The Casagrande C30 CFA is a Casagrande classic series hydraulic piling rig dedicated to CFA foundation construction, small – medium diameters , 186 kW
Engine Power
125 KNm
Torque
350 kN
Extraction Force
33 RPM
Rotary Head Speed
800 MM
CFA Diameter
20.2 M
CFA Depth
56 kN
Crowd Force
33.2 T
Operating Weight , ABOUT
TECHNICAL
OPTIONS
Casagrande C30 is a mid-sized machine in the classic series for two modes of drilling CFA and LDP bored piling. An analogue version of a classic design piling rig, designed to be simple to maintain with minimal computerised control, no remote control or no PLC (Primary Logic Controller) yet simple, robust and efficient, providing excellent value.
The C30 is designed to give the specialist piling contractors the equipment to perform foundation techniques in geotechnical engineering such as bored piles and continuous flight auger.
Comfortable cabin and simplified interface keeps the operator efficient and ready for high productivity.
The hydraulic circuit and the controls of the machine are based on traditional electro-hydraulic logic elements in order to be as easy as possible.
PERFORMANCE AND PRODUCTIVITY
The Smart Power Management (SPM) is an engine power management
system that improves performances and productivity of the machinery. SPM
monitors the power flows drawn from the engine and allocates the maximum
available power to the required function.
COMFORT & TECHNOLOGY
The operator cabin is ergonomically designed for user comfort and
soundproofing. Smart oil heat exchangers reduce fuel consumption and the
overall noise level of the cooling system.
SAFETY AND MAINTENANCE
Hydraulic lifting canopy over the engine for easy access during inspections
and maintenance. Optional stairs, platforms and railings provide safe accessibility to every point. Also, optional cameras and display for full visibility
of the working area
ENVIRONMENT AWARENESS
Rigs are powered by the latest generation Stage V diesel engine with reduced exhaust emissions and use of low sulfuric content fuels. Further reduction of CO2 emissions is achievable by using HVO plant-based fuels. Bio-oils
of high efficiency and performance are available.
