Description

Reference configuration only. Final capacity, span, lifting height, duty, magnet type, retained-load strategy, controls, environmental rating and applicable standards are project-specific and must be confirmed in the written technical proposal.

An electromagnetic crane combines an overhead or gantry crane with an engineered lifting magnet for suitable ferrous materials. The complete lifting system is selected around the load—not the crane alone—because plate thickness, bundle geometry, air gaps, temperature, surface condition and residual magnetism affect holding force.

Typical Applications

• Steel plate and sheet handling
• Billets, profiles and structural steel
• Steel service centers and stockyards
• Ferrous scrap handling
• Production-line material transfer

Features

• Bridge or gantry arrangement selected for the site
• Magnet and spreader concept matched to material geometry
• Variable-speed travel and lifting available
• Cab, pendant or radio control options
• Customizable according to project requirements

Optional Configurations

• Single or multiple magnet beams
• Telescopic or fixed-length spreader beams
• Rotating attachment arrangement
• Battery-backed or generator-supported magnet circuit
• Indoor, outdoor, high-temperature or dusty-area packages

Safety Systems

• Overload protection and travel limit switches
• Emergency stop and audible/visual warning devices
• Power-loss risk assessment and retained-load strategy
• Anti-collision, zoning and restricted-area functions when required
• Magnet circuit monitoring and interlocks as specified

Applicable Industries

Steel manufacturing, metal service centers, fabrication, scrap processing, ports and logistics.

Reference Specification

Parameter	Reference / Selection Basis
Rated capacity	Project-specific; defined for crane, attachment and permitted load condition
Span	To be confirmed from runway or gantry geometry
Lifting height	To be confirmed from process and building clearances
Duty classification	Selected from load spectrum and operating frequency
Magnet type	Plate, billet, profile, scrap or application-specific magnet
Control	Pendant, radio remote or cab; automation optional
Power supply	Site-specific AC supply; magnet circuit engineered separately
Environment	Indoor/outdoor, temperature, dust, corrosion and IP rating to be confirmed
Standards	Applicable design and electrical standards to be agreed for the destination market

All values and configurations are typical reference information only and do not constitute a TitanLift performance guarantee. Final data is subject to engineering review and supplier confirmation.