Description

Reference configuration only. Final capacity, span, lifting height, duty, speeds, environment rating, controls and applicable standards are project-specific and must be confirmed in the written technical proposal.

A heavy-duty overhead crane is engineered around demanding load spectra, high operating frequency and process-critical handling. The final structure, machinery and control concept must be selected from verified operating data.

Typical Applications

• Continuous or multi-shift production
• Heavy machinery manufacturing
• Steel and metal processing
• Power-generation maintenance
• Process-critical material handling

Features

• Double-girder or special bridge arrangement
• Machinery selected for the required duty class
• Robust access and maintenance concept
• Condition monitoring and diagnostic options
• Customizable according to project requirements

Optional Configurations

• Main and auxiliary hoists
• Redundant or service-friendly drive arrangements where specified
• Operator cab, radio control or automation interface
• Anti-sway, inching, positioning and synchronization functions
• High-temperature, dusty, outdoor or corrosion-resistant packages

Safety Systems

• Overload, overspeed and motion limit protection as specified
• Emergency stop and warning devices
• Anti-collision, zoning and access interlocks
• Brake monitoring and redundant safeguards where required by risk assessment
• Maintenance isolation and inspection access provisions

Applicable Industries

Steel, heavy manufacturing, machinery, energy, mining, process industries and industrial maintenance.

Reference Specification

Parameter	Reference / Selection Basis
Rated capacity	Project-specific / To be confirmed from maximum lifted load and attachment weight
Span	Project-specific / To be confirmed from runway geometry
Lifting height	Project-specific / To be confirmed
Duty classification	To be calculated from load spectrum, cycles per hour and design life
Motion speeds	Project-specific; variable-speed control available
Hoist arrangement	Main, auxiliary, redundant or process-specific arrangement
Control and automation	Cab, radio, pendant, PLC or plant-system interface as required
Environment	Temperature, dust, corrosion, wind, IP rating and special hazards to be confirmed
Standards	Applicable design, electrical and safety standards to be agreed before engineering

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. Customizable according to project requirements.