NEW EQUIPMENT
The DXR unit gives the Ranger DX productivity with remote-control user interface.
The machine provides flexibility and safety for operating the unit in difficult conditions.
the revolving superstructure turns the
Ranger DXR truly into a powerhouse,
enabling up to 60% more holes to
be drilled per set-up compared to
conventional top hammer drill rigs.
Together with powerful rock drills and
Rock Pilot+ drilling control system,
In terms of
productivity,
the revolving
superstructure turns
the Ranger DXR truly
into a powerhouse,
enabling up to
60% more holes
to be drilled per
set-up compared
to conventional top
hammer drill rigs.”
www.plantonline.co.za
Technical data Ranger DX600R Ranger DX800R
Recommended hole
diameter 64–102mm (2½–4in.) 76–127mm (3–5in.)
Drill rod diameter 38, 45, or 51mm
(1½, 1¾, or 2in.) 45 or 51mm (1¾ or 2in.)
Hydraulic rock drill HL650 17.5kW (23.5hp) HL820T, 21kW (28hp)
HF820T, 23kW (30.5hp)
(optional)
Engine CAT C7.1, 168kW (228hp) /
1 800rpm (Tier3 / Tier4F) CAT C7.1, 168kW (228hp) /
1 800rpm (Tier3 / Tier4F)
Flushing air capacity 6.2m³/min, up to 10 bar 8.1m³/min, up to 10 bar
9.1m³/min, up to 10 bar
(optional)
Transport length 11.3m (37ft) 11.3m (37ft)
Transport width 2.45m (8ft) 2.45m (8ft)
Transport height 3.2m (11ft) 3.2m (11ft)
Weight 15 600kg (34 392lb) 15 600kg (34 392lb)
the Ranger DXR series represents the
highest productivity in non-cabin drill
rigs. The advanced hydraulic control
drilling system of Rock Pilot+ means
best bit penetration and extended tool
lifetime with optimum drilling power
for each rock condition, which ensures
straighter holes for better blasting, and
excellent holes collaring.
High drilling capacity and reliability
is achieved through the rock drill’s
functional modular design and robust
construction. Ranger DXR series drill
rigs are designed for 64–127mm (2½–5")
hole size range, with drill rod sizes
between 38mm and 51mm (1½" and
2"). The standard configuration of the
machine can be further boosted with
more than 30 useful options, such as
extended superstructure turning radius,
advanced measurement systems, and
upgraded dust control. In addition to the
traditional feed rail angle measurement,
there is also a variety of advanced
alignment systems such as: using GPS
for the orientation of inclined holes;
laser levelling for improved bottom level
accuracy; open interface for third-party
systems; and TIM 3D satellite navigation
for drill pattern planning and transfers.
Contractors active in urban areas
are likely to find a particularly attractive
option in Noise Guard: a simple and
rugged cover structure offering a total
noise reduction of more than 10dB. It
could be a decisive advantage when
competing for contracts with strict
noise limits.
APRIL 2019
17