Vibratory Double Drum Rollers

RD 7H-ES / RD 7H-S

WACKER's multipurpose rollers for excellent productivity

These walk-behind, double drum vibratory rollers are capable of performing a wide range of soil and asphalt compaction applications.The exclusive compact design allows for tight side clearance on both sides of the roller. Plus the totally hydrostatic drive eliminates mechanical components providing for less maintenance and greater reliability.

 

ADDITIONAL ADVANTAGES

  • Dual smooth drums with bevelededges compact asphalt and granular materials equally as well for added job versatility.
  • Roller features a low oil shutdown for maximum engine protection.
  • Guide handle folds for compact storage, and features excellent shock mounting for low vibration to operator.
  • Large rubber shock mounts absorb vibration and shock to the upperr components, reducing equipment wear and operator fatigue.
  • Special clutch/pump drive system makes possible and easy starting during cold weather as well as a start up under low load.
Technical Data Units RD 7H-ES RD 7H-S
Overall size(l x w x h) guide handle in working position  mm 2.630x700x1.165 2.630x700x1.165
Shipping size (l x w xh) mm 1.475x915x2.310 1.475x915x2.310
Dry weight kg 773 753
Operating weight kg 830 810
Shipping weight(including packaging) kg 795 776
Drum diameter mm 420 420
Drum width  mm 650 650
Curb clearance (R and L) mm 235 235
Side clearance (R and L) mm 30 30
Tank capacity (water) l 53 53
Drive engine   Air-cooled single cylinder Hatz diesel engine
Starting system   electric handcrank
Displacement  cm3 413 413
Max.power output at 3.600 1/min kW (hp) 6,3(8.6) 6,3(8.6)
Rated power output kW(hp) 5.5 (7.5) 5.5 (7.5)
at rpm's 1/min 2.600 2.600
Fuel consumption  1/h 1.67 1.67
Tank capacity (fuel) l 5 5
Centrifugal force kN 13 18
Total applied force kN 21 21
Frequency  Hz 55 55
Static linear force per drum (f/r) N/mm 5.0/7.5 5.0/7.5
Dynamic linear force per drum(f/r) N/mm 10,0/10, 10,0/10.0
Total linear load (f/r) N/mm 15.0/17.5 15.0/17.0
Forward and reverse travel  m/min 66.7/33.3 66.7/33.3
Max.gradeability % 40 40
Max.compacted  m2/h 2.613 2.613