Steel pipes lifted and transported easily with BAC Pipe Grab.
Watch the video as the BAC pipe grab connected to a Liebherr Wheel Loader safely lifts four steel large diameter pipes.
- The pipe grab securely locates the pipes.
- The grab then lifts the pipes so they roll into the grab.
- The hydraulic control then clamps the pipes.
- Once secure the unit is then lifted and the pipes can be safely moved to their required location.
The pipe grab offers a very efficient approach for pipe transportation.
Key Technical Considerations
- Minimum and maximum pipe diameter
- Typical pipe length
- Pipe wall thickness
- Pipe material
- Maximum individual pipe weight
- Whether handling single pipes or bundled pipes
Matching these factors ensures secure clamping without damaging the pipe.
Why does it matter?
Pipe diameter determines the required jaw opening and clamping geometry.
Pipe length affects the load’s centre of gravity and stability during transport.
Different materials, including steel, concrete, plastic and ductile iron, have significantly different weights.
Ensures the pipe grab is correctly specified for safe and stable handling.
Key Technical Considerations
- Machine make and model
- Operating weight
- Rated operating capacity
- Full tipping load
- Lift height requirements
- Whether the machine uses ballast or counterweights
The complete attachment and pipe combination must remain within the manufacturer’s safe operating limits.
Why does it matter?
The attachment weight reduces the machine’s available lifting capacity.
Long pipes move the load further from the pivot pins, increasing overturning forces.
Safe lifting capacity is often more restrictive than the machine’s maximum tipping load.
Confirms that the carrier machine can safely lift and transport the complete load.
Key Technical Considerations
- Auxiliary hydraulic flow (litres/minute)
- Maximum hydraulic pressure (bar)
- Single or double-acting hydraulics
- Hydraulic coupling type
- Whether pressure relief or cross-over protection is required
Correct hydraulic matching provides smooth operation and consistent gripping performance.
Why does it matter?
Insufficient oil flow results in slow jaw movement.
Incorrect pressure can reduce gripping force.
Excessive hydraulic pressure may damage cylinders or seals if the system is not correctly protected.
Avoids poor performance and protects the grab’s hydraulic components.
Key Technical Considerations
- Pipe material
- Pipe diameter
- Surface finish
- Pipe weight
- Number of pipes being lifted
- Friction characteristics between the pipe and contact pads
Well-designed grabs distribute the load evenly through large contact surfaces to maximise grip while minimising localised pressure.
Why does it matter?
Too little clamping force can allow pipes to slip during travel.
Excessive force may deform steel pipes or crush plastic or composite pipes.
Different pipe materials require different gripping pressures.
Provides secure load retention without deforming or damaging the pipe.
Key Technical Considerations
- Loader or telehandler manufacturer
- Quick hitch type
- Pin dimensions, where applicable
- Hydraulic hose routing
- Required operator visibility
- Future compatibility with other machines
- Euro interface
- Volvo interface
- JCB Q-Fit interface
- Manitou interface
- Merlo interface
- Kramer interface
- CAT IT interface
- Bespoke quick hitch arrangements
Why does it matter?
The attachment must fit the carrier machine correctly.
Incorrect mounting geometry can affect visibility, breakout force and lifting performance.
Different fleets often operate multiple coupling systems, making compatibility an important consideration.
Verifies correct attachment fit, operating geometry and safe load transfer.
