| Pile Parameter |
Parameter Value |
Unit |
| Max. drilling diameter |
4500 |
mm |
| Max. drilling depth |
158 |
m |
| Rotary drive |
| Max. output torque |
600 |
kN·m |
| Rotary speed |
6~18 |
rpm |
| Crowd system |
| Max. crowd force |
500 |
kN |
| Max. pulling force |
500 |
kN |
| Stroke of crowd system |
13000 |
mm |
| Main winch |
| Lifting force (the first layer) |
700 |
kN |
| Wire-rope diameter |
50 |
mm |
| Lifting speed |
38 |
m/min |
| Auxiliary winch |
| Lifting force (the first layer) |
120 |
kN |
| Wire-rope diameter |
20 |
mm |
| Mast inclination angle |
| Left/right |
5 |
° |
| Backward |
8 |
° |
| Chassis |
| Chassis model |
CAT390F |
- |
| Engine manufacturer |
CATERPILLAR |
- |
| Engine model |
C-18 |
- |
| Engine power |
406 |
kW |
| Engine speed |
1700 |
rpm |
| Chassis overall length |
8200 |
mm |
| Track shoe width |
1000 |
mm |
| Tractive force |
1025 |
kN |
| Overall machine |
| Working width |
6300 |
mm |
| Working height |
37664 |
mm |
| Transport length |
10342 |
mm |
| Transport width |
3800 |
mm |
| Transport height |
3700 |
mm |
| Total weight (with kelly bar) |
230 |
t |
| Total weight (without kelly bar) |
191 |
t |
Key Features & Technical Advantages
1
It uses a retractable caterpillar chassis. The CAT counterweight is moved backwards and a variable counterweight is added. It features an attractive design, comfortable operation, high energy efficiency, reliable performance, durability, and environmental protection.
2
The German Rexroth motor and Zollern reducer pair perfectly together. The core of the hydraulic system is built on load feedback technology, allowing flow allocation to each working device according to real-time demands, optimizing performance under varying load conditions. This lowers fuel consumption and saves engine power.
TR600H Rotary Drilling Rig is mainly used in super large and deep construction of civil and bridge engineering. It has obtained a number of national invention patents and utility model patents. Key components utilize Caterpillar and Rexroth products. The advanced intelligent electronic control system makes the hydraulic control more sensitive, accurate, and fast, offering safe, reliable machine operation with a user-friendly interface.
3
Features a middle-mounted main winch, crowd winch, box section steel plate welded lower mast, truss-type upper mast, truss-type cathead, variable counterweight (adjustable block numbers), and axis turntable structure. This system significantly minimizes the machine's overall weight while maintaining superior structural safety and reliability.
4
The vehicle-mounted distributed electrical control system integrates high-quality controllers, displays, and sensors. It supports key functions including engine start/stop monitoring, fault monitoring, drilling depth measurement, verticality monitoring, electromagnetic reversing protection, and general drilling protection. The structure consists of high-strength, fine-grained steel plates (700-900MPa) that deliver rigidity and weight reduction. Optimization via finite element analysis leads to a safer, more reliable design built with advanced welding technology.
5
The core working devices are co-designed and researched with top-tier brand manufacturers to guarantee optimal construction performance and efficiency. An array of drilling tools can be selected based on specific soil and geological conditions to ensure seamless operation under any environment.
Frequently Asked Questions
What are the maximum drilling capabilities of the TR600H drilling rig?
The TR600H Rotary Drilling Rig is designed for heavy-duty civil and bridge engineering, delivering a maximum drilling diameter of 4500 mm and a maximum drilling depth of 158 m.
What type of chassis and engine configuration does this rig use?
The machine is built on a CAT390F retractable caterpillar chassis and powered by a CATERPILLAR C-18 engine, which produces 406 kW of power at 1700 rpm.
How does the hydraulic system enhance energy efficiency?
By pairing a German Rexroth motor with a Zollern reducer, the system utilizes load feedback technology. This dynamically allocates hydraulic flow to each working component according to operational demands, reducing overall engine energy waste.
What safety and monitoring systems are integrated into the control system?
The distributed electrical control system features real-time monitoring for engine starting/stopping, fault detection, drilling depth, vertical alignment tracking, electromagnetic reversing, and drilling overload protection.
What materials are used to ensure the rig's structural durability?
The frame and key structures are fabricated from high-strength, fine-grained steel plates (rated at 700-900MPa). Supported by finite element analysis and advanced welding, it minimizes vehicle weight while maximizing rigidity and structural safety.
What are the transportation weights of this drilling rig?
The total operating weight with the kelly bar is 230 tons. When transported without the kelly bar, the total base weight is reduced to 191 tons.