186 kW (Stage V) 164 kW (Stage IIIa) 40 t 41.1 m Heavy Duty Crawler Crane

Further developed. The E-Series. What makes up the E-Series 60 years of experience in the design and construction of duty cycle cranes Uncompromisingly high performance in all areas Technology that can be mastered: High-quality components without over-engineering Long service life and high value stability 1969: First full hydraulic duty cycle crawler crane worldwide, SK 15 Peak performance Maximum usability Easy transport Maintenance and service made easy Green Efficiency Consultation and support in your area Save fuel – reduce operating costs Work quietly – protect operator and environment Robust...

Casing oscillator Grapple equipment Crane equipment Crane equipment with fixed fly Marine equipment

Technical data – equipment 640 ENGINE Power Cummins B 6.7 Stage V Cummins QSB 6.7 Stage IIIa Direct injection, turbo-charged, charge air cooler, reduced emissions Electr. system 550 l (450 l to the middle of the sight glass) Proportional, precision hydraulic servo controllers of work movements, 2 hydraulic servo joysticks for work functions, supplemental functions via switches and foot pedals – arranged clearly and ergonomically Bio-oil filling SENNEBOGEN HydroClean micro-filter system with water separator Potentiometer for casing machine and other attachments Grapple fill automation Supplemental...

Technical data – equipment WINCH ATTACHMENTS Design Decades of experience and the latest computer simulations guarantee the greatest degree of stability and longest service life. Boom adjustment winch Drive via slant axis hydraulic motor with compact planetary gear, pulling force 52 kN, rope diameter 14 mm, adjustment speed 30° to 80° in approx. 40 seconds. Safety brake Spring-loaded disk brake Auxiliary jib, for safe working loads to 12 t Fixed fly to 18 m Steel rope sheaves Jib sheaves for grapple implementation HD sheaves for working with optimal rope guide The winches are driven via high-pressure...

HÖHE ÜBER BODEN / HEIGHT ABOVE GROUND [m] Boom configuration ARBEITSRADIUS / WORKING RADIUS [m] Boom length Lower boom section, type 1370 Intermediate boom section, type 1370 (DL) * Intermediate boom section, type 1370 Intermediate boom section, type 1370 Intermediate boom section, type 1370 Boom headpiece, type 1370 Auxiliary jib S12.5, type 1370 (option) Technical data and dimension information subject to change. * The 2.8 m boom section, type 1370 (DL) is only required for dragline bucket implementation, values in ( ) apply for dragline bu

Safe working loads SH Main boom Comments: 1. The specified safe working load values apply for level and stable stance of the machine. 2. The safe working load values are specified in tons (t) and apply for 360 degrees. 3. The safe working loads take the standards ISO 4305 Tab. 1+2, and the tilt angle method (tilt angle 4°) into account 4. Deduct the weight of the load handling devices (hook, suspension gear) from the safe working loads. 5. The safe working loads apply for the maximum undercarriage track width of 3800 mm. 6. The safe working load values must be limited or reduced in order to take...

Technical data and dimension information subject to change.

Safe working loads SHFS Fixed fly boom Main boom length [m] Comments: 1. The specified safe working load values apply for level and stable stance of the machine. 2. The safe working load values are specified in tons (t) and apply for 360 degrees. 3. The safe working loads take the standards ISO 4305 Tab. 1+2, and the tilt angle method (tilt angle 4°) into account 4. Deduct the weight of the load handling devices (hook, suspension gear) from the safe working loads. 5. The safe working loads apply for the maximum undercarriage track width. Technical data and dimension information subject to change....

Safe working loads SHFS Fixed fly boom Main boom length [m] Comments: 1. The specified safe working load values apply for level and stable stance of the machine. 2. The safe working load values are specified in tons (t) and apply for 360 degrees. 3. The safe working loads take the standards ISO 4305 Tab. 1+2, and the tilt angle method (tilt angle 4°) into account 4. Deduct the weight of the load handling devices (hook, suspension gear) from the safe working loads. 5. The safe working loads apply for the maximum undercarriage track width. Technical data and dimension information subject to change....

HD Main boom with fixed fly SHFS Boom configuration Main boom Boom length Lower boom section, type 1370 Intermediate boom section, type 1370 Intermediate boom section, type 1370 Intermediate boom section, type 1370 Boom headpiece, type 1370 Fly boom lower section, type 598 Fly boom intermediate section, type 598 Fly boom head piece, type 598 Combination possibilities SHFS Boom configuration Length fixed fly Hooks For 120 kN winches with 22 mm rope diameter Capacity For 160 kN winches with 26 mm rope diameter Rope strands and maximum safe working load [kg] Rope strands and maximum safe working...

Comments: 1. specified safe working load values apply for level and stable stance of the machine. The 2. The safe working load values are specified in tons (t) and apply for 360 degrees. 3. The safe working loads apply for the maximum outrigger width undercarriage track width of 3800 mm 4. The specified safe working loads include the grapple weight and do not exceed 66.7% of the tipping load 5. operation with a mechanical two-rope grapple, the safe working load is limited For by the permissible rope tension or the maximum winch pulling force of a winch. Winch pulling force [kN] 160 120 Rope diameter...

Dragline bucket equipment 50° Comments: 1. The specified safe working load values apply for level and stable stance of the machine. 2. The safe working load values are specified in tons (t) and apply for 360 degrees. 3. The safe working loads apply for the maximum outrigger width undercarriage track width of 3800 mm. 4. The specified safe working loads include the grapple weight and do not exceed 75% of the tipping load. 5. Motor and winch equipment as required (the specified values apply for maximum equipment and average conditions). 6. he dragline bucket size must be configured in accordance...