Munich, Germany - Wacker Neuson., a construction equipment manufacturer, has introduced four new medium-weight reversible vibratory plate compactors, expanding its BPU and DPU lineup for trench and surface compaction applications.
The new models include the Honda gasoline-powered BPU5260 and BPU6275, along with the Hatz diesel-powered DPU5260 and DPU6275. Operating weights range from 822.3 to 1,124.4 pounds, positioning the machines for contractors working on utility trenches, road repair, paving preparation and general compaction jobsites.
According to Wacker Neuson, the new series delivers a 20% increase in travel speed compared with previous models. The improvement comes from a redesigned exciter placement, helping the machines achieve travel speeds comparable to the company’s WP1550 vibratory plate compactor. The models also offer 30% better gradeability and reduced hand-arm vibration levels below 2.5 m/s².
Operator comfort and control have also been improved. The machines feature a more ergonomic user interface, an adjustable center handle and a new directional control system that allows operators to change travel direction by turning the handle. This enables two-handed operation throughout the compaction process.
The open base plate design supports easier cleaning and maintenance by improving access to components. Standard features on the DPU5260 and DPU6275 include LED-based onboard diagnostics, compatibility with Wacker Neuson Diagnostics 2.0, and push-button electric start and stop.
The BPU5260 is powered by a Honda GX390 gasoline engine and delivers 11,690 pounds-force of centrifugal force with an operating weight of 822.3 pounds. The DPU5260 uses a Hatz 1B50 diesel engine and provides the same centrifugal force with an operating weight of 948 pounds.
For higher-force applications, the BPU6275 and DPU6275 deliver 13,938 pounds-force of centrifugal force. The BPU6275 weighs 996.5 pounds, while the DPU6275 weighs 1,124.4 pounds and offers the highest area capacity in the new lineup at 14,531.4 square feet per hour.