60 Ton Hydraulic Excavator
Economy
1. Reduced fuel consumption with a new generation of advanced powertrains.
2. Excellent maintainability reduces maintenance time and cost.
3. High durability of structural parts and branded core components increase the machine's retention value.
High efficiency
1. Newly designed hydraulic circuit significantly reduces pressure loss.
2. Strong traction power and digging power of bucket bar and bucket.
3. Swift slewing speed and smooth compound movement are the guarantee of high efficiency.
Environmentally friendly
1. Energy saving and emission reduction, the emission is fully in line with the national emission standards.
2. The standard engine automatic total speed function further reduces emissions.
3. Newly upgraded cab, low noise and low vibration.
Product description:
The SH600-0 hydraulic crawler excavator features an advanced electro-hydraulic system. The excavator uses a 5.7-inch large-screen LCD LCD display, which makes the machine information display more comprehensive and intuitive, improves lumen and screen resolution, and provides dynamic images. Important information is displayed in real time, and the running status of the machine can be monitored in real time. The engine ECU and controller of SH600-0 hydraulic crawler excavator adopt CAN-BUS communication, which makes the power control more accurate and the data acquisition more comprehensive and timely. The working efficiency of the whole machine is greatly improved. Advanced production process to ensure that the product has a high level of protection. Ensure the system can run stably and reliably under harsh working conditions.
SH600-0 ton hydraulic crawler excavator adopts multi-neural derived adaptive PDI algorithm as the basic fuzzy control algorithm. When the system error is large, the integral link is cancelled, and when the error is small, the integral link is introduced, which can quickly eliminate the error, avoid integral saturation, speed up the adjustment process, strengthen the system adaptability, and steady-state error, so that the static and dynamic performance indicators of the system are ideal, and the online energy saving control of the excavator is realized.
Product parameters：
Model | Unit | Parameter |
Engine | ||
Model | Cummins QSM11-C400 | |
Form | 6-cylinder, inline, supercharged, intercooled | |
Bore X Stroke | (mm) | 125X150 |
Displacement | (L) | 10.8 |
Rated Power | (kw/rpm) | 298/1800 |
Bucket | ||
Bucket Capacity | (m³) | 2.5-3.5 |
Bucket Width | (mm) | 1968 |
Digging Power | ||
Bucket Lever Digging Power | (KN) | 271 |
Bucket Digging Power | (KN) | 328 |
Hydraulic System | ||
Form | Negative Flow | |
Maximum Flow Rate | (L/min) | 874 |
Traveling Circuit Pressure | (MPa) | 34.3 |
Slewing Circuit Pressure | (MPa) | 28.4 |
Control Circuit Pressure | (MPa) | 3.9 |
Walking System | ||
Traveling Motor | Axial Variable Piston Motors | |
Pilot System Pressure | 4.9MPa | |
Traveling Speed | (km/h) | 3.55/6.1 |
Traction Force | (kN) | 349 |
Climbing Capacity | 70%(35°) | |
Number of Supporting Wheels | 9 | |
Number of Sprocket Wheels | 2 | |
Operating Weight and Ground Specific Pressure | ||
Operating Weight | (Kg) | 55900 |
Ground Specific Pressure | (KPa) | 85.3 |
Slewing System | ||
Slewing Speed | (r/min) | 10.4 |
Brake Type | Disc spring loaded | |
Oil Capacity | ||
Fuel tank capacity | (L) | 630 |
Cooling System | (L) | 39 |
Engine oil volume | (L) | 38 |
Hydraulic tank filling volume | (L) | 490/610 |
Bucket type | ||
A Overall Length | (mm) | 10252 |
B Grounding Length (For Transportation) | (mm) | 4414 |
C Overall Height (To Top of Boom) | (mm) | 4308 |
D Overall Width | (mm) | 3718/4154 |
E Overall Height (To Top of Cab) | (mm) | 3379 |
F Counterweight Ground Clearance | (mm) | 1426 |
G Minimum Ground Clearance | (mm) | 1382 |
H Tail Swing Radius | (mm) | 3822 |
I Wheelbase | (mm) | 4414 |
J Track Length | (mm) | 5487 |
K Track Spacing | (mm) | 2392/2890 |
L Track Width | (mm) | 600 |
M Track Plate Width | (mm) | 228 |
O Hood Height | (mm) | 2984 |
P Rotary Table Width | (mm) | 3165/3543 |
Q Distance From Swing Center to Rear End | (mm) | 3774 |
Boom Type | ||
A Maximum Digging Height | (mm) | 10252 |
B Maximum Unloading Height | (mm) | 7150 |
C Maximum Digging Depth | (mm) | 7114 |
D Maximum Vertical Digging Depth | (mm) | 4522 |
E Maximum Digging Depth When Digging Out 8 Feet of Horizontal Surface | (mm) | 6945 |
F Maximum Digging Distance | (mm) | 11406 |
G Maximum Digging Distance at Ground Level | (mm) | 11176 |
H Minimum Turning Radius of Work Unit | (mm) | 4840 |
Construction site:
Product details:
Why Choose Us:
1. We have an independent R&D team and cooperate with 3 large collaborative teams to develop and upgrade products. There are 8 core R&D members and 28 R&D and trial production staff.
2. Utilizing the international advanced TQc total quality management system to implement quality control management.
3. 21 senior technical service personnel to provide a full range of after-sales service.
4. Advanced production management team, industry management experience of more than 15 years, to ensure the assembly quality.
