Accompanying the new drive is a dedicated iOS app offering remote control and monitoring options ranging from simple motor control, to managing alarms and setting parameters remotely.
Mitsubishi argues that the built-in Ethernet link will cut the cost of connecting the VSD, reduce the need for option cards, increase the drive’s flexibility, and simplify connections to parallel networks. For example, you could use the Ethernet port for remote access or to link the VSD to a PC for quality control functions, while using a networking card to connect the drive to a wider automation network.
At SPS, Mitsubishi demonstrated the Ethernet port connected to a FAG SmartCheck vibration sensor mounted on a motor. The VSD was providing speed information to the sensor, which combined this with vibration data to create a more accurate picture of the motor’s health.
The drive’s built-in Web server allows users to fine-tune production settings, as well as to adjust and monitor the status of the drive remotely via a Web browser.