ABB Australia Unveils the New R9E Drive Frame – More Power in the Same Compact Size

Yesterday ABB Australia announced a fresh addition to its drive line‑up – the R9E frame. At first glance it looks a lot like the older R9, but underneath the casing there’s a real step‑up in capability.

The new R9E can handle up to 400 kW of power, a noticeable jump from the 250 kW ceiling of its predecessor, and it does so without any increase in size. In other words, plants that are cramped for space can now squeeze more performance out of the same slot. It’s a bit like finding a larger engine that fits inside the same engine bay.

“Our customers have been asking for more power without the penalty of a larger footprint,” said Michael Turner, ABB’s Regional Head of Drives for Australia. “The R9E answers that call – it’s compact, efficient and ready for the toughest applications, from mining hoists to renewable‑energy converters.”

Beyond raw power, the R9E brings a suite of modern features: enhanced thermal management, integrated digital diagnostics, and a streamlined wiring layout that cuts installation time. The drive also boasts up to 98 % efficiency, meaning lower electricity bills and a smaller carbon imprint for end users.

Local manufacturing is a key part of the story, too. The R9E is assembled at ABB’s Australian plant, reinforcing the company’s commitment to domestic supply chains and quicker after‑sales support. For operators in the Outback or on the coast, that proximity can make the difference between a swift repair and a costly downtime.

Industry analysts see the launch as a strategic move. With global demand for high‑density, energy‑savvy drives on the rise, ABB’s R9E could become a go‑to choice for sectors that can’t afford to trade space for power. The drive is already being trialled in a major copper mine in Western Australia and a wind‑farm project in New South Wales.

In short, ABB is betting that you don’t have to choose between size and strength. The R9E tries to give you both – a compact frame that quietly hums with more power than you’d expect.