FR-E800—World’s smallest class inverter with high functionality
Ever since the Industrial Revolution, manufacturing technologies have evolved over the years. And now, is the time for a new revolution. A new era has started. Inverters are connected to the world. We design future manufacturing and what’s ahead.
Real-time connection with the host IT system enables centralized or remote monitoring of operation, which further streamlines the production.
AI technology and smartphone connectivity support initial startup or troubleshooting. Extensive maintenance functions will contribute to improvement in maintainability.
Functional safety functions and wireless inverter connection enable stable and safe operation of the system.
Various control methods are supported to expand applications in many systems.
Designed for the smart factory
Supporting various networks enable flexible system design.
Designed for a wide range of applications
The extended range of capacities and dimensions supports various applications.
Supporting various systems and environments
Effective solution for downsizing equipment
Optimizing the layout inside the enclosure
Enabling installation in various environments
Improving productivity with shorter tact time by the enhanced regeneration function
Designed for higher added values
The outstanding drive performance and various functions create higher added values.
Customizing inverter operation for each machine
Same spare inverters for various applications
Improving work efficiency by powerful high-speed operation
Expanding the range of applications using inverter options
Designed for improved operation safety
Humans and FA devices can work together by enhancing functional safety.
Wireless access with hard-to-reach inverters
Attaining both safety and productivity
STO (safe torque off) function
SLS (safely-limited speed) function
Use of induction motors or PM motors contributes to energy saving.
Energy-saving with motors
Supporting step-by-step energy saving solution
Energy-saving with inverters
Advanced optimum excitation control
Energy-saving with the regenerative option
Functions for residual life diagnosis, predictive maintenance, and preventive maintenance support stable system operation.
Real-time monitoring for early fault detection
Supporting scheduled maintenance planning
Supporting preventive maintenance of peripherals
Thorough customer support
When a fault occurs, AI analysis and other diagnosis functions solve the problem quickly
Streamlining the installation process
Quick reaction to troubles
Easy and fast wiring
Troubleshooting supported by AI technology
Trouble analysis from a remote location
Engineering software for further ease of operation
The work efficiency can be improved for each of the design, operation, and maintenance processes
Further facilitating operation with the capacity selection software
Further facilitating operation with the selection guide software
Further facilitating operation with Edgecross
Further facilitating operation with GOT interaction functions