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

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. |

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

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.

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.

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

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

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

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