Crawler crane

50 years of experience in construction of lattice boom and crawler cranes Modular construction with numerous Technology that can be mastered in operation and in service Long service life and high value stability Save fuel - reduce operating costs Work quietly - protect operator and environment Maximum usability Flexible operation Maintenance and service made easy Top-level performance Consultation and support in your area Robust boom system - operates up to a 4° tilt Maxcab comfort cab - work in comfort SENCON – work program selection made easy Operate under full load - small space requirements...

Technical data, equipment MACHINE TYPE Model (type) ENGINE Model Cummins X12 (Stage V) 321 kW / 430 HP/ 436 PS at 1800 min-1 325 kW / 436 HP/ 442 PS at 1700 min-1 Direct injection, turbo-charged, charge air cooling, reduced emissions Water-cooled Electrically heated with water separator discharge, main element and safety element, contamination indicator Fuel tank Electr. system Electrical installation Easy and very clear Pump type The hydraulic pumps are variable displacement piston pumps with individual control Pump control The pumps only pump as much oil as will actually be used. Pressure purging,...

Technical data, equipment CAB Sliding door, sliding window in operator door, excellent ergonomics, automatic air conditioning, seat heater, air-suspension comfort Very strong Star-Lifter wide-gage crawler undercarriage, with integrated, protected drive transmission Travel drive Strong travel drive with axial piston hydraulic motor and directly attached automatically functioning brake valve and compact planetary gear on each running gear side Parking brake Spring-loaded multi-disk brake connections, SENCON, sunblind for skylight Options Auxiliary heating system with timer Bullet proof skylight,...

Crane equipment Main boom SH

Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of loads, personnel and operators not experienced in handling loads. 7. Permissible...

Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of loads, personnel and operators not experienced in handling loads. 7. Permissible...

Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of loads, personnel and operators not experienced in handling loads. 7. Permissible...

Crane equipment Main boom SHLH

Main boom SHLH Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of loads, personnel and operators not experienced in handling loads....

Main boom SHLH Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of loads, personnel and operators not experienced in handling loads....

Main boom SHLH Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of loads, personnel and operators not experienced in handling loads....

Additional equipment Main boom SH with S 42.1 auxiliary boom Main boom SHLH with S 42.1 auxiliary boom Weight: 1300 kg Load capacity: max. 42.0 t

Crane equipment Main boom SH 160 77°

Main boom length 24.3 m Main boom length 29.9 m 91.5 Main boom length 41.1 m 91.5 Notes: 2. The load ratings are given in tonnes and apply 360 degrees. 3.Thethe load capacities take standards DIN 15019/2 and ISO 4305 into account (tilt angle 4.5°) 4. The weight of the load handling equipment (hooks, suspension gear) should be deducted from the load capacities. 5. The load ratings apply for the maximum undercarriage track width. 6. Load capacities must be limited or reduced in adverse conditions such as soft or uneven ground, slopes, wind, side loads, swinging loads, jolts or sudden stopping of...