CHAIN LINK 65+ CLEATED

***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 CHAIN LINK 65+ CLEATED (3842546015) is a specialized component designed for integration with cleated chain VFplus systems. This chain link is engineered to facilitate the conveyance of products across both ascending and descending sections within a conveyor system, ensuring smooth and efficient transport. It is crafted from POM material, known for its durability and strength, which is essential for maintaining the integrity of the conveyor under various operational conditions. This particular model features a centrally divided cleat that simplifies the transfer process of conveyed materials at section ends. The design allows for a recessed transfer area at the point of the cleat while enabling close to submerging chain use in other areas. The 65+ CLEATED chain link is complemented by flat conveyor chain links AZ, which helps in creating a low-vibration environment suitable for transporting small parts. This feature also makes accumulation operation possible, although it's important to note that accumulation operation is not permitted with this specific model. The maximum chain tensile force that can be applied to this product is denoted by 'nbsp;N' (information on the exact value would typically be provided by the manufacturer or in technical documentation). The product also meets rigorous standards, complying with EU regulations as well as FDA CFR requirements, ensuring it's safe for use in various applications including those involving contact with food products. Required accessories for proper installation and function include chain pins and jointed bolts. Additionally, while this CHAIN LINK 65+ CLEATED facilitates transport on gradients, it's recommended to conduct product geometry tests to determine the maximum gradient suitable for specific applications.