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

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.

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.

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.

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!

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.

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

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

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.

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.

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.

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

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.