SIDE GRIP PILE DRIVING MACHINE (VIBRATORY HAMMER) FEATURES
360° Rotation and ±30° Tilt Mechanism
Side grip vibratory hammers can hold, position, and drive sheet piles and pipe piles. They can perform the entire pile driving process without the need for manual handling of piles or additional auxiliary equipment.
1- TILTING
+/- 30° tilting mechanism makes SG vibro hammer effective for pile driving.
2- ROTATING
OMS Side Grip series vibratory hammer has 360° rotating mechanism.
3- SIDE CLAMP
To drive and extract sheet piles, beams and tubular piles where the height matters.
4- BOTTOM CLAMP
Bottom clamp system designed for driving and extracting beams and sheet piles.
5- CLAMP HOOK
For easily carrying sheet piles.
4 MAIN ADVANTAGES OF SIDE GRIP VIBRO HAMMER
1. Excavator Mounted
Suitable for all crawler types and wheeled excavators,
Controlled by a special electronic control system,
Easy to operate,
Works with excavator’s standard hydraulic system.
2. Advanced Mobility
With 360° rotating system and 30° tilt mechanism, OMS vibro hammer can be worked in small areas. Side grip sheet pile drivers are capable of handling, pitching, and driving/extracting.
3. Product Range
Depending on your excavator power or project requirements, OMS has different sizes and capacity OVR-SG machines. These machines have various types of arms for sheet piling, pipe piling and timber piling.
4. Quick Setup Time
OMS Side Grip Vibro Hammer can be fitted easily and quickly without any modifications required to the excavator and is controlled directly by the excavator operator.
The high frequency side grip pile driver vibro is fast, accurate, safe and suitable for driving sheet piles and cassion (pipe) into variety of soils.OMS Side Grip is a kind of Vibratory Pile Driver for excavator. It is equipped with both gripping arms/clamp and the bottom clamp. One of the clamps is located in front of vibration case, while the other one is below the vibration case. Hydraulic clamps have gripping jaws. The hydraulic cylinder operates the gripping arms with force up to 500 kN. Bottom clamp is operated with up to 440 kN, depending on clamp relief pressure. The clamps can be opened and closed directly from excavator “Joy Stick” or from the electrical remote control monitor. Clamping and un-clamping occurs in a few seconds.
SIDE GRIP EXCAVATOR MOUNTED VIBRO HAMMER SYSTEM
Equipment Consists
The equipment consists of five major components:
- Yoke,
- Vibration Suppressor,
- Vibration Case,
- Gripping Arms,
- Bottom Clamp
SIDE GRIP VIBRO HAMMER PILE ARMS
Main feature of side grip vibro hammer is “side grip pile arms”. Side Grip arms are designed for handling, pitching, driving and extracting of various types of piles. Depending on your needs, arms can be changed. With the help of these arms many types of sheet piles, H beams, I beams and tubular piles can be used.
Side Grip Sheet Pile Driver Arms
Side Grip Tube Pile Driver Arms
Side Grip Vibro Hammer Bottom Clamp
Clamping The Web
Clamp Hooks
Driving H Beams
Driving Sheet Piles
Driving Tube Piles
TECHNICAL SPECIFICATIONS (Metric)
| Eccentric Moment (kg·m) | 4 |
| Centrifugal Force (kN) | 276 |
| Centrifugal Force (kN) Max. | 334 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (L/min) | 100 |
| Oil Flow (L/min) Max. | 110 |
| Power (kW) | 53 |
| Max. Power (kW) | 59 |
| Amplitude (mm) | 5 |
| Extraction Force (kN) | 117 |
| Side Grip Force (kN) | 439 |
| Bottom Clamping Force (kN) | 292 |
| Eccentric Moment (kg·m) | 5.2 |
| Centrifugal Force (kN) | 354 |
| Centrifugal Force (kN) Max. | 428 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (L/min) | 150 |
| Oil Flow (L/min) Max. | 165 |
| Power (kW) | 80 |
| Max. Power (kW) | 88 |
| Amplitude (mm) | 6 |
| Extraction Force (kN) | 117 |
| Side Grip Force (kN) | 439 |
| Bottom Clamping Force (kN) | 292 |
| Eccentric Moment (kgm) | 6.3 |
| Centrifugal Force (kN) | 434 |
