Product Introduction
Crawler slag raking machine: Conquering complex terrains with cutting-edge engineering technology
This crawler slag raking machine is specially designed for operation in the harshest environments. Its reinforced crawler frame provides excellent stability and traction on unstable or slippery roads. This equipment, combining a powerful drive system and a wide range of material collection, can ensure thorough rock removal throughout the construction site, effectively clear debris and eliminate blind spots. Its autonomous operation reduces the need for manual cleaning, significantly enhancing the safety and reliability of workers in narrow underground environments such as mine roadways and tunnel excavation sites.
Ergonomic design, easy to operate
Its core function lies in the high-precision hydraulic interface, which can precisely control the material handling tasks and minimize the burden on the operator to the greatest extent. The intuitive control panel ensures convenient navigation and stable performance, minimizing the training time for new operators to the greatest extent. The cab adopts an ergonomic seat design and is equipped with a constant-temperature soundproof cover, effectively reducing physical fatigue caused by long hours of work. The integrated shock absorption and noise reduction system creates a quieter and more focused working environment, thereby enhancing productivity and comfort.
Environmental protection performance and multi-functional power supply options
This scraper is renowned for its rapid and safe material transportation, combining high working speed with an environmentally friendly design. Its lightweight and durable structure can maximize energy efficiency without sacrificing strength under high-intensity operations. Its design also prioritizes ergonomic workflows, reducing the need for manual labor and lowering operating costs. This scraper offers dual power options - an electric unit suitable for enclosed, ventilated projects, and a diesel unit for remote or infrastructure-constrained construction sites - to meet various industrial needs and support global sustainable development goals.
| Project | Unit | ZWY-60/30L | ZWY-80/30L |
| Weight | T | 6.2 | 8.2 |
| Overall dimensions - (length × width × height) | millimeter | 5100 * 1550 * 1800 | 6100 * 1800 * 1800 |
| Loading capacity | Cubic meters per hour | Material 60 | Material 80 |
| Ground clearance | millimeter | 220 (can be increased) | 260 (can be increased) |
| Nominal work pressure | Megapascal | ≤25 | ≤25 |
| Driving speed | Kilometers per hour | 2.1/3.8 | 2.1/3.8 |
| Motor power | Kilowatt | thirty | 30/37 |
| Maximum material throughput size (length * width * height) | millimeter | 800 * 600 * 450 | 800 * 700 * 650 |
| Application of tunnel slope | ° | ≤16 (adapted to ground) | ≤16 (adapted to ground) |
| Applicable cross-section (width * height) | meter | 2.2 x 2.2 or higher | 2.6 x 2.6 or higher |
| Inner track width | millimeter | 1000 (can be widened | 1000 (can be widened |
| Scraper transportation form | Single chain, single drive | Single chain, single drive | |
| Climbing ability | ° | ≤18 (adapted to ground) | ≤18 (adapted to ground) |
| Excavation width | millimeter | ≥4200 | ≥4800 |
| Excavation distance | millimeter | ≥1600 | ≥1850 |
| Excavation height | millimeter | ≥2600 | ≥2800 |
| Dig deeper | millimeter | ≥500 | ≥500 |
| Unloading height | millimeter | 1500 (variable) | 1700 (variable) |
| Minimum loading height | millimeter | 1350 (Variable | 1350 (Variable |
| Unloading distance | millimeter | 1700 (variable) | 1700 (variable) |
| Maximum rotation Angle | ° | Plus or minus 45 | Plus or minus 50 |