Used CAT 323DL
Parameters
| Engine Model | C6.4ACERT |
| Rated Power(kW) | 110 |
| Engine Revolutions(rpm) | 2000 |
| Maximum Torque(N·m) | 750 |
| Inject Type | Electronic Injection |
| Fuel consumption(L/h) | 17-21 |
| Engine Displacement(L) | 6.4 |
| Emisson | China Stage Ⅲ |
| Track width(mm) | 600 |
| Fuel Tank(L) | 410 |
| Hydraulic Tank(L) | 120 |
| Travel Speed(km/h) | 5.7 |
| Bucket Capacity(m³) | 1.2 |
| Bucket Digging Force(kN) | 140 |
| Boom Length(mm) | 5700 |
| Stick Length(mm) | 2900 |
| Maximum Excavation Radius(mm) | 9850 |
| Maximum Digging Height(mm) | 9470 |
| Maximum Digging Depth(mm) | 6710 |
| Specifications(mm) | 9460×3180×3050 |
| Operating Weight(kg&ton) | 23100 |
| Size Class | Medium |
| Power Type | Diesel |
| Walking Mode | Crawler |
| Country of Origin | China |
| Year of Production | 2015 |
| Condition | Used |
| Inventory Quantity | 3 |
| Working Hours(h) | 2000/5000/7000 |
| Price($) | Check the latest price. |
Features
The Caterpillar 323DL excavator is a medium-sized tracked excavator with a heavy-duty design, designed specifically for high productivity engineering applications. Its core characteristics and advantages can be summarized as follows:
1、 Strong and efficient homework performance
1. Excellent excavation capability: The total working weight of the machine is about 23 tons, with a standard bucket capacity of 1.2 cubic meters, suitable for large-scale excavation, truck loading, and ditch excavation operations.
2. Reliable power system: Equipped with a Cat C6.4 ACERT engine with a rated power of 110 kW, it provides strong power while improving fuel efficiency and reducing wear through optimized combustion.
3. Excellent homework range: The maximum excavation depth can reach 6.71 meters, the maximum excavation height can reach 9.47 meters, and the maximum unloading height is 6.5 meters, which can adapt to various depth and height homework requirements.
2、 Advanced intelligent hydraulic system
1. Efficient and energy-saving design: The maximum flow rate of the main pump is 205 liters/minute, and the set pressure of the main overflow is as high as 35 megapascals, ensuring strong excavation force and fast operation cycle. The system can recover energy during the descent of the boom and retraction of the boom, further reducing energy consumption and pressure loss.
2. Optimized system layout: The main pump, control valve, and hydraulic oil tank adopt a compact layout, shortening the connecting pipelines, effectively reducing friction losses and pressure drops, and improving overall system efficiency.
3. Convenient accessory connection: Equipped with auxiliary hydraulic circuits as standard, it simplifies the installation and use of various accessories such as hydraulic hammers, grab buckets, and hydraulic shears, and expands the machine's functions.
3、 Stable and reliable chassis and structure
1. Extended track design: As an "extended version" model, its track grounding length reaches 3.65 meters, improving stability and smoothness during operation, while reducing ground pressure and enhancing passability on soft ground.
2. Durable chassis: Equipped with a reinforced chassis system and track support wheel frame, it can effectively absorb operational stress. The standard configuration of lubricating grease lubrication tracks helps reduce internal wear, lower noise, and extend service life.
4、 Humanized operation and maintenance
1. Comfortable driving environment: Equipped with a spacious cab and adjustable suspension seats, all control switches are centralized on the right console, providing a comfortable and convenient working environment for the operator.
2. Convenient maintenance: The engine oil change volume is 30 liters, and the hydraulic system and various oil capacities are designed reasonably for easy daily inspection and maintenance. On demand cooling fans help improve fuel efficiency.
In summary, the Caterpillar 323DL excavator integrates strong power, efficient hydraulic, stable chassis, and user-friendly design, enabling it to achieve efficient, reliable, and economical operational performance in various working conditions such as earthworks and infrastructure construction.
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