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100+ Cranes for a Southeast Asian Steel Plant | Project Case Study

PROJECT CASE STUDY / STEEL & METALS

100+ cranes for a Southeast Asian steel plant

A plantwide lifting fleet serving production bays, slab transfer, magnetic steel handling and a port-side scrap yard.

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HENAN MINE CRANE · PROJECT EXPERIENCE
160/30 t double-girder overhead crane with suspended hooks inside a Southeast Asian steel plant
160/30 t double-girder overhead crane in the production hall.
IndustrySteel production
RegionSoutheast Asia
Project scale100+ crane units
Crane capacity160 t overhead crane
01THE APPLICATION

One steel plant. Several lifting duties.

Across the steel plant, overhead, slab-clamp, magnetic-beam and gantry cranes handle distinct production and yard routes. Match each crane to its load, attachment and operating cycle to plan a coordinated lifting fleet.

Heavy lifts · Slab transfer · Magnetic handling · Scrap yard
02CRANE CONFIGURATION

Equipment by work area.

01 / PRODUCTION BAY

160 t double-girder overhead crane

The project includes a 160 t double-girder overhead crane for the production bay. For a similar installation, define main and auxiliary lifting loads, runway geometry, hook height and operating cycle.

02 / SLAB TRANSFER

Slab-clamp crane

Slab-clamp cranes serve slab transfer. Size the clamp around slab dimensions, weight, temperature, stacking geometry and required lift orientation.

03 / STEEL-PRODUCT TRANSFER

Lower-rotating electromagnetic carrier-beam crane

Lower-rotating electromagnetic carrier-beam cranes support steel-product transfer. Specify product shape, pick orientation, magnet power supply and load-retention requirements.

04 / PORT-SIDE SCRAP YARD

Double-girder, double-trolley gantry cranes

Double-girder, double-trolley gantry cranes serve the port-side scrap yard. Match yard rails, travel distance, reach and lifting attachment to the unloading cycle.

03 / SITE PHOTOGRAPHS

Inside the working environment.

Production bays, steel-coil storage and outdoor material handling.

100/32 t double-girder overhead crane installed above a steel plant production bay
01 / 100/32 t overhead crane in the production bay.
Overhead cranes above rows of steel coils inside the Southeast Asian steel plant
02 / Overhead cranes and coil storage in the plant.
Yellow overhead crane with specialized lifting attachment above steel-processing equipment
03 / Specialized lifting in a steel-processing bay.
Rail-mounted double-girder gantry cranes with grabs at an outdoor steel-plant yard
04 / Gantry cranes at the outdoor material yard.

04 / PROCUREMENT BRIEF

Specify the lift before selecting the model.

Send the operating conditions for each work area so the crane, attachment and controls can be sized for the real handling task.

  1. 01Maximum and routine loads; main and auxiliary hook needs.
  2. 02Slab, coil and scrap dimensions, temperature and lift orientation.
  3. 03Cycles per hour, shifts per day and required operating class.
  4. 04Runway drawings, span, hook height and end approach.
  5. 05Yard rail layout, stockpile geometry and travel distance.
  6. 06Power supply, heat, dust, corrosion and safety requirements.
  7. 07Required commissioning, test and handover documents.

NEXT STEP

Plan a comparable lifting system.

Share your load schedule and plant layout to match crane types, attachments and controls to each work area.

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