Fill out the form below to receive the price and offer for this Equipment
CASAGRANDE B300XP PDW – PILING
CASAGRANDE B300XP PDW – PILING
| Equipment Type | Machinery |
| Equipment | Piling Equipment |
| Year | 2013 |
| Working Hours | 3.700 APPROX |
| Location | ITALY |
| Equipment Serial: | B300UT01** |
Some technical specifications of the Casagrande B300xp – Piling Machinery for bored piles:
Undercarriage: 3000 - 4480 mm
Diesel Engine: Caterpillar C15 403 kW @ 2100 rpm – tier 3A
Rotary Head: H30 Max torque 300 kNm
Winches: Main 320 kN, auxiliary 134 kN
Pull-Down winch: Crowd/Extraction Force 500 kN, Stroke 12500 mm
Kelly bar:3 x 8,5 interlocking type
Setup: automatic greasing system, cardan joint
Diesel Engine: Caterpillar C15 403 kW @ 2100 rpm – tier 3A
Rotary Head: H30 Max torque 300 kNm
Winches: Main 320 kN, auxiliary 134 kN
Pull-Down winch: Crowd/Extraction Force 500 kN, Stroke 12500 mm
Kelly bar:3 x 8,5 interlocking type
Setup: automatic greasing system, cardan joint
| Equipment Type | Machinery |
| Equipment | Piling Equipment |
| Year | 2013 |
| Working Hours | 3.700 APPROX |
| Location | ITALY |
| Equipment Serial: | B300UT01** |
The Casagrande B300 XP is a machine dedicated to give the specialist contractor an equipment to perform large diameter rotary piling. It is the result of research and innovation based on over 50 years of experience and success of the company in the fi eld of foundations and geotechnical engineering.
The Casagrande B300 XP is a multifunction machine designed to drill boreholes, to insert and extract casings, to power a of casing oscillator, for piling by the continuous flight auger method and ready for conversion in diaphragm wall equipment.
The XP hydraulic power system uses the Full Load Sensing (FLS) technology. Unlike the common hydraulic managing systems, the FLS pressurize only the required amount of oil requested by users thanks to the back-action between pumps and distributors.
It allows to manage the power demands and reduce dissipations, achieving up to the 25% of fuel saving (calculated on the basis of a theoretical working cycle)
Request More info
