- COMPACT AND EFFICIENT - The small number of movable parts allows the system the have a footprint very compact. Filters are easiliy accessible from the front of the machine, for a fast and safe cleaning maintenance.
- HIGH PERFORMANCE - Possibility to chose 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 Honey Comb Rotor dehumidifier has a lower “Index of Fault”, and consequentiality a reduction of possible stops of the equipment, with an higher shelf life.
- WIDE RANGE OF MODELS - Wide range, starting from 40 to 4000 mc/h (50 to 4500 mc/h at 60 Hz).
- 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”
- OPTIONS Built-in Dew Point Supplementary Monitor. Energy Drying Management System (Adjustment from 100% down to 40%). Multi-Hopper Version.
SYNCRO
Ideal partner for plastics processors who require innovative technology to gain a competitive edge.
Wheel To Dry
Honeycomb Rotor Dehumidifier
WHEEL TO DRY is an high performance dehumidifier, very useful for a correct handling of plastic materials. The Wheel to Dry series is a powerful tool for a proper dehumidification of plastic materials and, consequently, an increase in quality of the final products; and an optimisation of energy costs.
Air goes through the desiccant rotor, and releases the moisture extracted from the material in the hopper. The part of the rotor saturated by water is regenerated with hot air; this air, once humid, is then exhausted . Finally, once regenerated, the section of the rotor is cooled down and then ready to absorb again humidity from plastic materials. The possibility to reduce the airflow from 100 to 40% and the Dew Point from -40°C to 0°C is an huge “advantage” in the plastic industry.