Modular Tower Dryer Save on installation expenses with the Sukup Modular Tower Dryer. With stacking complete in one day, the Modular Tower Dryer offers many of the same features as the larger Sukup Commercial Tower Dryers without the need for extensive on-site construction. Features: Industrial Inline Centrifugal Blower. Just like the Sukup Commercial Tower Dryer, the Modular Tower Dryer uses an industrial grade inline centrifugal blower to quietly provide airflow even with vacuum cooling. THE GAS Pipetrain has two Standard safety shut-off valves that are electronically operated from the touchscreen and meet NFPA code. The push of a button activates the heater. Maxon Burner is standard. Modulating Burner Control to efficiently maintain a steady plenum temperature is standard. Angle Ring Inlet & Discharge allow for easy hook-up to fill and take-away equipment. Roof stairs & Handrails, along with Heavy Duty I-Beam Legs Grain Exchangers in Column move grain from inside of the column to the outside for more even moisture content and consistent grain temperature and are standard. Stainless Steel outer screens resist rust and keep your dryer looking good for years to come while the stainless steel grain table and unload sweeps help resist corrosion and wear. Moisture Sensors monitoring incoming & outgoing grain are standard. Grain DISCHARGE RATE is controlled manually or automatically based on grain temperature or moisture. QuadraTouch™ PLC Control System is a rugged controller built to withstand harsh environments, eliminate nuisance shutdowns, and allow the operator touchscreen to be placed up to 200

Efficient Drying. Cost-Effective Installation. Efficient Installation Dryer modules are delivered to the site assembled and ready to be set with a crane, significantly cutting down on construction time and costs. Vacuum Cooling Efficiency Advantage Operating in a heat/vacuum cool mode, air is pulled through the grain at the bottom of the dryer, cooling the grain while heating the air. Reclaiming heat from the grain means less fuel is required to get the air to drying temperature. The air is then pulled into the blower, through the burner and into the drying chamber. The blower and burner are...