Description
Introduction of WJ-3 Underground Internal Combustion Scooptram
WJ-3 underground internal combustion LHD is mainly used in underground mines, mainly for shoveling and transporting loose materials after blasting, and can also be used in railway, highway, water conservancy and other tunnel projects. It is especially suitable for working face with poor working conditions, narrow, low and muddy working site. With diesel engine as the prime mover, hydraulic transmission, articulated frame and tire travel are adopted. The brake system is a wet multi-disc fully closed brake integrating parking brake, service brake and emergency brake, with spring brake and hydraulic release.
The characteristics of WJ-3 underground internal combustion scraper are as follows:
· DCECBF6M1013EC type turbocharged system is adopted to improve fuel utilization;
· The original imported platinum purifier from Canada greatly reduces air pollution;
· Front and rear axle 4-wheel drive, strong power, strong climbing ability;
· Automatic parking brake system, spring automatic brake, hydraulic release brake;
· The main components of the hydraulic system imported from the United States are Parker and products with stable quality.zmwm15
1. Main configuration of the whole machine |
(1) Engine |
Model | BF6M1013EC |
Rated power | 165kW |
manufacturer | DEUTZ, Germany |
(2) Hydraulic torque converter |
Model | C270 |
Type | Single-stage industrial type with hydraulic pump drive |
manufacturer | Imported from the United States |
(3) Power transmission |
Model | R32000 |
Type | Complete power shift with 3 forward gears and 3 reverse gears |
manufacturer | Imported from the United States |
(4) Drive axle |
Model | 16D |
Type | Fully enclosed multi-disc wet spring brake |
manufacturer | Imported from the United States |
2. Main technical parameters of the complete machine |
1 | Stacking bucket capacity (m3) | 3 |
2 | Rated load capacity (t) | 6 |
3 | Climbing capacity (heavy load) (%) | ≥25 |
4 | Maximum traction force (kN) | ≥120 |
5 | Maximum shoveling force (kN) | ≥100 |
6 | Corresponding unloading angle (°) | 40 |
7 | Maximum steering angle (°) | ±38 |
8 | Swing angle (°) | ±8 |
9 | Minimum ground clearance (mm) | 340 |
10 | Maximum lifting height (mm) | 4830 |
11 | Maximum unloading height (mm) | 1880 |
12 | Minimum unloading distance (mm) | 1250 |
13 | Wheelbase (mm) | 2900 |
14 | Minimum turning radius (mm) | Bucket outside | ≤6610 |
Inside of rear wheel | ≤3680 |
15 | Driving speed (km/h) (theoretical value) | Gear I | 0-5.5 |
Gear II | 0-11.0 |
Gear III | 0-15.0 |
16 | Overall length (transportation status) (mm) | 9030±100 |
Overall width (mm) | 2170±50 |
Height of complete machine (height of driving shed) (mm) | 2240±50 |
17 | Action time of working device (s) | <25 |
18 | Departure angle (°) | 15 |
19 | Operating weight (including hydraulic oil) (t) | 20000±500 |
20 | Tire type | 17.50-25 |
21 | Fuel tank volume (L) | 260 |
22 | Volume of hydraulic oil tank (L) | 300 |