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Excavator Mounted Vibratory Hammers

Highly efficient for general driving and extracting
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An excavator can easily be turned into a sheet pile driver by connecting a Vibratory Hammer.
The excavator supplies the oil flow for the hammer and the force of the excavator boom is used to raise the penetration rate of the steel. Occasionally these joint forces means a smaller hammer can be used.

Maximum variety, minimum disturbance
An Excavator Mounted Vibratory Hammer is used to drive or extract a variety of steel profiles; sheet piles, H-beams, and I-beams and with the larger Excavator Mounted Vibratory Hammers fitted with double clamps, casings and tubular piles can be driven. Our Vibratory Hammer have a very narrow throat width that allows you to carry out staggered sheet piling, and with a wide range of  Vibratory Hammers and clamps we have the solution for all types of steel, wood and concrete piles and soil conditions.

The excavator mounted series causes minimal ground vibrations due to its high rotational speed of approximately 2300 rpm. An additional range of Variable Moment / Resonance Free models allows you to drive steel piles with less disturbance on vibration-sensitive projects. Their extreme flexibility, due to the excavator powering, makes this kind of Vibratory Hammer our most agile piece of equipment – especially in compact spaces

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7 reasons to choose an excavator mounted vibratory hammer

  • Easy to mount to almost all types of excavator
  • High push/pull forces increase driving performance
  • Goose neck for increasing working height and driving longer piles
  • Swivel head series for single-operator use
  • Improves the profitability of the excavator
  • Easy maintenance
  • Excellent quality
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Excavator mounted series

Dieseko Group offers a range of five different models:

Want our expertise? Connect with us!

Martijn Schols - Dieseko Group

Martijn Schols

Director Sales International

+31 (0)184 410 333

Email me

Marion van den Akker - Dieseko Group

Marion van den Akker

Area Manager BeNeLux

+31 184 41 03 33

Email me

applications

  • Highly efficient for general driving and extracting
  • Compact and light-weight for difficult access projects
  • Low noise for urban area use
  • Variable Moment / Resonance Free series for resonance free operating in
    vibration sensitive locations
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Choosing the right Vibratory Hammer

Choosing the right Vibratory Hammer for a job depends on soil conditions, the type of pile and the driving depth. The Vibratory Hammer also has to be matched to the excavator. Dieseko Group can supply you with the right attachment for the excavator’s boom. The vibrator is connected to the boom’s hydraulic connections by two hoses. A third hose is the drain oil line. The Vibratory Hammer is simply controlled by the excavator operator with one lever. All Excavator Mounted Vibratory Hammers in the Resonance Free (RF) and Variable Moment (VM) series are equipped with an electrical remote control unit.

The ICE & PVE Swivel Head Vibratory Hammers (SH) can be tilted to a 90 degree angle. The operator can grab sheet piles stored on the ground and drive them directly without any other handling operations.

The combination of high frequencies, oil flow and working pressure makes these Vibratory Hammers suitable for mounting on practically any excavator with a sufficient oil flow, at a maximum operating pressure of 350 bar. The Hammer can be attached to an excavator using two different types of forks or a head plate. An additional goose neck can increase working height by approximately 2 m for handling and driving longer steel profiles.

ICE 170NF

Vibratory Hammers

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Resonance Free / Variable Moment

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High production with the ICE 8RFB Vibratory Hammer driving sheet piles on the banks of a canal near Schagen in The Netherlands

Selecting the right excavator

To determine the correct excavator to use, as a guide, calculate that only 60 to 70 per cent of the installed power in the excavator will be available to drive the Vibratory Hammer. This percentage can be compared with the required hammer power.

When the maximum oil pressure and maximum oil flow are unknown or not available, please use the following table as a guide to match the Excavator Mounted Vibratory Hammer with the correct excavator.

Weight Excavator
ICE type vibratory Hammer
PVE type vibratory Hammer
<20t
328B, 328SH, 428B, 428SH
3A, 3SH, 4A, 4SH
20t - 25t
28B, 428SH
4A, 4SH
20t - 30t
428B, 428SH, 625B, 625SH, 6RFB, 6RFSH
4A, 4SH, 6A, 6SH, 6VMA, 6VMSH
>30t
625B, 625SH, 6RFB, 6RFSH, 823B, 823SH, 1223B, 12RFB, 20RFB, 23RFB
6A, 6SH, 6VMA, 6VMSH, 8A, 8VMSH, 12A, 12VMA, 20VMA, 23VMA
>35t
8SG
8SG
ICE 23RFB
PVE 8SG
ICE 823B

Side Gripper

Dieseko Group builds hundreds of hydraulic Vibratory Hammers every year. Experienced and dedicated engineers are developing these hammers. Also users and clients are involved in the development process for finding the best solutions. Now these engineers developed a simple, rigid and extremely reliable Side Gripper. With this Excavator Mounted Vibratory Hammer you will work fast and efficient and with less staff. Even without a telescopic leader now you can drive the longest profiles with the newly designed side grip.

Our unique design:

Linear clamping movement
Results in less moving/wear parts as well as efficient clamping load transfer (cylinder force = clamping force). Less wear and tear parts, low maintenance costs, less downtime.

Multi directional elastomers
Elastomers are placed in multi directions giving better stability while operating the machine. This design also guarantees less stress on parts and construction.

Rigid centrifugal force load transfer
The centrifugal force load and clamp movement load is completely separated. Centrifugal forces are taken by the rigid structures (Gearbox, cylinder housings, clamping arms), while the clamping forces are taken by the cylinder rods.

Clamp claw exchange
Exchanging clamp claw configuration without changing the clamp arms for gripping sheet piles, casings up to ø 550 mm and H-beams up to H500.

With this Excavator Mounted Vibratory Hammer you will work fast and efficient