Lower Cost of Ownership

Eliminates the expense of integrating drives into buildings and the need for building air conditioning units, resulting in significant lifetime operational cost savings by removing the necessity for air handling units.

Extreme Operating Conditions

Innovative totally-enclosed heating and cooling design, along with the cabinet enclosure, enables reliable drive operation in temperatures ranging from -45°C to 50°C.

Input Control Disconnect

Enhances system safety with a pad-lockable input disconnect switch interlocked with a vacuum contactor, ensuring secure and reliable operation. A verification window allows clear confirmation of the switch’s disconnect position, providing an additional layer of safety for maintenance and access.

Integrated Isolation Transformer

Reduces overall harmonics to meet or exceed IEEE® 519- 2014 standards using a phase shifting transformer. The integral transformer simplifies design and minimizes the overall footprint, offering a more efficient and compact solution.

Removable Power Modules

Allow for easy maintenance and repairs, the removable power modules each contain a cooling system, IGBTs, and DC bus capacitors, reducing the need for extensive spare parts inventory.

Multi-level Output Waveform

Eliminates the need for additional output filters or specialty VFD-rated cables. The additive multi-level pulse width modulation output also eliminates Neutral Point Shift.

Oil Filled Capacitors

Rated for a 20-year life expectancy, these capacitors reduce the need for frequent replacements, lowering overall costs.

Pre-charge Circuit

Reduces inrush current to the transformer and capacitors, reducing stress on components and extending their lifespan.

Versatile Control Interface

Offers ten digital input/outputs and three analog input/outputs (with the ability to expand up to eight outputs). Each input/output can be programmed for various functions for ultimate flexibility.

Synchronous Motor Transfer

Enables control of multiple motors using a single drive, providing smooth transitions between drive and utility power by eliminating current and torque transients.