C20
TECHNICAL SPECIFICATIONS
C20 | ||
Max depth | 37 m | 121.4 ft |
Max diameter | 1200 mm | 47.2 in |
Max depth C.F.A. | 16,6 m | 54.5 ft |
Max diameter C.F.A. | 800 mm | 31 in |
Engine power | 142 kW | 190 HP |
Width of crawler | 2550÷3750mm | 8.4÷12.3 ft |
Shoes width | 600 mm | 23.6 in |
MAIN WINCH | ||
Line pull | 150 kN | 33,720 lbf |
AUXILIARY WINCH | ||
Line pull | 70 kN | 15,740 lbf |
CROWD – RAM | ||
Extraction force | 190 kN | 42,700 lbf |
Crowd force | 110 kN | 24,730 lbf |
Stroke | 3500 mm | 11.5 ft |
ROTARY HEAD | ||
Torque | 100 kNm | 73,760 lbf·ft |
Drilling speed | 34 rpm | 34 rpm |
WEIGHT | ||
Working condition | 28 t | 61,730 lbs |
- 7” screen display for visualization of drilling depth, mast verticality and engine parameters
- Drilling depth measurement and automatic mast verticality control
- Mast lifting and lowering aid
- Protective roof guard (FOPS compliant)
- Air condition system
- Cab side catwalk
- Electric refueling pump
OPTIONAL EQUIPMENT
- Lateral catwalks and handrails
- Cab front board
- Water pre-heating system for starting engine at low temperatures
- Automatic centralized greasing system
- Video unit with three cameras and one 7” monitor to control winches, rear of the machine and right-hand side
- Casagrande FleetMaster remote rig control and monitoring via internet
- Transport kit according to required transport configuration
- H12 rotary head
- H10 FTW rotary head
- Cardanic joint for rotary head
- Smart lowering and overload protection for main winch
- Load cell on auxiliary winch for line pull monitoring
- Rotating CFA cleaner hydraulically operated
- Star CFA cleaner
- CFA lower guide with hydraulic opening
- Crowd winches for CFA. Max crowd force 2×28 kN
- Hydraulic vibrator for cages
- Instrument for measuring, displaying and recording of drilling parameters.
Complete with software for processing datas on a PC - Instrument for continuous extraction of CFA
- Auxiliary controlled winch 70 kN nominal line pull and jib
APPLICATIONS
BORED PILES | ||
Max depth | 37 m | |
Max. diameter | 1200 mm | |
Max. diameter – Labyrinth / Screw joint | 1200/1000 mm | |
CFA PILES | ||
Max depth | 16,6 m | |
Max. diameter | 800 mm | |
DIAPHRAGM WALL | ||
Max. depth | 20 m | |
FEATURES
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.
DRILLING TOOLS
DRILLING TOOLS
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PREMIUM AFTER SALES SUPPORT
Casagrande Aftersales provides continuous support throughout the life of our machines. We ensure direct contact with our technicians to organize both regular and extraordinary maintenance through the deployment of our highly skilled and Casagrande-trained engineers. Additionally, we offer annual training courses to update the technicians of our agents, ensuring that the same level of quality is maintained worldwide.
DISCOVER OUR PILING RIGS
Our piling rigs combine power and precision to handle even the toughest soil conditions. With advanced hydraulic systems, high torque, and dual-speed transmissions, they deliver optimal performance. Equipped with cutting-edge GPS and monitoring technology, they ensure precision and efficiency, reducing errors and environmental impact while maintaining maximum energy efficiency.
