Electric vibrorail Husqvarna ВТ90E 20 m 2865 vpm (9679411-02)

Electric motor

An electric motor is used to activate the structure. The motor has a power output of 3000 W (4.1 hp).

Smart design

Special connecting couplings and crosspieces are used to join the sections, providing a 2.5° angle of rotation. These components ensure a strong connection between the sections, allowing for smooth movement and effective concrete consolidation at the construction site. Along the entire length of the vibrating beam, from its center to the edges, there is a 125 mm height difference in the horizon.

Easy setup

Each section of the vibrating beam is a sturdy metal frame designed in the shape of a triangle. The triangular shape provides optimal rigidity and strength to the structure, allowing the device to efficiently distribute vibration along the entire length of the section. Metal sections of different lengths offer flexibility in adjusting the vibrating beam to specific requirements. Shorter sections, such as 0.5 m or 0.75 m, can be used for smaller or narrower work areas. Sections with lengths of 1 m, 2 m, or 3 m provide the capability to cover wider or longer surfaces.

Engineered to last

Triangular frames and square tubes provide better rigidity. Self-aligning bearings play a crucial role in the operation of the vibrating beam. They ensure smooth movement and reduce friction, leading to decreased wear and increased equipment longevity. Oil seals, in turn, ensure reliable lubrication of the bearings, ensuring their effective operation and preventing potential breakdowns.

Built to perform

The low-profile steel frame provides high strength and durability while offering maneuverability. The low center of gravity of the steel frame plays a crucial role in ensuring the stability of the vibrating beam when working with low-mobility concrete.

Even, continuous pull

The use of winches with 30-meter steel cables allows operators to easily and effectively control the movement of the apparatus on the construction site, ensuring precision and control during installation and equipment displacement. The shaft is the main component that transfers energy from the motor to the vibration mechanisms of the apparatus. It extends throughout the entire equipment structure, ensuring even distribution of force and motion along its entire length.