What are Cantilever Rack Arms?
The central component of the cantilever rack system is its cantilever rack arms. Straight arms extend directly from the cantilever upright, with a minimal incline to counter deflection. Inclined arms, on the other hand, are positioned at a 20-degree angle upwards from the upright column. Both types of arms offer full adjustability vertically. Typically, these arms are employed for storing sturdy items like lumber, steel sheets, cartons, and skids.
How Long is an Arm Length?
Cantilever arm lengths typically range from 24 inches to 48 inches, with 48 inches being the most commonly favored length. Despite having the same length, arms can differ in capacity based on their specific dimensions.
Cantilever Arm Capacities
- 24″ Long 1,200# Capacity
- 36″ Long 800# Capacity
- 36″ Long 1500# Capacity
- 48″ Long 1000# Capacity
- 48″ Long 2000# Capacity
How to Store Product On Cantilever Rack Arms
When arranging products on a cantilever rack system, it’s essential to ensure that the width of your product does not surpass the length of the cantilever arm. For instance, if your product measures 52 inches wide, avoid using 48-inch arms to support it.
The accompanying diagram illustrates both correct and incorrect methods of storing items on a cantilever rack system. It’s crucial to match products precisely with the arm length of your cantilever system, without any overhang. Overhang can strain the cantilever arm unnecessarily, leading to potential damage to the system, the product itself, or even causing personal injury.
To determine the appropriate cantilever arm length, accurately measure the width of your product and select the next longer arm length suitable for supporting it.
Improper Cantilever Storage
Improper product storage significantly impacts the capacities of cantilever racks. Like other pallet rack systems, the capacity of cantilever arms is calculated based on Uniformly Distributed Loads of the product.
Tip loading or overhang on these rack systems will significantly reduce the rack capacity. Ensuring proper storage is essential to prevent deflection and damage to your cantilever rack system, enabling you to store products safely for years to come.
FAQ’s
What exactly are Cantilever Rack Arms?
Cantilever rack arms serve as integral parts of the cantilever rack system. These arms come in two primary types: straight arms, which extend directly from the cantilever upright with a slight incline, and inclined arms, which angle upward at a 20-degree incline from the upright column. Both variations offer complete vertical adjustability and are commonly utilized for storing robust items such as lumber, steel sheets, cartons, and skids.
How lengthy are Cantilever Rack Arms typically?
Cantilever rack arms typically vary in length from 24 inches to 48 inches, with the 48-inch length being the most commonly employed. However, despite sharing the same length, arms may exhibit varying capacities based on their unique dimensions.
How should I go about storing Products on Cantilever Rack Arms?
When arranging products on a cantilever rack system, it’s crucial to ensure that the width of your product does not exceed the length of the cantilever arm. Overhang or improper alignment of product width with arm length can strain the cantilever arm, potentially resulting in system damage or personal injury. For guidance on proper storage methods, refer to the accompanying diagram illustrating correct and incorrect product placement.
Why is Proper Cantilever Storage so crucial?
Improper product storage can significantly impact the capacities of cantilever racks, similar to other pallet rack systems. Loading products in a way that causes tip loading or overhang can substantially decrease the rack’s capacity and increase the risk of damage. Ensuring proper storage practices is essential to prevent deflection and damage to your cantilever rack system, thereby ensuring safe and reliable product storage over an extended period.
Conclusion
Understanding cantilever rack arms is vital for efficient and safe storage. By adhering to proper storage guidelines and recognizing arm capacities, you can maintain system integrity and ensure secure product storage. Prioritizing these practices is key to long-term safety and reliability.