Bushman Equipment manufactures a complete line of coil lifters which have been engineered to meet a variety of dimensional, capacity and special application needs. Quality built throughout, these lifters offer years of continuous, safe, efficient coil handling.

Designed to protect the integrity of the coil, Bushman coil lifters are manufactured from heavy steel weldments and feature telescoping, motor-driven legs and formed, curved saddles on the lifting surfaces.

Standard features include a limit switch in the lifting pad to prevent accidental opening under load.

A number of optional features are also available to enhance lifting efficiency and load integrity. Features include photo cells to help in coil alignment; limit switches for controlling leg travel; load weighing with digital display; full length pads on all coil contact surfaces; and rubber, plastic or alloy rollers in the lifting pads.

This literature highlights the standard features of Bushman coil lifters and focuses on some of the more popular design options. Bushman engineers will work with any design requirement, however challenging, in order to improve the efficiency, safety and quality of your specific coil handling process.

The MR5067 is a low headroom coil lifter designed to provide precise coil positioning. Rotation is accomplished by means of a gear motor and a slip clutch with an integral pinion driving a geared bearing. The rotation drive is protected from shock loading by an overload clutch. The geared bearing is designed in compression for a fail safe system.

Bushman coil lifters can be equipped with weighing systems so that coils can be weighed while being loaded or unloaded. The load cell can be incorporated into the bail assembly or embedded within the grab frame. Low headroom coil grab designs are also available.

Features include:

• All electronic components that are easily replaced.
• Calibration settings saved in memory that is maintained even during power outages.
• Equipment compatible with most current network and computer systems.