Our customers kept asking us for parking air conditioners with longer running times, and for use in hot climates. This is why we developed the CoolAir generation around the user.
The RTX Truck Parking Air Conditioner comes with an entirely new technology to continue a unique success story. CoolAir compressor parking coolers have been around for over ten years to improve working conditions, safety and cost efficiency in the European utility vehicle industry. The third generation Dometic CoolAir roof air conditioners do that in two convincing ways: it provides more cooling performance and a longer running time while consuming less energy than its predecessor model. In the same range we have the RTX 2000 which generates more than twice the cooling power at the same running time. All of this is possible thanks to the use of a variable speed inverter compressor, which makes for excellent cooling performance and amazingly efficient and quiet operation.
The Dometic CoolAir RTX 1000 creates pleasant temperatures for up to twelve hours before the battery monitor gives advance warning and finally cuts off the power supply to keep the engine ready to start. The even more powerful RTX 2000 uses its ample capacity to face hot temperatures in the truck cabin for up to six hours. Added to this, the CoolAir is amazingly quiet in operation. The two-cylinder compressor works unnoticeably, leaving the driver to rest perfectly to enjoy all the comforts of the parking cooler: the large, high-contrast display, the individually adjustable air distribution, the four operating modes – and the adaptive automatic mode of the air conditioner. Truck drivers are fascinated by the enormous staying power of the CoolAir RTX.
The third generation CoolAir from Dometic comes with an entirely new technology. The ingenious Dometic CoolAir RTX 1000 provides added cooling performance and runtime compared to its predecessor model - without consuming more energy! The variable speed inverter compressor allows for excellent cooling and operates both quietly and efficiently.