IoT sensor with built-in communication capabilities for visualizing power consumption per equipment, featuring simplified cumulative energy measurement and Modbus communication support (rated 125A to 630A)
Promoting energy conservation in factories! Visualizing electricity usage by equipment to reduce waste!
Collect simple power and simple energy using Modbus RTU (RS-485) and visualize the main and branch circuits of the distribution board.
You can start visualizing energy "quickly" and "easily."
This is a remote-controlled substation device used for the temporary sequential transmission method that allows for the separation and reduction of power outage sections during distribution line accidents, as well as the transmission of power to healthy outage sections.
This is an AC distribution board for data centers that adopts a unique internal structure to solve issues related to miswiring and a shortage of skilled workers.
This is a distribution board that branches and supplies DC power at 48V.
We contribute to the development of an information and communication society with solutions that support the safety and efficiency of power supply.
We will introduce the features of our measurement and monitoring system for concerns such as 'I want to visualize the energy consumption of the data center.'
We will introduce the "virtual sensor" function of the CEW-M4, which allows for a better understanding of detailed improvement points by performing arithmetic operations on the values of physical sensors.
It looks like a clamp CT… but it’s actually different! Three Key Features of PAL Series Sensors
The same series also includes the PAL-Plus Type E, offering a more cost-effective solution for simplified cumulative energy measurement. Learn more here.
This is a distribution board that branches and supplies DC power at 48V.
Understand the "simple electric power" of the main and branch circuits of the distribution board by circuit. Simple power and energy sensor compatible with Modbus RTU.
Free booklet to promote energy saving in factories!
From power monitoring and fluid monitoring to valve opening and closing control, everything is integrated into a comprehensive system for scheduled operation of equipment. It is an effective "monitoring and control system" for on-site operations.
It is a "monitoring control system" that can be built as a whole for "power and fluid monitoring/scheduled operation control" of factory equipment.
A multi-measurement device that can measure the maximum, average, and minimum values of current, power, and temperature at 64 points each, with a minimum interval of one minute, for distribution boards and breaker units.
















































































![mainpic_home[1].gif](https://image.mono.ipros.com/public/company/image/989/2028620/IPROS6150834840802029956.jpg?w=280&h=280)

































