SELF-DIAGNOSTIC MICROPROCESSOR CONTROLS
The advanced microprocessor controls on our multi-load dryers are engineered to be simple to program, easy to use and straightforward to maintain. You can easily program custom drying cycles with cycle times, temperatures and cool-down tailored to the specific needs of your facility or customers. End-users can select the right cycle with the touch of a button. If there is an issue, self-diagnostic capabilities help you quickly identify an issue, locate it and get the machine back into service.
CONTROL AND PERFORMANCE COME STANDARD
Trans-axial airflow
Trans-axial airflow was developed to maximize performance and efficiency. The basket maintains heat inside the drum while the partially perforated front allows for maximum airflow to move warm air through the tumbler.
Intelligent Inverter Drive
Alternates the speed of the drum throughout the cycle: Allowing for a soft controlled start and optimized tumbling during drying. The inverter drive also features a simple and reliable single drive belt system making for easy serviceability.
Single-phase reversing basket
Larger loads can fall victim to uneven drying caused by “roping” and “balling”. Reversing the direction of drum rotation helps reduce this problem.
CONSISTENT SPIN-OUT PERFORMANCE
10 CHEMICAL INJECTION PORTS
Customize the best formula based on specific washing needs. Determine which detergents and solutions are used during every cycle — and program them to release on time, and in correct amounts, with our split-lid, four-compartment dispenser.
CYCLE SETTING
With the ability to program up to 99 cycles, each with up to 99 phases, you have the flexibility to customize wash cycles, from formulas to spin time, all to fit your process needs
MULTILINGUAL LANGUAGE OPTIONS
Users are able to choose from multiple language options to ensure they can conveniently navigate each machine.
CONSISTENT SPIN-OUT PERFORMANCE
G-forces of up to 200 for rigid-mounts and 400 for soft-mounts help achieve max extraction and prevent unbalanced loads.