| Centrifugal Force (kN) Max. | 525 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (l/min) | 201 |
| Oil Flow (l/min) Max. | 221 |
| Power (kW) | 107 |
| Max. Power (kW) | 118 |
| Amplitude (mm) | 6 |
| Pulling Force (kN) | 177 |
| Side Grip Force (kN) | 532 |
| Bottom Clamping Force (kN) | 442 |
| Eccentric Moment (kgm) | 7.3 |
| Centrifugal Force (kN) | 502 |
| Centrifugal Force (kN) Max. | 607 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (l/min) | 233 |
| Oil Flow (l/min) Max. | 256 |
| Power (kW) | 124 |
| Max. Power (kW) | 137 |
| Amplitude (mm) | 7 |
| Pulling Force (kN) | 177 |
| Side Grip Force (kN) | 532 |
| Bottom Clamping Force (kN) | 442 |
TECHNICAL SPECIFICATIONS (US)
| Eccentric Moment (in.lbs) | 347 |
| Centrifugal Force (ton) | 31 |
| Centrifugal Force (ton) Max. | 37 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (gpm) | 26 |
| Oil Flow (gpm) Max. | 29 |
| Power (HP) | 71 |
| Max. Power (HP) | 79 |
| Amplitude (inch) | 0.2 |
| Pulling Force (ton) | 13 |
| Side Grip Force (ton) | 49 |
| Bottom Clamping Force (ton) | 33 |
| Eccentric Moment (in.lbs) | 451 |
| Centrifugal Force (ton) | 40 |
| Centrifugal Force (ton) Max. | 48 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (gpm) | 40 |
| Oil Flow (gpm) Max. | 44 |
| Power (HP) | 107 |
| Max. Power (HP) | 118 |
| Amplitude (inch) | 0.2 |
| Pulling Force (ton) | 13 |
| Side Grip Force (ton) | 49 |
| Bottom Clamping Force (ton) | 33 |
| Eccentric Moment (in.lbs) | 547 |
| Centrifugal Force (ton) | 49 |
| Centrifugal Force (ton) Max. | 59 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (gpm) | 53 |
| Oil Flow (gpm) Max. | 58 |
| Power (HP) | 143 |
| Max. Power (HP) | 158 |
| Amplitude (inch) | 0.2 |
| Pulling Force (ton) | 20 |
| Side Grip Force (ton) | 60 |
| Bottom Clamping Force (ton) | 50 |
| Eccentric Moment (in.lbs) | 634 |
| Centrifugal Force (ton) | 56 |
| Centrifugal Force (ton) Max. | 68 |
| Frequency (rpm) | 2500 |
| Frequency (rpm) Max. | 2750 |
| Oil Flow (gpm) | 61 |
| Oil Flow (gpm) Max. | 68 |
| Power (HP) | 166 |
| Max. Power (HP) | 183 |
| Amplitude (inch) | 0.3 |
| Pulling Force (ton) | 20 |
| Side Grip Force (ton) | 60 |
| Bottom Clamping Force (ton) | 50 |
WEIGHT AND DIMENSIONS (Metric)
| Dynamic Weight (kg) | 1573 |
| Total Weight (kg) | 2530 |
| Length / L (mm) | 1420 |
| Height / H (mm) | 2124 |
| Width / W (mm) | 1190 |
| Stroke / S (mm) | 225 |
| Dynamic Weight (kg) | 1643 |
| Total Weight (kg) | 2660 |
| Length / L (mm) | 1420 |
| Height / H (mm) | 2124 |
| Width / W (mm) | 1190 |
| Arm Movement / S (mm) | 225 |
| Dynamic Weight (kg) | 2055 |
| Total Weight (kg) | 3110 |
| Length / L (mm) | 1450 |
| Height / H (mm) | 2257 |
| Width / W (mm) | 1215 |
| Arm Movement / S (mm) | 225 |
| Dynamic Weight (kg) | 2085 |
| Total Weight (kg) | 3140 |
| Length / L (mm) | 1450 |
| Height / H (mm) | 2257 |
| Width / W (mm) | 1215 |
| Arm Movement / S (mm) | 225 |
WEIGHT AND DIMENSIONS (US)
| Dynamic Weight (lbs) | 3468 |
| Total Weight (lbs) | 5578 |
| Length / L (in) | 56 |
| Height / H (in) | 84 |
| Width / W (in) | 47 |
| Stroke / S (in) | 9 |
| Dynamic Weight (lbs) | 3622 |
| Total Weight (lbs) | 5864 |
| Length / L (in) | 56 |
| Height / H (in) | 84 |
| Width / W (in) | 47 |
| Stroke / S (in) | 9 |
| Dynamic Weight (lbs) | 4530 |
| Total Weight (lbs) | 6856 |
| Length / L (in) | 57 |
| Height / H (in) | 89 |
| Width / W (in) | 48 |
| Stroke / S (in) | 9 |
| Dynamic Weight (lbs) | 4597 |
| Total Weight (lbs) | 6923 |
| Length / L (in) | 57 |
| Height / H (in) | 89 |
| Width / W (in) | 48 |
| Stroke / S (in) | 9 |
USAGE OF SIDE GRIP PILE DRIVER
Handling
Carrying
Pitching
Driving / Extracting (Side Clamp)
Driving / Extracting (Bottom Clamp)
30° Tilting and 360° Rotating Mechanism
Ready to Start Your Project?
Contact our team today and discover how OMS Vibro can help you achieve your foundation engineering goals.
