TECHNICAL DATA | IMPERIAL Suitable for alternative fuels

December 2024. Unless otherwise specified, all information in this brochure refers to a standard crane equipment, and it is intended as general information only. No liability is assumed. Errors reserved. Product specifications and prices are subject to changes without notice. The photographs and/or drawings in this brochure are for illustrative purposes only. For correct and safe crane operation, the original operating manual and lifting capacity charts are essential. Failure to follow the corresponding Operator’s Manual when using our equipment or failure to otherwise act responsibly may result...

Hook block Counterweight + central ballast (ZB) Superlift counterweight Central ballast Superlift radius Possible load of hook block Boom derricking Weight of hook block Load radius Boom hoist Travel speed Main boom Working speeds Main boom angle Rope diameter Rope length Wind speed in ft /s (feet per second)

W D Distance head sheave axle - hook ground SGL: Heavy base length

Highlights Maximum lifting capacities throughout all working ranges Maximum load moment 5168 tm (712,094 lb at 52’6’’ radius) Variable Superlift radius Variable offset of main boom for configuration SW and SWSL Innovative IC-1 crane control system with touchscreen

Working speeds (infinitely variable)

Hook block system 33,100 lb Single line hook Capacities > 697,000 lb: Heavy-duty head HA 882,000 lb + sheave

Specifications Basic crane dimensions R 30'4'' / 15°

Specifications Superlift Configurations

** with quick-connection In brackets: superstructure / carbody with quick-connection

Transportation Main Boom (HA) Jib (HI) Mast (MA) LF

Erection / lowering of the boom systems to the ground X without assisting equipment (X) idler wheel supported [X] with additional side jack All Superlift combinations can be erected or lowered to the ground without assisting equipment. The figures shown represent the necessary SL-counterweight in [kip].

Specifications Boom Combinations Type 2721 SSL/LSL SSL/L

MAIN BOOM

Capacities > 697,000 lb: Only with special equipment (heavy-duty head HA 882,000 lb + sheave assembly 882,000 lb)

For SH/LH SGL _S1 a boom power-kit is required

SH/LH SH/LH For SH/LH SGI__S1 a boom power-kit is required

Capacities > 697,000 lb: Only with special equipment (heavy-duty head HA 882,000 lb + sheave assembly 882,000 lb)

* Main boom angle 85° Main boom angle 87°/85°, 75° and 65°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 85° Main boom angle 87°/85°, 75° and 65°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 85° Main boom angle 87°/85°, 75° and 65°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 85° Main boom angle 87°/85°, 75° and 65°, capacities for intermediate boom positions are calculated by the crane control system IC-1

282.2 - - - - - - - - - - 8.6 * Main boom angle 85° Main boom angle 87°/85°, 75° and 65°, capacities for intermediate boom positions are calculated by the crane control system IC-1

242.8 - - - - - - - - - - - - - - 9.0 * Main boom angle 85° Main boom angle 87°/85°, 75° and 65°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1

* Main boom angle 87° Main boom angle 87°/85°, 75°, 65°, 55° and 45°, capacities for intermediate boom positions are calculated by the crane control system IC-1