BOSCH REXROTH
3842998750

***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 LIFT TRANSFER UNIT HQ 2/U-H (3842998750) is a robust and versatile component designed for the efficient handling and transfer of heavy workpiece pallets in automated systems. This unit is specifically engineered to facilitate the feeding of pallets from a longitudinal section into a transverse section, or vice versa, accommodating high total weights up to kgcm on the smallest side of the workpiece pallet. The lift transverse unit comes equipped with sensor mounting capabilities to control speed during infeeding, ensuring smooth and precise operation. Capable of executing lifting movements through two to four block cylinders depending on size, this unit utilizes a duplex chain as its conveyor medium. The design allows for compatibility with various lift positions including top, center, or top, center, bottom configurations. It is suitable for mounting on an ST section with a profile width of mm or an ST H section with a profile width of mm, providing flexibility in installation based on specific conveyor layouts. Additionally, lateral guides can be installed either on the left or right side to adapt to different conveying scenarios. The LIFT TRANSFER UNIT HQ 2/U-H can be combined with WT , WT F, WT H, and WT FH workpiece pallets and is recommended for use with PE wear pads when used alongside HQ UH components. It comes preassembled with pneumatic equipment and includes an assembly kit for electrical position inquiry as well as a protective housing that is not assembled. This product also supports energy efficiency under Rexroth EE standards and requires specific accessories such as x Mx sensors for each top/bottom position inquiry. It offers preferred values for number of lifting cylinders across different configurations (BG: , BG: , BG: ), demonstrating its adaptability to various operational requirements within automated material handling systems.