2020 Rhino Equipment Pneumatic Rollers RPR1611

Information

2020 Rhino Equipment Pneumatic Rollers RPR1611

Rhino® Pneumatic Rollers work effectively on a wide range of applications. Fields of application Compaction of asphalt wear courses, asphalt binder courses and asphalt surface layers as well as compaction of natural soils and materials stabilized with lime or cement.

Models wheels are used on sub-grade soil, granular material or cold mix to create additional density and find weak areas so they can be repaired before paving. Due to their excellent kneading effect pneumatic tired rollers achieve an excellent sealing of the surface.

Features may include:

  • Rhino® Pneumatic Rollers work effectively on a wide range of applications. Fields of application Compaction of asphalt wear courses, asphalt binder courses and asphalt surface layers as well as compaction of natural soils and materials stabilized with lime or cement.
  • The ergonomic, automotive style operator station helps you work comfortably and productively all day long.
  • Easy-to-read, high-visibility gauges and warning lamps keep the operator aware of critical system information.
  • Reliable and durable Cummins diesel engine, more efficient with low maintenance costs.

Photos

Highlights

  • Albany, Georgia
  • 2020
  • Rhino Equipment
  • Pneumatic Rollers RPR1611
  • Model: 6BT5.9
  • Type: Compact gearbox with speed-shift synchronous unit or power-shift dynamic- hydraulic gearbox for advanced design and convenient control
  • Available
  • Compaction: 2,790 mm (9.2 ft)
  • Max. Machine: 3,103 mm (10.2 ft)

Specifications

  • 2020
  • Rhino Equipment
  • Pneumatic Rollers
  • RPR1611
  • Pneumatic Roller
  • Model: 6BT5.9
  • Cummins
  • Tier 2
  • Net Power 110 kW (148 Hp) @ 2,400 rpm
  • 5.9 L (360 cu in)
  • Full-flow spin-on filter
  • Turbocharged
  • Under-hood, dual element dry type
  • Direct Injection
  • Type: Compact gearbox with speed-shift synchronous unit or power-shift dynamic- hydraulic gearbox for advanced design and convenient control
  • Angle: 35 degrees
  • Hydrostatic dybamic breaking, Drum brakes
  • Manually activated
  • Number of Tires: 5
  • Number of Tires: 6
  • Tire Contact Pressure Max. Ballast: 250 kPa (36 psi) | Tire Contact Pressure Max. Ballast: 420 kPa (61 psi)
  • Tire Contact Pressure Max. Ballast: 250 kPa (36 psi) | Tire Contact Pressure Max. Ballast: 420 kPa (61 psi)
  • 24 Volts
  • 70 Amp
  • Low Travel: 15 kmh (9 mph) | High Travel: 20.5 kmh (13 mph)
  • Gradeability: 13 degrees
  • Axial piston pump, Variable displacement
  • Driving: Axial piston motors, Constant displacement | Steering: Gear pump, Constant displacement
  • System: 32 Mpa (4,641 psi) | Steering System: 8 Mpa (1,160 psi)
  • Tire Overlap: 40 mm (1.6 in) | Oscillation Angle: 5 degrees
  • 2,790 mm (9.2 ft)
  • 4,847 mm (15.9 ft)
  • Max. Machine: 3,103 mm (10.2 ft)
  • 3,667 mm (12.0 ft)
  • 250 mm (0.8 ft)
  • Outside: 7,710 mm (25.3 ft) | Inside: 5,400 mm (17.7 ft)
  • Compaction: 2,790 mm (9.2 ft)
  • Tank: 250 L (66 gal)
  • 12 L (3 gal)
  • Engine: 15 L (4 gal)
  • Fan Drive: Belt driven
  • Tank: 100 L (26 gal)
  • Tank: 800 L (211 gal)
  • Max. Machine with Cab: 26,000 Kg (57,320 lb) | Min. Machine with Cab: 16,000 Kg (35,274 lb)
  • Load at Wheel No Ballast: 1,455 kg (3,208 lb) | Load at Wheel Max. Ballast: 2,364 kg (5,212 lb)