21Ton Crawler Excavator XCMG XE215C
Medium Tonnage Crawler Excavator
XE215C hydraulic excavator has excellent fuel economy,enabling fuel consumption decline by 10%, which greatly reduces operating costs.
● Brand Name: XCMG
● Engine Model: ISUZU CC-6BG1TRP
● Engine Power: 128.5/2100(kW/rpm)
● Bucket Load: 1.0m³
● Rated Load: 21500 kg
● Classification: Medium Tonnage Crawler Excavator
Engine | Model | ISUZU CC-6BG1TRP |
Electronic fuel injection | ||
Four strokes | ||
Equipped | Water cooling | |
Turbo-charging | ||
Air to air intercooler | ||
No. of cylinders | 6 | |
Output power | 128.5/2100 kW/rpm | |
Torque/speed | 637/1800 N.m/rpm | |
Displacement | 6.494 L | |
Operation Weight | 21700 kg | |
Bucket Capacity | 0.9—1.0 m ³ | |
Main performance | Travel speed(H/L) | 5.5/3.3 km/h |
Rotating speed | 13.3 r/min | |
Gradeability | ≤35° | |
Ground pressure | 47.2 kPa | |
Bucket digging force | 149 kN | |
Arm digging force | 111 kN | |
Maximum traction | 184 kN | |
Working scope | Max. digging height | 9620 mm |
Max. dumping height | 6780 mm | |
Max. digging depth | 6680 mm | |
Excavation depth of 8 feet level | 6500 mm | |
Max. vertical wall digging depth | 5715 mm | |
Max. digging reach | 9940 mm | |
Min. swing radius | 3530 mm |
XCMG hydraulic Crawler Excavator XE215C has excellent fuel economy,enabling fuel consumption decline by 10%, which greatly reduces operating costs. New high-efficiency main pump is fully upgraded, with large displacement, which is 7% higher than that of the previous generation. A new generation instrument has an 8-inch large screen display,which can achieve faster data management and more efficient control.
An Imported Isuzu engine that provides powerful performance and low fuel consumption. The overall system is optimised to provide a comprehensive performance upgrade.
The latest fuel filer improves filtration and ensures oil inlet quality, thus improving the reliability of the machine under harsh operating conditions.
Original imported high-end hydraulic components are configured to match capabilities for excellent performance.
Finite element analysis is used in the structural design to strengthen key components so that they can withstand greater stress. This ensures that the machine stays durable under different harsh operating conditions.
Optional tools include a breaker, a cold temperature activation device, and falling object protection, all to increase the capabilities of the machine.