ABB Expands Family of Baldor-Reliance EC Titanium Motors

ABB has added IEC frame options to its integrated motor-drive offering of Baldor-Reliance EC Titanium motors. Standard features include aluminum housed top-mount of axial mount integrated drive, IP55 enclosure, internal shaft grounding brush and class-F insulation.

EC Titanium motors are rated for inverter use per IEC 60034-18-41. The IEC integrated motor-drive is capable of operating as a top-mount drive in ratings of 1 to 10 HP (0.75 to 7.5 kW), or axial-mount drive in ratings 1 to 7.5 HP (0.75 to 5.5 kW).

EC Titanium motors incorporate a highly efficient rotor technology, and when paired with ABB’s ACH580 variable speed drive, the platform provides a superior and sustainable solution for fan arrays in HVAC applications.

With the patent-pending simple firmware update, a single new or installed ACH580 drive is able to operate as many as 16 EC Titanium motors, saving significant space and component costs. ACH580-01 drives produce exceptionally low harmonic content and exceed requirements set by low harmonic standards, making these the ideal drive to control EC Titanium motors.

Lower harmonics and full motor voltage at all times mean reduced system losses, better overall system efficiency, higher reliability and extended equipment life.

EC Titanium is also available in a plenum-use design, which replaces plastic external parts with aluminum to reduce the risk of fire hazards and noxious fumes in environmental air spaces. Bluetooth capability is removed from the plenum-use integrated motor-drive model, a requirement for certain applications – such as data centers – which prohibit broadcast communications.

Baldor-Reliance EC Titanium combines synchronous reluctance and permanent magnet technologies for the most efficient motor available in the market today. The rotor design incorporates no rare earth elements, resulting in a motor solution that is highly efficient, quiet, reliable and easy to operate – all in an eco-friendly package.

EC Titanium is offered in two styles: stand-alone motors and integrated motor-drive units, both of which exceed the IE5 efficiency level. They offer excellent performance across a wide speed load range and above base speed conditions.

Additionally, the integrated motor-drive solution saves considerable control panel space and reduces wiring costs by placing the drive on top of or on the opposite drive end of the motor.


Related posts