Why, why and why does it even make sense to use Crane Pads? The use of load-distributing Crane Pads on soft uncompacted subsoil is important for several reasons when it comes to setting up mobile cranes and truck-mounted cranes:
Crane Pads serve to distribute the weight of the crane and the load it will lift evenly over a larger area. Increasing the bearing area reduces the pressure that the crane exerts on the ground. This reduces the risk of subsidence, sinking or damage to the surface of the ground. Especially on soft, uncompacted ground, load distribution is critical to minimize the risk of sinking.
Stability and safety
Soft, uncompacted ground can be unstable and may not provide adequate support for the crane. Using load-distributing Crane Pads will improve stability and reduce the risk of the crane tipping or overturning. This is critical to prevent accidents and ensure the safety of personnel, the crane and the working environment.
Uncompacted subsoil such as grass, mud or loose soil is susceptible to damage. If a crane is placed on such a subsoil without load-distributing Crane Pads, it can further compact, sink or even damage the soil. This could have ecological implications if, for example, green spaces, gardens or protected areas are affected. Using load-distributing Crane Pads protects the subsoil from damage and minimizes the negative impact on the environment.
Compliance with regulations and guidelines
Many countries have regulations and guidelines for the safe use of mobile cranes and truck-mounted cranes. These regulations may include requirements for the use of load-distributing Crane Pads on soft uncompacted subgrade. Compliance with these regulations is important to avoid legal issues and to ensure that the crane is operated properly.
Summary / Conclusion
Overall, the use of load-distributing Crane Pads on soft uncompacted subgrade is important to improve load distribution, ensure stability, protect the subgrade and meet legal requirements. This contributes to the safety, efficiency and environmental compatibility of crane operations.