Reynolds-Warren Equipment Company

  • 1945 Forest Parkway
  • Lake City, GA 30260
  • Call Us: (404) 361-1593
  • https://www.reynoldswarren.com/
Print This Page

2024 Dynapac Double Drum Vibratory Rollers CC6200 VI

Information

2024 Dynapac Double Drum Vibratory Rollers CC6200 VI

Photos

Highlights

  • Lake City, Georgia
  • 2024
  • Dynapac
  • Double Drum Vibratory Rollers CC6200 VI
  • Cummins F3.8 V | Alternative: Cummins QSF3.8 IV/T4f / Cummins QSF 3.8 IIIA/T3
  • Available
  • Front: 93 in | With cab: 98 in | Working: 84 in
  • with ROPS/cab: 118 in | w/o ROPS/cab: 80 in

Specifications

  • 2024
  • Dynapac
  • Double Drum Vibratory Rollers
  • CC6200 VI
  • Double Drum
  • Cummins F3.8 V | Alternative: Cummins QSF3.8 IV/T4f / Cummins QSF 3.8 IIIA/T3
  • Water cooled turbo diesel
  • Rated power, SAE J1995: 100 kW (135 hp ) @ 2200 rpm | Alternative rated power, SAE J1995: 97 kW (130 hp ) @ 2200 rpm / 104 kW (140 hp) @ 2200 rpm
  • Axial piston pump with variable displacement. Radial piston motors (2) with variable displacement.
  • Gear pump with constant displacement.
  • Hydrostatic in forward and reverse lever.
  • Failsafe multidisc brake in both drums.
  • Speed range: 0-7.5 mph
  • Vertical oscillation: ±7° | Centrifugal force (high/low amplitude): 115 kN/73 kN | Vibration frequency (high/low amplitude): 44 Hz/58 Hz
  • Nominal amplitude (high/low): 0.031 in/0.012 in | Drum diameter: 51 in | Off-set: 20.5 in | Drum shell thickness: 0.79 in | Steering angle: ±32°
  • 148 in
  • 12 in | Curb: 32 in
  • Outside: 295 in | Inside: 211 in
  • Front: 93 in | With cab: 98 in | Working: 84 in
  • with ROPS/cab: 118 in | w/o ROPS/cab: 80 in
  • 199 in
  • Tank: 48 gal | DEF tank: 4 gal | Alternative tank: 47.56 gal | Alternative DEF tank: 3.96 gal
  • Max. operating mass: 30,800 lbs | Operating mass (incl. ROPS): 27,300 lbs | Module mass (front/rear): 13,700 lbs/ 13,700 lbs
  • Max. theoretical gradeability: 32 % | Vibration: Axial piston pumps (2) with variable displacement. Axial piston motors (2) with constant displacement.