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

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

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

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.

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.

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”.

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.

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. |

"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.

Do you have any of these concerns regarding the visualization of electricity? - "I want to easily visualize" using existing equipment. - "I want to know the electricity consumption" of the factory equipment. - "I want to reduce unnecessary electricity" to keep electricity costs down. - "I want to check the current electricity consumption" without connecting to the network. | With the "PAL series sensors × PLC," you can build an optimal system to start visualizing using your existing equipment. | 【5 Benefits】 1. Compatible with Modbus RTU sensors, allowing connection to already installed Modbus communication-compatible PLCs. 2. Real-time visualization of equipment current values and more in a local environment. 3. Sensors can be connected to the bus cable, enabling installation tailored to the site. 4. Sensor capacities range from 60A to 630A (AC current), allowing selection based on current capacity and wire size. 5. As split clamp-type sensors, they can be easily installed on existing equipment without the need for power outage work.

Are you facing any of these issues with visualizing electricity? - "I want to start right away" without spending time on implementation - "I want to stop manual measurements that are cumbersome and dangerous" - I want to visualize but "I don't want to stop the equipment" - I am struggling with "limited installation space for measuring instruments" | With the "PAL series sensor × PUSHLOG (gateway)," you can build a visualization system anytime, anywhere, and immediately | 【6 Benefits】 1. Measurement data is uploaded to the cloud using mobile networks (LTE-M), so there is no need for server or network setup, and you can check data anytime, anywhere, from the day of installation. 2. Sensors can be connected to a bus cable, allowing for installation tailored to the site. 3. The split clamp-type sensor can be easily attached to existing equipment without the need for power outage work. 4. Sensor capacities range from 60A to 630A (AC current), allowing you to select based on current capacity and wire size. 5. The sensors are compatible with Modbus RTU, making them versatile for general use. 6. The necessary equipment is just three items: sensor, gateway, and power supply, making it simple and compact.

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.)

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.

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.

You can upload any image in JPEG format and display measurement values on the image. The "Map Display" feature allows for clear visualization of measurement data and status. Sensors displayed on the map can be easily positioned to your preferred location using mouse operations. 【Examples of Using the Map Display Feature】 1. By placing sensors on the floor map, you can immediately identify the location of alarms. 2. By placing sensors on the circuit diagram, you can graphically check measurement values for each main and branch circuit. 3. By placing sensors on a photo of the rack, you can quickly see the temperature and humidity status of each rack, etc. ▽ 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 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. It also comes equipped with a wealth of additional features. For more detailed information, please download the materials or feel free to contact us.

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. |

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!

Overview Company Name: MARUNOUCHI DIRECT ACCESS Ltd. Core Business: Telecommunications Implemented Product: CEW-M4 Remote Monitoring System Usage: Simplified configuration and aggregation of required data through advanced reporting features Enables not only power monitoring but also analysis of rack load fluctuations and seasonal temperature/humidity impacts Supports equipment tuning to improve operational efficiency For more details, please refer to the case study in our catalog or PDF download, or feel free to contact us.

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.

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.

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.

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.

Traditionally, achieving equipment visualization required allocating operating time for on-site surveys and designing enclosures for each piece of equipment. This process was time-consuming and costly, making implementation difficult and cost-reduction measures hard to achieve. To address this, Hexacore offers the Gateway BOX, a packaged solution that consolidates all necessary components into an indoor plastic enclosure for easy deployment. Simply prepare the Gateway BOX, the required number of PAL Series sensors, and bus cables, and you can start visualization immediately. Key Features - Just connect and install the Gateway BOX and PAL Series sensors - No need for complex on-site surveys or design processes - Supports up to 31 sensors - Optional features available for increasing measurement points or collecting data at higher frequency The PUSHLOG built into the Gateway BOX is a product of GUGEN Inc. For details, please download the PDF or contact us directly.

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.

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

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.

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.

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.

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

**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."

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

**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."

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

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

The Gateway BOX is a package that allows for smooth visualization of equipment without the need for cumbersome on-site surveys or design processes. The basic configuration consists of the "Gateway BOX" + "PAL series sensors (as needed)" + "bus cable." Since the necessary equipment is clearly defined, it is easy to understand the contents even in the early stages of consideration for introduction, allowing for progress with minimal setbacks. The Gateway BOX supports connection to up to 31 sensors. Additionally, options are available to meet operational needs, such as increasing the number of measurement points or improving data collection frequency. ■ Features - A visualization environment can be established simply by connecting and installing (Gateway BOX × PAL series sensors). - A package that allows for progress in implementation by skipping on-site surveys and design processes. - Supports connection to up to 31 sensors. - Accommodates options based on requests, such as adding measurement points or increasing collection frequency.

The Gateway BOX is an IoT gateway package that allows for the "quick and easy" collection of measurement data such as current and simple electric power, which can be visualized in the cloud. It can be implemented simply by connecting and installing the Gateway BOX, PAL series sensors, and bus cables, without the need for on-site surveys or individual designs. It supports up to 31 sensors and is compatible with graph viewing in a browser, CSV output, and email notifications in case of abnormalities. Please take a look at the materials as the first step towards smart factory transformation.

Visualizing wasted electricity in factories to promote energy conservation and peak demand measures. The Gateway BOX connects to our PAL series sensors to collect current and simplified power consumption data for each piece of equipment, which can be stored in the cloud. Trends can be viewed in graphs through a browser, and the data can also be analyzed and reported using CSV output. Abnormal values can trigger email notifications, allowing for early detection of unnecessary operations or load imbalances. This package requires no on-site investigation or design, making it suitable for small-scale trials. Please refer to the documentation for configuration and collection conditions.

To reduce unexpected shutdowns, it starts with acquiring operational data. The Gateway Box collects the equipment's current and simple cumulative power consumption in real-time, visualizing the operational status. By eliminating on-site surveys and complex designs, you can start operations simply by installing the Gateway Box and our current sensors. It supports connection of up to 31 sensors and can be used for diagnostics, inspections, and maintenance records through email notifications during abnormalities and CSV output. It can be utilized in sites that want to grasp the status remotely and lead to early detection of abnormal signs.

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

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

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

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

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

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

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.

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.