SCREW-IN CARTRIDGE VALVE OD153117A000000-VEI-016-NC-12G-A-31-0000

***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 OD153117A000000-VEI-016-NC-12G-A-31-0000 (R930065028) is a screw-in cartridge valve designed for hydraulic applications requiring reliable solenoid actuation and flow control. This model is part of the VEI product family, which is characterized by solenoid-operated valves that are pilot-operated with a poppet type design. The valve operates in a 3-way configuration and is normally closed (NC) in its default state. It features a maximum operating pressure of up to bar (psi), which ensures robust performance under high-pressure conditions. The OD153117A000000-VEI-016-NC-12G-A-31-0000 can accommodate a maximum flow of l/min (gpm), making it suitable for systems that demand significant fluid throughput. It utilizes an NBR sealing material, known for its good resistance to hydraulic fluids such as HL and HLP types. The valve has been engineered with port number 12G, indicating its specific port size for secure and leak-free connections. Actuation of this model is solenoid-driven, offering precise on-off control, and it requires an external coil that can be ordered separately to meet the user's specific application needs. The cavity designated for this valve is E, which must be considered when integrating into existing hydraulic systems or designing new ones. The poppet-type spool within the OD153117A000000-VEI-016-NC-12G-A-31-0000 ensures minimal leakage and quick response times. Its weight is kept at an optimal point to balance durability with ease of installation. As part of the broader product group ID, this valve's pilot-operated nature allows for controlled flow dynamics, making it suitable for various applications where fluid direction and pressure need to be meticulously managed.