Product Introduction
Crawler-type slag raking machine: Overcoming difficult terrain with innovative engineering
This crawler slag raking machine is specially designed for the harshest environments and is equipped with a sturdy reinforced crawler frame, providing excellent stability and traction even on unstable or smooth roads. Its powerful drive system, combined with a strong material collection capacity, can ensure the effective removal of rocks, debris and the elimination of hidden spots throughout the construction site. With its autonomous functions, it significantly reduces the need for manual cleaning, enhances the safety of workers and the operational reliability in narrow underground areas such as mine roadways and tunnel excavation.
Humanized operation and ergonomic design
Its performance core 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 smooth navigation and stable performance, shortening the learning cycle for new users. The cab has been meticulously designed, equipped with ergonomic seats, constant temperature air conditioning and sound insulation facilities, which can reduce fatigue caused by long working hours. In addition, the integrated shock absorption and noise reduction system creates a more focused and efficient working environment.
Environmentally friendly and efficient, with multiple power supply options
This loader is renowned for its rapid and safe material transportation, perfectly integrating high-speed operation with eco-friendly design. Its lightweight and durable structure can maximize energy efficiency without compromising strength under heavy loads. Its design focuses on reducing labor and lowering operating costs. The loader adopts a dual-power configuration - the electric model is suitable for closed and ventilated projects, while the diesel model is suitable for remote or infrastructure-weak construction sites - designed to meet diverse industry demands and support global sustainable development plans.
| project | unit | ZWY-60/30L | ZWY-80/30L |
| weight | T | 6.2 | 8.2 |
| Overall dimensions - (length × width × height) | mm | 5100×1550×1800 | 6100×1800×1800 |
| Loading capacity | cubic meters/hour | ≈60 | ≈80 |
| ground clearance | mm | 220 (can be increased) | 260 (can be increased) |
| Nominal working pressure | MPa | ≤25 | ≤25 |
| Driving speed | km/h | 2.1/3.8 | 2.1/3.8 |
| Motor power | kilowatt | thirty | 30/37 |
| Maximum material size (length*width*height) | mm | 800×600×450 | 800×700×650 |
| Apply tunnel slope | ° | ≤16 (adapt to the ground) | ≤16 (adapt to the ground) |
| Applicable cross section (width*height) | rice | ≥2.2×2.2 | ≥2.6×2.6 |
| Inner track width | mm | 1000 (can be widened) | 1000 (can be widened) |
| Scraper transport | Single chain single drive | Single chain single drive | |
| Climbing ability | ° | ≤18 (adapt to the ground) | ≤18 (adapt to the ground) |
| Digging width | mm | ≥4200 | ≥4800 |
| Digging distance | mm | ≥1600 | ≥1850 |
| Digging height | mm | ≥2600 | ≥2800 |
| Excavation depth | mm | ≥500 | ≥500 |
| Unloading height | mm | 1500 (variable) | 1700 (variable) |
| Minimum loading height | mm | 1350 (variable) | 1350 (variable) |
| Unloading distance | mm | 1700 (variable) | 1700 (variable) |
| Maximum rotation angle | ° | ±45 | ±50 |