Harris Shredder Systems
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Materials Designed to Process
Designed for these Facilities
Our engineers work seamlessly with fabricators at our manufacturing facility, using today’s communication technology, to offer scrap shredder system operators a set of resources that is unmatched by other suppliers of ferrous metal scrap and auto shredding equipment to make the right shredder facility to meet your needs and match your budget.
Ferrous Shredder Internal Castings
- Harris exclusive keyed round head bolts provide larger contact area with the castings for a better load distribution.
- An enlarged top grate increases the material throughput.
- Large front wall castings have longer life than traditional fabrications with bolted liners, without requiring continuous maintenance. Easy top feed installation. Secured by tie rods that strengthen the midsection rigidity.
- Self-supporting bottom grates eliminate the center support maintenance and have longer wear lives.
- Oversized Reject Door allows a faster removal of unshreddables, with Harris’ exclusive outward movement. This eliminates continuous impact of the material while in operation.
- The Harris Shredder’s unique sideliner design reduces throwaway weights with its weight reducing pockets that provide extra support around the liner bolts. Harris’ exclusive keyed round head bolts efficiently distribute the load around the circumference of the bolt head.
- Rear wall castings are slightly offset from the path of the material. These replaceable back walls are tie-rod held for additional strength to the midsection and create a much longer work life than fabricated back walls, without the maintenance associated with them.
Heavy-Duty, Double Feed Roller
Harris scrap and auto shredder systems implement a sturdy reinforced steel plate yoke with our exclusive 3-tube design for enhanced rigidity to torsion. Our “Quick Release” design allows the removal of the complete roller without completely disassembling components. The continuous large diameter torque tube pivot distributes loading along a larger area. Tube sits on large steel split pillow blocks with bronze bushings.
Large mechanical locks allow safe work conditions during maintenance. The hydraulically actuated locks allow positioning from a remote safe location. Harris’ patented Teflon seals allow the best sealing capability in this heavy duty environment. The Teflon seals permit the re-honing of the cylinder tube to non-commercial sizes for extended service life.
Rotors and Drive Mechanism
Harris offers welded and non-welded disc and 4-arm spider designs. Each disc, spider arm and spacer is shrink fitted and keyed to the shaft while the complete assembly is secured by tie-rods. Harris uses high strength steel alloy plate on all rotors. The end discs have replaceable caps for better wear resistance. Replaceable heavy-duty helmet cast steel caps protect the spider arms.
Rotor Bearing Housing
Rotor bearing housings are machined from high strength forged alloy steel. The internal lubrication connections allow placing fittings only on the outboard side for easy maintenance. The closed loop oil recirculating unit provides filtered and cooled oil to the bearings
Harris Production Management system (HMPv.1) provides real time access to production rates, energy usage and critical operational feedback from the comfort of the operators chair fit with intuitive joystick controls.
The Harris HMPv.1 management system can be retrofitted to existing systems to provide your plant with vital operations data.
Complete Scrap and Auto Shredding System Design
Harris’ talented designers can design the right scrap and auto shredder system to meet the requirements of your specific application. Harris can design everything from the heavy duty infeed conveyor and state-of-the-art shredder, to the separation of ferrous, different grades of non-ferrous and stainless steel materials. Harris can provide you with a system to meet your needs and budget.