Material Handling: Drum-Dumping System for Bulk Solids
Allows transfer from drums of all popular sizes weighing up to 750 lb.
A new Tip-Tite Drum Dumping System from Flexicon automatically rolls drums containing bulk material into position, dumps the material into downstream equipment and rolls empty drums out of the dumping station, allowing safe, high-capacity transfer from drums of all popular sizes weighing up to 750 lb.
Once full drums are rolled onto the dumping station platform, a hydraulic cylinder raises and seats the drum rim against a discharge hood. A second hydraulic cylinder then tips the drum to an angle of 45, 60 or 90° with a motion-dampening feature. At full rotation, the slide gate opens to allow controlled discharge of material into downstream process equipment. After the empty container is returned to its upright position, the rolling motion is reversed, and the container is halted in front of a pneumatically-actuated pusher, which transfers the empty drum to the return conveyor for removal. Meanwhile, another full drum rolls into position on the dumping platform.
Photoelectric sensors located along the powered roller conveyor relay the position of empty and full drums to the system controller, which actuates the conveyor to advance full and empty drums upon completion of each dumping cycle.
The system is also offered in high-lift configurations for dumping into elevated receiving equipment, and in open-chute and dust-free designs for dumping of boxes, bins, pails and other containers.
Related Content
-
Finding Efficiencies in How Components Work Together
Auxiliary systems are vital to the proper functioning of a plastic processing line, and they can be a source of major cost and efficiency improvements.
-
ACS Group Adds Regional Sales Manager
Richard Gutierrez named Southwest regional sales manager.
-
How to Effectively Reduce Costs with Smart Auxiliaries Technology
As drying, blending and conveying technologies grow more sophisticated, they offer processors great opportunities to reduce cost through better energy efficiency, smaller equipment footprints, reduced scrap and quicker changeovers. Increased throughput and better utilization of primary processing equipment and manpower are the results.