Tramac's new full range of vibro hammers are powerful and adaptable, with a simple design for operating ease and efficiency. They make short work of pile driving and extracting jobs in a wide variety of different soils and conditions, and are ideal for underground utility and construction projects, as well as temporary and permanent shoring.
APPLICATION
Handling, installing and extracting metal, wooden and plastic piles and beams.
CARRIER
Designed for excavators weighing from 20 tons to over 47.5 tons.
◦ Built for simplicity, safety, and efficient operation.
◦ Only short hoses are needed for attachment to excavator; clamp cylinder hoses are well protected.
◦ Jaw assembly can be rotated and mounted in either parallel or perpendicular position.
◦ Tilt bracket (SH) models allow vibro to rotate 90°, so body is parallel with the ground--makes it easy to clamp onto and lift sheets from the ground.
◦ Simple hydraulic installation with a built-in full function control valve. Minimal plumbing is required -- vibro operates from bucket circuit, and clamp is electrically operated.
◦ Mechanical stops prevent shock absorbers from stretching during operation.
◦ Optional goose-neck boom extension is available for extra driving height and increased range of movement
RF SERIES VIBRO HAMMERS
With the introduction of the RF (Resonance Free) Vibro Hammer Series, Tramac brings cutting-edge technology to bear on many of the environmental problems surrounding pile driving and extraction jobs.
RF vibros start up and shut down with the the hammer's eccentric moment desynchronized, completely eliminating harmful soil resonance. Once operating frequency has been reached, the eccentric moment is re-synchronized, and the vibro can reach its highest amplitude without producing destructive vibrations.
Better for the Environment, Better for the Job
Using RF Vibro Hammers, operators can work much closer to buildings, utility lines, fiber optic lines, and other vulnerable spaces than with conventional equipment.
During operation, amplitude can be adjusted so that the maximum permitted level is reached but not exceeded. In addition, these vibros cause significantly less stress to the carrier's boom, reducing the potential for damage and down time.
