2024 Wacker Neuson Single-direction vibratory plates WP WP1550A
- Year 2024
- Make Wacker Neuson
- Model Single-direction vibratory plates WP
2024 Wacker Neuson Single-direction vibratory plates WP WP1550A
WP Single-direction vibratory plates: compaction prosThe WP vibratory plate series are the high-performance pros for the compaction of asphalt and light mixed soils as well as compacting over interlocking paving stones. Because of the center-mounted control handle and specially shaped base plate, the WP plates can be easily maneuvered and turned. The heavy-duty design is ideally suited for professional use when compacting mixed soil subbases, walkways, roads and parking lots and for asphalt finishes. Using the wheel set (accessory), the WP plates can be easily moved around the job site by one person.
Features may include:
Low-maintenance design for low TCO- The V-belt is protected from damage by a sturdy housing and can be easily tensioned. This reduces wear, saves spare parts costs and attains a long service life.
- Machines starting at 13 kN are equipped with a cylindrical roller bearing. This is more sturdy and attains a longer service life than a ball bearing.
- The durable protective frame protects the engine and water tank from damage. This saves repair costs.
- The tubular frame can also be used as a control handle when operating the machine sideways, which is ideal for compaction along edges.
- The rounded edges minimizes material buildup when turning the plate to ensure a smooth, quality asphalt surface.
Engine
Engine Power
Effective: 4.8 fps
Rated Engine Speed
Nominal Engine speed: 3,600 kg/m2s
Operational
Operating Conditions
Centrifugal force: 3,372 Anz | Area capacity: 9,364.7 lb*in | Gradeability: 36.4% | HAV summation (average value): 19.4 ft/s2
Dimensions
Length
Baseplate: 22.9"
Width
19.7" | Baseplate: 19.7"
Height
37.9" | Cover frame: 21.7"
Dimensions
Thickness Baseplate: 0.4"
Ground Clearance
21.7"
Weights
Weight, In Running Order
Operating: 198.4 lb
Features
Features
HAV summation (Standard): EN 500-4