Commercial · Handbook Download · PSC Hand Safety
Download the Engineering Handbook — Magnetic Push-Pull Tools for Suspended Steel Loads
65 pages. The physics of suspended load behaviour, the engineering of magnetic guidance, and a complete reference for selecting and applying push-pull tools in industrial lifting work. Free. No form.
Technical Reference, Not Product Catalogue
Understand the problem before selecting the equipment.
The PSC Engineering Handbook was written as a technical reference, not a product catalogue. It begins with the physics of suspended load behaviour — because the equipment only makes sense once the underlying problem is understood.
It then works through the engineering of magnetic guidance, the head selection logic, the surface condition factors that govern real-world performance, and the integration of magnetic tools into lifting team practice.
What the Handbook Covers
A complete engineering reference from physics to field application.
The handbook moves from suspended-load behaviour and guidance-method selection through magnetic engineering, configuration choice, lifting-team integration, case studies and field application.
Who This Handbook Is For
Written for the people who select, supervise and specify.
Selecting engineering controls for load positioning tasks.
Coordinating crane operations and final positioning sequences.
Evaluating engineering controls for hand and finger injury prevention.
Handling motors, gearboxes, and machine components.
Specifying magnetic push-pull tools for site or fleet use.
Download the Handbook
Contact PSC Hand Safety to receive the current edition.
sales@pschandsafety.com
+91 96031 66448
Related Engineering Resources
The handbook content is also published across the site.
Individual chapters can be found through search and shared directly, while the complete handbook remains available as a single reference for specification and toolbox-talk use.
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PSC's Application Mapping Review examines the actual task — the load, the surface, the access conditions, and the operator's movement — and recommends the correct matched configuration.
