by floor or user, it helps identify issues. 2. By using it to calculate the overall PUE of the data center, it contributes to reducing operating hours. 3. By utilizing the discomfort index setting and alarm notification function, it helps create a comfortable working environment. ▽ What is "CEW-M4"? ⇒ It is a manager software compatible with the Modbus protocol that visualizes the values of various sensors and multimeters, achieving energy savings, productivity, and quality improvements. You can implement a power monitoring system that allows for easy setup and operation from the user's perspective. It also comes equipped with a wealth of additional features. For more detailed information, please download the materials or feel free to contact us.

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

When there are numerous devices and sensors within a factory, simply receiving an alarm may not allow for immediate judgment of the installation location of the target device or the surrounding conditions. Relying solely on the device name or sensor number for verification may require searching for diagrams or inquiring with personnel about the installation location, which can take time before on-site confirmation can occur. By utilizing the map display function of the monitoring software "CEW-M4," measurement values and alarm statuses can be displayed on any image, such as the factory layout, equipment arrangement diagrams, circuit diagrams, and photos of control panels. Since measurement values like current, power, energy, temperature, and humidity can be associated with the actual equipment locations, when an alarm occurs, the target equipment and installation location can be confirmed on the map, which can also help narrow down the equipment or areas that need to be checked on-site. [Challenges] Even when an alarm occurs, the installation location of the target equipment is not immediately clear. It is difficult to grasp the positional relationship with the site relying only on the device name or sensor number. [Effects of Implementation] Confirm the alarm-triggering equipment and installation location on the factory layout. Organize the monitoring screen clearly by associating measurement values with equipment locations. For more details, please download the PDF document or contact us.

• Power Monitoring Equipment
• Demand Monitoring
• Server monitoring and network management tools