rigging plates
Useful information about rigging plates
What are rigging plates and what are they used for?
Rigging plates are multi-point anchorage elements that allow several components of a safety, rescue or rigging system to be connected in a clear and organised manner. They create defined attachment points for karabiners, pulleys, rope clamps or lanyards and support the structured configuration of complex systems.
SKYLOTEC rigging plates are used in technical rescue, rope access, arboriculture and rigging applications. Several separate attachment openings allow different system components to be organised neatly and prevent the individual connectors from obstructing one another.
What advantages do rigging plates offer compared with using several karabiners?
If several karabiners are connected directly to a single anchor point, they can twist, jam or load one another unfavourably. A rigging plate distributes the individual connectors across several separate attachment points, creating a significantly clearer system configuration.
This makes it easier to monitor the complete system, particularly in rescue systems, hauling systems or complex rigging configurations. At the same time, an organised load distribution reduces the risk of operating errors and improves clarity when several rope strands are being used simultaneously.
When are rigging plates used in rescue systems?
Technical rescue operations frequently require several ropes, redirections and safety systems to be connected simultaneously to one central point. Rigging plates allow these components to be arranged in an organised manner and different functions to be clearly separated.
They are used, for example, in hauling systems, redundant safety systems, lifting systems and multi-person rescues. The clear arrangement of the connection points helps rescue teams retain an overview even in complex configurations and allows individual system components to be inspected more quickly.
What role do rigging plates play in rope access?
Several devices are also frequently used at the same time in rope access. Rope clamps, descenders, pulleys and lanyards can be connected in a structured manner using a rigging plate. This creates tidy system configurations that are easy to monitor.
A clearly organised arrangement of the attachment points contributes to more efficient workflows, particularly during equipment transport, load handling or the use of complex rope systems. It also makes visual inspection of all components involved easier.
Which rigging plate is suitable for which application?
The choice of rigging plate depends on the number of required attachment points and the intended load. A smaller rigging plate with three openings is often sufficient for compact configurations involving only a few connectors.
The CHEESE PLATE S features three attachment openings and a minimum breaking strength of 30 kN. For more extensive rescue or rigging systems, the CHEESE PLATE L provides five attachment openings and a minimum breaking strength of 40 kN. This allows several devices and rope strands to be connected in a clearly organised manner.
Which components are frequently combined with rigging plates?
Rigging plates are frequently used with karabiners, pulleys, rope clamps, swivels or lanyards. Depending on the system configuration, these combinations can create hauling systems, lifting systems or redundant safety configurations.
The rigging plate does not perform the function of the individual devices but organises their arrangement within the complete system. This keeps the individual components more accessible and makes them easier to inspect.
Which standards apply to rigging plates?
Depending on their design, rigging plates have different approvals and minimum breaking strengths. The manufacturer’s specifications and the permissible load of each individual attachment opening are decisive. Not every opening may automatically be subjected to the same load.
Before every use, the minimum breaking strength, permitted load direction and compatibility with karabiners, pulleys and other system components should therefore be checked. Only a fully coordinated system ensures safe use.
How do you choose the right rigging plate?
The number of required attachment points, the size of the connectors and the planned system configuration all play a decisive role in the selection. The minimum breaking strength, weight and sufficient space for karabiners and other devices must also be considered.
SKYLOTEC rigging plates provide professional solutions for rescue, rope access and demanding rigging applications. Their structured arrangement of several attachment points supports a safe, clearly organised and efficient system configuration.
Useful information about rigging plates
What are rigging plates and what are they used for?
Rigging plates are multi-point anchorage elements that allow several components of a safety, rescue or rigging system to be connected in a clear and organised manner. They create defined attachment points for karabiners, pulleys, rope clamps or lanyards and support the structured configuration of complex systems.
SKYLOTEC rigging plates are used in technical rescue, rope access, arboriculture and rigging applications. Several separate attachment openings allow different system components to be organised neatly and prevent the individual connectors from obstructing one another.
What advantages do rigging plates offer compared with using several karabiners?
If several karabiners are connected directly to a single anchor point, they can twist, jam or load one another unfavourably. A rigging plate distributes the individual connectors across several separate attachment points, creating a significantly clearer system configuration.
This makes it easier to monitor the complete system, particularly in rescue systems, hauling systems or complex rigging configurations. At the same time, an organised load distribution reduces the risk of operating errors and improves clarity when several rope strands are being used simultaneously.
When are rigging plates used in rescue systems?
Technical rescue operations frequently require several ropes, redirections and safety systems to be connected simultaneously to one central point. Rigging plates allow these components to be arranged in an organised manner and different functions to be clearly separated.
They are used, for example, in hauling systems, redundant safety systems, lifting systems and multi-person rescues. The clear arrangement of the connection points helps rescue teams retain an overview even in complex configurations and allows individual system components to be inspected more quickly.
What role do rigging plates play in rope access?
Several devices are also frequently used at the same time in rope access. Rope clamps, descenders, pulleys and lanyards can be connected in a structured manner using a rigging plate. This creates tidy system configurations that are easy to monitor.
A clearly organised arrangement of the attachment points contributes to more efficient workflows, particularly during equipment transport, load handling or the use of complex rope systems. It also makes visual inspection of all components involved easier.
Which rigging plate is suitable for which application?
The choice of rigging plate depends on the number of required attachment points and the intended load. A smaller rigging plate with three openings is often sufficient for compact configurations involving only a few connectors.
The CHEESE PLATE S features three attachment openings and a minimum breaking strength of 30 kN. For more extensive rescue or rigging systems, the CHEESE PLATE L provides five attachment openings and a minimum breaking strength of 40 kN. This allows several devices and rope strands to be connected in a clearly organised manner.
Which components are frequently combined with rigging plates?
Rigging plates are frequently used with karabiners, pulleys, rope clamps, swivels or lanyards. Depending on the system configuration, these combinations can create hauling systems, lifting systems or redundant safety configurations.
The rigging plate does not perform the function of the individual devices but organises their arrangement within the complete system. This keeps the individual components more accessible and makes them easier to inspect.
Which standards apply to rigging plates?
Depending on their design, rigging plates have different approvals and minimum breaking strengths. The manufacturer’s specifications and the permissible load of each individual attachment opening are decisive. Not every opening may automatically be subjected to the same load.
Before every use, the minimum breaking strength, permitted load direction and compatibility with karabiners, pulleys and other system components should therefore be checked. Only a fully coordinated system ensures safe use.
How do you choose the right rigging plate?
The number of required attachment points, the size of the connectors and the planned system configuration all play a decisive role in the selection. The minimum breaking strength, weight and sufficient space for karabiners and other devices must also be considered.
SKYLOTEC rigging plates provide professional solutions for rescue, rope access and demanding rigging applications. Their structured arrangement of several attachment points supports a safe, clearly organised and efficient system configuration.