VersaBridge®

Modularity
Modular design with common building blocks (Cube, Slices, Mains) makes the VersaBridge® MVD scalable for different power ratings with fewer spare parts. Power Electronics Modules (Cubes) can be easily removed for maintenance.
Quick and Easy Installation
There are configurable power cable entries/exits on the top, bottom, or both. There are no field cabling requirements to connect the assembled Mains and Slice sections.
Serviceability
Modular design requires few spare parts. Additionally, the parts are universal and can be used in any configuration regardless of the voltage or power class.
Multilevel, Cascaded, H-Bridge Topology
This produces near sinusoidal wave output which reduces motor harmonics and torque pulsation, even at low speeds with virtually no cable length restriction.
Ultra Low Line-Side Harmonics
These harmonics are fully compatible with new or existing motor installations without the need for an external filter and exceed IEEE-519 standard requirements.

Bypass Manual/Automatic
The VersaBridge® MVD has isolating contactors within each Cube. In the event of a fault, contactors will isolate the faulty Slice and allow the MVD to restart, catching the spinning motor.
Flying Start into a Spinning Load
The VersaBridge® MVD offers the ability to catch a spinning load without any torque, voltage, or current having a negative impact on the equipment.
N+1 … N+N Redundancy
In addition to the Slice bypass option, the drive can be configured to have additional redundancy options for continued operation at full rated output power.
Power Dip Ride-Through
The VersaBridge® MVD design provides a five cycle power loss ride-through to keep the process running without the need for auxiliary UPS.
One Drive for Multiple Motors
The VersaBridge® MVD can start multiple motors and transfer them synchronously to utility lines and back to the drive.
Industry Standard Ethernet Modbus Communication
Standard protocol allows the VersaBridge® MVDs to easily communicate with various SCADA or DCS systems.