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Tuesday 8:00 am - 5:30 pm
Wednesday 8:00 am - 5:30 pm
Thursday 8:00 am - 5:30 pm
Friday 8:00 am - 5:30 pm
Saturday Closed
Sunday Closed
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7213 LINE 86 WALLENSTEIN, ON N0B 2S0, CANADA

Wacker Neuson

ID # 19413484

Wacker Neuson VP- Value Plates – Soil and Asphalt

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Overview

VP- Value Plates – Soil and Asphalt - Compact and agile - ideal for asphalt, landscaping and path construction

The VP-value plate series provides a simple, compact and proven design available in a variety of sizes and features to fit a wide range of applications. These single-direction vibratory plates are ideal for base preparation, asphalt compaction, interlocking paving stones and for the compaction of mixed soils in confined spaces. The specially designed base plate and guide handle provide for easy operation and maneuverability. The low vibration guide handle allows for longer working hours and less fatigue for the operator.

  • Water tank models provide excellent results for hot and cold asphalt compaction.
  • The tapered base plate with rounded edges minimizes the formation of undesired edges when turning the equipment.
  • Solid construction design minimizes maintenance: The protected belt drive prevents wear of the belt.
  • Ergonomically designed lifting handles make loading and unloading easier for the operator.
  • An accessory wheel kit enables the plate to be easily moved around the job site and shop floor.
Specifications
Model
VP- Value Plates – Soil and Asphalt
Category Name
Industrial
Year
2022
Sale Type
New
Manufacturer
Wacker Neuson
description

Wacker Neuson VP Value Plates – Soil and Asphalt Sprinkler system

  • Steady spraying up to the edges of the base plate
  • Large and efficient filter in the water tank prevents clogging of the water nozzles
  • Large, stable and easy to operate water regulator provides precise volume control

 Wacker Neuson VP Value Plates – Soil and Asphalt Base plate

  • Tapered and rounded edges minimize the formation of undesired edges when turning the base plate and provide a smooth surface.
  • Made of wear resistant ductile cast iron for a long service life.
  • First class results in asphalt compaction due to the very high quality base plate.

Wacker Neuson VP Value Plates – Soil and Asphalt Guide handle

  • Forward pivoting handle provides compact transportation and storage. This also allows for operations such as upward pulling of the plate when working on a slope.
  • The guide handle becomes narrower towards the top, which avoids abrasive scratches on walls when compacting close-to-edge.
  • The bent shape of the guide handle provides stability during lateral operation.
  • Low hand-arm-vibrations of less than 5 m/s² provide user comfort and allow longer operating times of the vibratory plate and the operator.

  Wacker Neuson VP Value Plates – Soil and Asphalt Transportation

  • Large solid lifting eye for safe handling.
  • Lifting eye turned by 90 degrees for better balance when lifting and easier access to tank.
  • Handles on the base of the equipment allow easy transportation.

Wacker Neuson VP Value Plates – Soil and Asphalt Paving Pad

  • Time saving: quick and stable mounting without screwing to base plate.
  • Material-friendly, essential accessory for all pavement applications.
options
VP- Value Plates – Soil and Asphalt Options
Wheel set:
Wacker Neuson VP Value Plates – Soil and Asphalt
The vibratory plates can be moved easily to the desired location on the construction site by using the optional wheel set.
Optional accessory Paving Pad:
Wacker Neuson VP Value Plates – Soil and Asphalt
The paving pad is an essential accessory for paving stone applications. The quick and stable mounting provides additional time saving.
vp- value plates – soil and asphalt technical specifications

Metric

  VP1030* VP1135A VP1340A VP1550A VP2050A

Operating data 

Operating weight  kg 52.5 61 81 93 100
Centrifugal force  kN 10 11 13 15 20
Base plate size (w x l) mm 300 x 483 355 x 510 400 x 590 503 x 590 503 x 590
Operating width  mm 300 355 400 503 505
Operating height - Lowest Working Height mm 914 467 549 552 552
Frequency  Hz 98 98 98 98 98
Advance travel  m/min 25 29 29 29 29
Surface capacity  m²/h 450 618 696 870 870

Engine / Motor 

Engine / Motor type  4 stroke gasoline engine 4 stroke gasoline engine 4 stroke gasoline engine 4 stroke gasoline engine 4 stroke gasoline engine
Engine / Motor manufacturer  Honda Honda Honda Honda Honda
Engine / Motor  GXR120 GX120 GX160 GX160 GX160
Displacement  cm³ 98 118 163 163 163
at rpm  rpm 3,600 3,600 3,600 3,600 3,600
Fuel consumption  l/h 0.88 1 0.8 0.8 0.8
Fuel tank capacity  l 0.88 2.5 3.6 3.6 3.6
CO2 (NRSC) * g/kWh 976 976 757 757 757
* Only available in Canada
All vibratory plates are available with water tank (capacity 9 l / 2.38 US gal; operating weight + 8 kg / 17.6 lb)*Determined value of the CO2 emission during engine certification without consideration of the application on the machine.

Imperial

  VP1030* VP1135A VP1340A VP1550A VP2050A

Operating data 

Operating weight  lb 115.5 135 179 205 221
Centrifugal force  lbf 2,248 2,473 2,923 3,372 4,496
Base plate size (w x l) in 12 x 19 14 x 20.1 15.8 x 23.3 19.9 x 23.4 19.9 x 23.4
Operating width  in 19 14 15.8 19.8 19.9
Operating height - Lowest Working Height in 36 18.4 21.6 21.8 21.8
Frequency  Hz 98 98 98 98 98
Advance travel  ft/min 82 95 95 95 95
Surface capacity  ft²/h 4,844 6,652 7,492 9,365 9,365

Engine / Motor 

Engine / Motor type  4 stroke gasoline engine 4 stroke gasoline engine 4 stroke gasoline engine 4 stroke gasoline engine 4 stroke gasoline engine
Engine / Motor manufacturer  Honda Honda Honda Honda Honda
Engine / Motor  GXR120 GX120 GX160 GX160 GX160
Displacement  in³ 98 7.12 9.9 9.9 9.9
at rpm  rpm 3,600 3,600 3,600 3,600 3,600
Fuel consumption  US gal/h 0.23 0.26 0.2 0.2 0.2
Fuel tank capacity  US gal 0.23 0.66 0.95 0.95 0.95
CO2 (NRSC) * g/kW-hr 976 976 757 757 757
* Only available in Canada
All vibratory plates are available with water tank (capacity 9 l / 2.38 US gal; operating weight + 8 kg / 17.6 lb)*Determined value of the CO2 emission during engine certification without consideration of the application on the machine.