VP 2050Y Vibratory Plate (20 kN / 500 mm)

Item Number: 0009515

These plates prove that performance is valuable

These Wacker Neuson vibratory plates offer functionality and performance at a value price. The compact design allows for compaction of mixed soils in the narrowest of spaces - even in extremely narrow trenches. The guide handle with vibration damping means longer working hours and less fatigue for the operator.

  • These plates are optimally suited for a variety of compaction applications. Thanks to their high speed of advance and simple maneuverability.
  • Guide handle with patented vibration damping increases operator comfort and reduces fatigue.
  • Specially designed exciter bearings reduce maintenance and are suitable for hot asphalt applications.
  • Ergonomically designed lifting handles make loading and unloading from transport vehicles easier for the operator.
  • A diesel engine option allows for the standardization of your jobsite equipment and also offers weight advantages during light paving appliacions.

Standard Package – VP 2050Y
Above package includes operator's manual and parts book.

Description Metric Imperial
Operating weight 114 kg 250 lb
Shipping weight (including packaging) 118 kg 260 lb
Lowest working height 650 mm 26 in
Size of base plate (L x W) 588 x 500 mm 23 x 20 in
Shipping size 735 x 560 x 840 mm 29 x 22 x 33 in
Centrifugal force 20 kN 4,500 lbf
Vibration frequency 97 Hz 5,800 vpm
Forward speed (soil) 23 m/min 80 ft/min
Compacted area (soil) 736 m2/h 7,880 ft2/h
Max. gradeability (depending on soil) 30 % 30 %
Engine Type air-cooled single cylinder 4-cycle diesel engine
Manufacturer Yanmar
Model L48V6
Displacement 219 cm3 13.36 in3
Max. power output (DIN-ISO 3046*) 3,5 kW 4.7 hp
at 4.000 1/min 4,000 rpm
Rated power output 3,1 kW 4.2 hp
Engine Speed 3.600 1/min 3,600 rpm
Fuel consumption 0,95 l/h 1 US qt/h
Tank capacity (fuel) 2,4 l 2.54 US qt
Power Train from drive engine via centrifugal clutch and V-belt directly to exciter

Specifications may change due to continuous product development.
* Actual power output may vary due to conditions of specific use.

Details regarding accessories not available. Please call for information if you need assistance.

Model Guide

15 = Centrifugal force in kN, 18 = Centrifugal force (kN), 40/50 = Width of baseplate in centimeters, 50 = Width (cm), A = Honda, B = Gasoline, D = Diesel, H = Hatz, P = Plate, R = Robin, S = Front Mounted Exciter, V = Value, V = Vanguard, W = Wacker, W = Wacker P = Plate U = Reversible A = Honda engine W = Wacker engine w = Water Tank, W = Water tank, WP = Vibratory Plate A = Honda engine W = Wacker engine w = Water Tank, WP = Wacker Plate, Y = Yanmar

Model Drive engine Max. power output Size of base plate (L x W) Centrifugal force Operating weight
-
kW hp
mm in
kN lbf
kg lb
0009057
VP 1135A
air-cooled, 4 cycle single cylinder, gasoline engine
3 4
350 x 521 14 x 21
11 2,470
62 137
0008705
VP 1340
air-cooled, 4 cycle single cylinder, gasoline engine
4,5 6
588 x 400 23 x 16
13 2,925
74 163
0009031
VP 1340A
air-cooled, 4 cycle single cylinder, gasoline engine Honda
4,1 5.5
588 x 400 23 x 15,5
13 2,925
74 163
0009027
VP 1550A
air-cooled, 4 cycle single cylinder, gasoline engine
4,1 5.5
588 x 500 23 x 20
15 3,375
83 184
0009530
VP 2050
air-cooled single cylinder 4-cycle gasoline engine
4,5 6.0
588 x 500 23 x 20
20 4,500
103 230
0009087
VP 2050A
air-cooled, 4 cycle single cylinder, gasoline engine
4,1 5.5
588 x 500 23 x 20
20 4,500
103 230
0009515
VP 2050Y
air-cooled single cylinder 4-cycle diesel engine
3,5 4.7
588 x 500 23 x 20
20 4,500
114 250
0009327
WP 1540
Wacker Neuson air-cooled, 4 cycle, single cylinder, gas
2,9 4
585 x 400 23 x 15.5
15 3,375
86 190
0008061
WP 1540A
Honda air-cooled, 4 cycle, single cylinder, gasoline engine
4,1 5.5
585 x 400 23 x 15.5
15 3,375
84 185
0009325
WP 1550
Wacker Neuson air-cooled, 4 cycle, single cylinder, gas
4,5 6
585 x 500 23 x 19.5
15 3375
88 194
0007579
WP 1550A
Honda air-cooled, 4 cycle, single cylinder, gasoline engine
4,1 5.5
585 x 500 23 x 19.5
15 3375
86 190

Specifications may change due to continuous product development.
* Actual power output may vary due to conditions of specific use.