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SE Launches Smart Motor Protection and Information Monitoring Solution
Adding digital meter functionality to IIoT, HMI, and EOCR
Multiple motor data can be transmitted to the IT level
Schneider Electric Korea announced on the 14th that it has launched the 'Smart Motor Protection and Information Monitoring Solution,' a solution package for building smart factory facilities.

The Smart Motor Protection and Information Monitoring Solution is a package product directly configured by Schneider Electric Korea for customers with a high interest in the digitalization of equipment and the intelligence of factories, as well as for domestic companies that need motor protection, information monitoring, and energy saving.
By adding digital meter functions to IIoT, HMI, and EOCR solutions, it specializes in voltage and power measurement as well as motor current protection, and helps with systematic management by transmitting sensor data via high-speed Ethernet communication.
Since information sent from devices is collected in the cloud without a separate IT gateway, large amounts of motor data can be easily transmitted to the IT level, enabling integrated management, maintenance, and predictive maintenance of motors.
Previously, the nature of the workplace or application Depending on the timeframe, it was common to selectively combine several products from individual solutions. By applying this solution package, the functions required for a smart factory can be managed by organically connecting them.

The smart motor protection and information monitoring solution supports operator tasks by providing dedicated connection sample screens for equipment from various manufacturers in advance via HMI Centric, and enables energy monitoring of each motor installed in the equipment through voltage and power measurement via EOCR.
In addition, it can protect motors by preventing overheating and fire inside panels such as distribution boards and control boards by equipping temperature and humidity sensors, provides detailed fault waveforms through precise transient analysis, and applies IIoT functions to transmit motor information collected from field devices to the IT level, thereby facilitating predictive maintenance and maintenance.
This solution is suitable for small-scale production facilities that are applying factory automation for the first time, as well as semiconductor equipment production facilities requiring hundreds to thousands of motors, chemical complexes such as secondary battery plants, and automated logistics facilities.
You can also monitor and manage multiple devices in one place. Previously, personnel had to visit the site in person to apply and manage each item individually, which resulted in errors and consumed a significant amount of time and cost; however, with the application of this solution, equipment status can be checked and settings configured from a PC or HMI.
The smart motor protection and information monitoring solution is optimized for energy savings through efficient energy management. It can predict energy losses and even wasted energy, enabling substantial energy cost reductions.
Adding digital meter functionality to IIoT, HMI, and EOCR
Multiple motor data can be transmitted to the IT level
Schneider Electric Korea announced on the 14th that it has launched the 'Smart Motor Protection and Information Monitoring Solution,' a solution package for building smart factory facilities.

▲ Smart Motor Protection and Information Monitoring Solution
[Image=Schneider Electric]
[Image=Schneider Electric]
The Smart Motor Protection and Information Monitoring Solution is a package product directly configured by Schneider Electric Korea for customers with a high interest in the digitalization of equipment and the intelligence of factories, as well as for domestic companies that need motor protection, information monitoring, and energy saving.
By adding digital meter functions to IIoT, HMI, and EOCR solutions, it specializes in voltage and power measurement as well as motor current protection, and helps with systematic management by transmitting sensor data via high-speed Ethernet communication.
Since information sent from devices is collected in the cloud without a separate IT gateway, large amounts of motor data can be easily transmitted to the IT level, enabling integrated management, maintenance, and predictive maintenance of motors.
Previously, the nature of the workplace or application Depending on the timeframe, it was common to selectively combine several products from individual solutions. By applying this solution package, the functions required for a smart factory can be managed by organically connecting them.
▲ HMI Centric [Image = Schneider Electric]
The smart motor protection and information monitoring solution supports operator tasks by providing dedicated connection sample screens for equipment from various manufacturers in advance via HMI Centric, and enables energy monitoring of each motor installed in the equipment through voltage and power measurement via EOCR.
In addition, it can protect motors by preventing overheating and fire inside panels such as distribution boards and control boards by equipping temperature and humidity sensors, provides detailed fault waveforms through precise transient analysis, and applies IIoT functions to transmit motor information collected from field devices to the IT level, thereby facilitating predictive maintenance and maintenance.
This solution is suitable for small-scale production facilities that are applying factory automation for the first time, as well as semiconductor equipment production facilities requiring hundreds to thousands of motors, chemical complexes such as secondary battery plants, and automated logistics facilities.
You can also monitor and manage multiple devices in one place. Previously, personnel had to visit the site in person to apply and manage each item individually, which resulted in errors and consumed a significant amount of time and cost; however, with the application of this solution, equipment status can be checked and settings configured from a PC or HMI.
The smart motor protection and information monitoring solution is optimized for energy savings through efficient energy management. It can predict energy losses and even wasted energy, enabling substantial energy cost reductions.
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