ActronAir 2.6KW Reverse Cycle Inverter Split System WRE026AS
- Premium wall hung split system designed for Australian conditions
- Sleek form and clever features
- Will keep your home warm and cosy in winter, cool and fresh in summer and stylish all year round
- Installed by our qualified, talented and friendly team
At a Glance
Easy on the eye
With a matte finish and slim-lined light grey backing, Serene’s styling makes sure it’s a complementary addition to any interior.
A concealed LED display provides easy to read temperature settings when you need it, and a clean uncluttered finish when you don’t.
Unlike our competitors who enclose their master switches inside wall units, our Serene has an easy to access external on/off switch should your remote ever go missing.
Go with your flow
With Multi-directional Airflow, you can set ‘up and down’ or ‘left to right’ airflow straight from your remote controller, or set to swing mode to condition the room faster. Serene also remembers your last set position for maximum convenience.
Comfy in a hurry
The Turbo Zone feature powers up the Serene to full capacity to get to your ideal comfort level fast.
Better control in your hand…
Serene’s remote controller features a large screen and buttons, all in easy to read ‘plain English’, for more logical and legible daily use.
…on the wall
For those who like a little more control, or those who just keep losing the remote, Serene also has an optional wall mounted wired controller.
…or while you’re away
the Easy Connect mobile control app is the perfect control companion, making it easier than ever for you to connect with comfort from anywhere.
AC vs DC for rockin’ efficiency and performance
Serene uses more energy efficient DC, or direct current, inverter technology in its inverter compressor, indoor fan and outdoor fan. With an impressive 25 frequency stages, our inverter compressor is up to 35% more efficient than AC technology, while our upgraded DC outdoor fan with five speed settings is up to 40% more efficient. The result is improved efficiencies overall, as well as optimal cooling performance at high and low ambient temperatures, and quieter operation on part load.