GLIDE PLATE VF90 STS

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth GLIDE PLATE (3842528772) is a robust and versatile component designed to facilitate the smooth transportation of products on conveyor systems, especially those that are not suitable for accumulation operation or have unstable geometries due to their shape. This steel wear pad, compatible with the VFplus 90 system, ensures a level working surface with no indentations, allowing for the entire top of the workpiece transfer (WT) system to be utilized effectively. The GLIDE PLATE's design allows it to be integrated with the ID 15 identification system and also supports the installation of a mobile data tag. It takes into account the possibility of product overhang if the center of gravity is considered, ensuring stability during transport. Customers are required to equip their mounted workpiece pallets with either steel wear pads for harsh environments or PE wear pads for cleaner settings. With a maximum transport speed of 18 m/min for operations involving workpiece pallets, this product supports a load capacity of up to 8 kg for both size 65 and size 90 configurations. The modular concept accommodates workpiece pallet lengths up to 500 mm, with specific guidelines provided based on pallet length for incorporating curve wheels and positioning units. Material construction includes an aluminum WT plate that is naturally anodized for durability, black end pieces made from PA, and workpiece pallet wear pads available in stainless steel with a hardness value of HV ≥ 480 or PE material. This combination ensures longevity and reliability in various industrial environments. In summary, the Bosch GLIDE PLATE is an essential component designed for seamless integration into conveyor systems requiring high levels of efficiency and adaptability in material handling processes.