DRYING HOPPERS4CH SERIES INSULATED HOPPERS Efficient Drying with Minimum Downtime CH series drying hoppers save you time, energy and money by delivering consistent, efficient drying and fast, easy clean outs. Conair hoppers are designed to promote even heat distribution and mass material flow to ensure adequate drying throughout the hopper. Large access doors and smooth interior surfaces keep downtime for material changes to a minimum. We offer a wide range of hopper sizes, with capacities from 70 to 487 ft3 {1.98 to 13.79 m3}. Model CH24-8 Model CH14-3 Model CH10-1 Improve Product Quality, Lower Operating Costs All hoppers may look the same, but they’re not. Hopper design can influence three critical parameters that affect overall drying performance: airflow, drying temperature and drying time. The shallow cone angles and perforated material spreaders found in some hopper designs can cause surface friction that holds dry material in the hopper while wet material flows into the process. Conair hoppers have steep cone angles and smooth interior surfaces that promote mass material flow. This ensures that all material has dried at the same rate before it leaves the hopper. Our insulated side walls prevent the heat loss that can drive up energy costs and keep material along the outer walls of the hopper from attaining the required drying temperature. ` Quick-clean design Large hinged doors, smooth walls and removable spreader cones make cleaning fast and easy. ` Consistent drying time Don’t let your material leave the drying hopper before its time. Conair’s air inlet design, smooth material/air spreaders and steep cone angles promote uniform mass material flow. This means material at every level has been exposed to drying air for the same amount of time before leaving the hopper. ` Uniform air/heat distribution Conair hoppers introduce heated drying air low in the cone of the hopper, ensuring that material at all levels in the hopper will be dry when you’re ready to process it. ` Prevents energy loss Insulated side walls prevent the heat loss that occurs with uninsulated hoppers. This means consistent temperature levels throughout the hopper, better overall drying performance, and energy savings for you.

DRYING HOPPERS4CH SERIES INSULATED HOPPERS Features and Options Select the right hopper for your application Hopper design can determine whether your material is dry when it enters the process, as well as how easy the hopper is to clean between material changes. Insulated side walls maintain Conair Drying Hopper Other Hopper Designs temperature at desired level, prevent heat loss and protect workers from hot surfaces. Heat loss through uninsulated side walls. Mass material flow Center “funnel” flow induced Smooth surfaces and steep cone angles ensure that each pellet is exposed to heated drying...

DRYING HOPPERS4CH SERIES INSULATED HOPPERS NOTE: Includes drain port casting with slide gate. NOTE: Includes drain port casting with slide gate. NOTE: Includes drain port casting with slide gate. Figure 3 Hopper extension on CH39-42 only NOTE: Integrated 3-inch NPT drain port and slide gate. NOTE: Includes drain port casting with slide gate. NOTE: Integrated 3-inch NPT drain port and slide gate. A Figure 6 Hopper extension on CH100-900 Hopper extension on CH74-487 Hopper extension on all models except CH54-70 and CH64-158 NOTE: 50/70/100% 1.25 inch NPT level sensor coupling NOTE: 50/70/100% 1.25...

DRYING HOPPERS4CH SERIES INSULATED HOPPERS Specifications Model Figure Number Performance characteristics Capacity ft3 {liter} Capacity @ 35 lb/ft3 lbs Dimensions inches {cm} A - Inside diameter B - Hopper height† C - Height with stand*† D - Footprint w/stand in {cm} sq. Inlet size (OD) Outlet size (OD) Material discharge (ID) Weight lb {kg} Installed weight (hopper only) Mounting interfaces Hopper loader (top) Material discharge (bottom) Figure Number Performance characteristics Capacity ft3 {liter} Capacity @ 35 lb/ft3 lbs Dimensions inches {cm} A - Inside diameter 145 {368} B - Hopper height†...