186 kW 30 t Heavy Duty Cycle Crawler / Crane

Advanced. The E-Series. What makes up the E-Series 60 years of experience in the design and construction of duty cycle crawler cranes Uncompromisingly high performance in all areas Technology that can be mastered: high-quality components without over-engineering Long product service life and high value retention 1962: rope-driven S833 with elevated operator cab Save fuel – reduce operating costs Work quietly – protect operator and environment Performance at the highest level Durable mechanical systems – stressed parts optimized High speeds – high load capacities Maxcab comfort cab – work in comfort...

Casing oscillator Grab equipment Crane equipment Crane equipment Ship construction

Technical data, equipment MACHINE TYPE Model (type) Hydraulic tank 550 l (450 l to the middle of the sight glass) Control system Proportional, precision hydraulic servo control of the movements, 2 hydraulic servo joysticks for work functions, supplemental functions via switches and foot pedals - arranged clearly and ergonomically ENGINE Power CAT C7.1 Level IIIa or IV Direct injection, turbo-charged, charge air cooling, reduced emissions Supplemental hydraulic system with 1 x 220 l/min discharge, main element and safety element, contamination indicator 450 l Electr. system UPPERCARRIAGE Design...

Technical data, equipment 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 multi-disk brake Auxiliary jib, for safe working loads to 8.5 t Steel rope sheaves Jib sheaves for grapple implementation HD sheaves for working with optimal rope guide Boom damping, hydraulic Load moment limitation for...

PRELIMINARY PRELIMINARY Main boom Technical features and dimensions subject to change. * The 2.8 m boom section type 870.52 (DL) is only required for dragline bucket implementation; values in ( ) apply for dragline bucket oper

PRELIMINARY PRELIMINARY Overall loads - with main boom SH Max. load capacity 8.5 t (rope diameter 22 mm) or max. load capacity 6.0 t (rope diameter 18 mm) 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. Load ratings must be limited or reduced when conditions are unfavorable, such as soft or uneven ground, slopes, wind, lateral loads, swinging...

Technical features and dimensions subject to change.

HD Main boom length [m] Comments: the machine. 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. 6. Load ratings must be limited or reduced when conditions are unfavorable, such as soft or uneven ground, slopes, wind, lateral loads, swinging loads, jerking or sudden stopping of the load, operator inexperience, driving with load. Technical features and...

HD Main boom length [m] Comments: the machine. 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. 6. Load ratings must be limited or reduced when conditions are unfavorable, such as soft or uneven ground, slopes, wind, lateral loads, swinging loads, jerking or sudden stopping of the load, operator inexperience, driving with load. Technical features and...

Main boom Boom length Combination possibilities SHFS Main boom Hook For 120 kN winches with 22 mm rope diameter Weight For 90 kN winches with 18 mm rope diameter Rope strands and maximum safe working load [kg] 6 Rope strands and maximum safe working load [kg] 6 Technical features and dimensions subject to change.

Comments: 2. Load ratings are in tons (t) and apply for 360 degrees. 3. The safe working loads apply for the maximum outrigger width / undercarriage track width of 3550 mm of the tipping load 5. For operation with a mechanical two-rope grapple and even load distribution on the closing and holding ropes, the safe working load is limited by the permissible rope tension or the maximum winch pulling force of a winch: Winch pulling force [kN] 90 120 Rope diameter [mm] 18 22 Minimum tensile strength [kN] 320 426 Maximum safe working load in single-winch operation 9.0 12.0 Maximum safe working load...

Dragline bucket equipment 50° equipment and average conditions). H = Height K = Length of the dragline bucket Dredging arc: R = Working radius A = Maximum dredging width = approx. R + 1/3 to 1/2 (H-K) 3. The safe working loads apply for the maximum outrigger width / undercarriage track width of 3550 mm. Boom angle Technical features and dimensions subject to change.

Technical features and dimensions subject to change.

Lower boom section 4.4 m, type 870.52 Lower boom section 3.0 m, type 598 Intermediate boom section 3.0 m, type 598 Boom headpiece 3 m, type 598

machines delivered by SENNEBOGEN Maschinenfabrik. Machine illustrations can contain optional equipment and supplemental equipment. Actual equipment may vary depending on the country to which the machines are delivered, especially in regard to standard and optional equipment. All product designations used may be trademarks of SENNEBOGEN Maschinenfabrik GmbH or other supplying companies, and any use by third parties for their own purposes may violate the rights of the owners. SENNEBOGEN Maschinenfabrik GmbH Sennebogenstrasse 10 94315 Straubing, Germany only binding if they are expressly stipulated...