The JCS500 Photovoltaic Drilling Rig is purpose-built to deliver high-performance, reliable, and efficient pile driving and drilling operations tailored for solar farm construction projects. Designed to meet the demanding needs of large-scale solar installations, this rig combines robust engineering, versatile functionality, and user-centric design to drive productivity across diverse work environments.
At the heart of the JCS500 lies an advanced hydraulic system that converts engine power into consistent, stable hydraulic pressure. This ensures smooth rotation and steady advancement of the drill, eliminating jolts or inconsistencies during operation. The system delivers precise control over drilling speed and torque, enabling accurate, efficient pile installation in solar farms of all sizes.
The rig’s control panel is engineered with operator comfort and precision in mind. Ergonomically arranged levers and a clear, intuitive gear layout allow operators to execute drilling and pile driving functions with ease, even during long work shifts. The user-friendly design reduces operator fatigue and minimizes the learning curve, helping teams stay productive from day one.
Built with durable steel tracks, the JCS500 is ready to tackle any solar site terrain. Whether working on farmland, sandy areas, hilly landscapes, or uneven ground, these tracks maintain stable traction and consistent drilling performance. The crawler system’s 350mm width, 290mm ground clearance, and 25° climbing capacity ensure the rig navigates challenging environments without compromising stability or efficiency.
The rig’s 360° rotating chassis is a game-changer for compact solar panel layouts. It allows operators to precisely align piles without repositioning the entire base, drastically reducing setup time and boosting operational efficiency. This flexibility is especially valuable in tight, space-constrained solar farm designs, where every movement counts toward project timelines.
| Specification | Unit | JCS500 |
| General | ||
| Maximum Pile Length | m | 4 |
| Drilling Rod Diameter | mm | 75/ 85/ 100 |
| Hole Diameter (Optional) | mm | DTH: 130-400 Auger: 500 |
| Rotation | ||
| Power Head Torque (Optional) | N·m | 8000-12000 |
| Feed System | ||
| Feed Type | - | Hydraulic slide |
| Feed Stroke | mm | 4100 |
| Slider Swing Angle | ° | Left 15, Right 15 |
| Sliding Guide Tilt | ° | Left 5, Right 5 |
| Engine | ||
| Engine Brand | - | Yuchai/Cummins(Optional) |
| Rated Horsepower | Kw | 85 |
| Maximum Torque / Speed | N·m / rpm | 375 / 1850 |
| Rated Speed | rpm | 2600 |
| Fuel Tank Capacity | L | 150 |
| Hydraulic Hammer | ||
| Impact Power | J | 1800 |
| Hydraulic Hammer Model | 75/85/100 | |
| Impact Frequency | bpm | 350-800 |
| Hydraulic Hammer Flow | L/min | 50–110 |
| Hydraulic System | ||
| Rated Displacement | ml/r | 105 |
| Work Pressure | MPa | 19 |
| Rated Flow | L/min | 230 |
| Hydraulic Oil Tank Capacity | L | 230 |
| Weight & Dimensions | ||
| Weight | kg | 7232 |
| Transport Dimensions (L×W×H) | mm | 5670 × 1980 × 2375 |
| Working Dimensions (L×W×H) | mm | 2375 × 1980 × 5670 |
| Tail Swing Radius | mm | 2030 |
| General Specification | ||
| Crawler Width | mm | 350 |
| Tramming Speed | km/h | 3 |
| Climbing Capacity | ° | 25 |
| Ground Clearance | mm | 290 |
| Slew Angle | ° | 360 |
The JCS500 is powered by a reliable Yuchai diesel engine (Cummins optional) delivering 85 kW at 2600 rpm, ensuring high-efficiency operation with improved fuel economy. Its 150L fuel tank supports long-duration drilling without frequent refueling, ideal for large-scale solar farm projects.
The spacious, vibration-reducing operator workspace further enhances comfort during long working hours, while the rig’s strong frame and all-terrain adaptability let it tackle swamps, mountains, snow, deserts, and other challenging environments with ease.
From the powerful 1800J impact hydraulic hammer to the precision-engineered rotating chassis, every component of the JCS500 is designed to deliver accurate, efficient, and durable performance. It’s the ideal partner for solar construction teams looking to maximize productivity, minimize downtime, and complete projects on time and on budget.