The DRWJ-3 A Heavy-Duty Underground LHD Machine For Demanding Mine Environments

The DRWJ-3 is a robust machine LHD loader with a 3.5 m³ bucket (latest released model DRWJ-3.5 is with 6.8 Ton payload and 3.5m³ bucket). It is a diesel-powered heavy-duty machine intended for the most demanding mine environments. The DRWJ-3 is designed for small to medium size openings for load and carry applications.

The rugged powertrain and high lifting design simplifies underground truck loading. the DRWJ-3.5 currently offers the largest bucket, most powerful engine and best climb performance in its class.

The LHD carries 6.5-6.8 tons or 3.0-3.5 m³. It is 9.200 mm long in driving position, 2.355 mm wide at the bucket and 2.255 mm high at the cab when fully loaded. This makes the DRWJ-3 suitable for narrow vein operations.

The DRWJ-3.5 features Z-bar linkage and a reinforced boom design for superior breakout force enabling optimal penetration into the pile and fast bucket filling.

TECHNICAL DATA SHEET

The company covers an area of 35000 square meters; the building area is 20000 square meters, possessing key advanced machinery processing equipments and heat treatment, including processing center, numerical control machine, and plasma cutting machine. The company is composed of scientific research team by a group of experts and engineers who engaged in the R&D and production of underground mining equipments for a long time.

DERUI offers a range of underground equipments to meet your high production demands and lower your cost per ton. DERUI produces vehicles for use in tight spaces and low altitudes must be extremely compact in size and must have an optimal driving position. The arrangement allows the driver side of the vehicle good visibility when driving forward and backward. Environmentally compatible is necessary for all sorts of field operation, so we mount air or water cooled diesel engines fitted with catalytic converters. Equipments manufactured by DERUI are available with electric motors too.
Electrical driven equipments present the advantage of zero exhaust emission and consequently ideal for mining projects where fresh air is top priority.