- COMPACT AND EFFICIENT - The small number of movable parts allows the system to have a footprint very compact. Moreover all the parts are also easily accessible for a fast and safe cleaning maintenance.
- HIGH PERFORMANCE - Possibility to choose the Dew point between 0 and -40°C. PID integrated control for an accuracy in heating of ±1°C. The absence of cooling, necessary only for few kinds of materials, allow also a supplementary energy reduction.
- REDUCTION OF POSSIBILITY OF FAULT - Because of smaller number of movable parts the whelltodry mini dehumidifier has a lower “Index of Fault”, and consequentiality a reduction of possible stops of the equipment, with an higher shelf life.
- FLEXIBILITY - Adjustment of Dew Point is the key-point, because it allows machine to work according to customer’s requirements.
- EASYNESS - Designed to be fitted directly above the Transforming Machine or on the dosing stations to treat also additives or masterbatches.
- AUTOMATIC OPTIMIZATION - Adaptive Energy Saving Function (Optional) adjusts automatically drying airflow and process temperature, according to different materials and outputs, and reduces also risk of over-drying.
- OPTIONS - Built-in Dew Point Supplementary Monitor. Energy Drying Management System (Adjustment from 100% down to 40%).
- INDUSTRY 4.0 & IoT - Thanks to HMI control and integrated OPC-UA standard protocol the machine can be easily connected to an ERP MES System running in “Industry 4.0”
WheelToDry • Mini
Honey Comb Rotor Dehumidifier
WHELLTODRY• MINI is a high performance compact dehumidifier, very useful for a correct handling of plastic materials, designed for small productions indicatively up to 25 kg/h.
Thanks to its compact dimensions it can be installed directly above the transforming machine or above the doser, to dehumidify also additive materials just where it is needed.
The WheeltoDry series is a powerful tool for a proper dehumidification of plastic materials and, consequently, an increase in quality of the final products and an optimization of energy costs.
Processes:
