SCREW-IN CARTRIDGE VALVE 0TF101000908000-SFC1-G14-8-L/MIN.

***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 0TF101000908000-SFC1-G14-8-L/MIN (R931002308) is a highly efficient screw-in cartridge valve designed for insertion into hydraulic systems. This model boasts a maximum operating pressure of bar/psi and can handle a maximum flow of l/min/gpm, ensuring reliable performance in various applications. The valve falls under the product family classification of insert type flow control and is categorized as a way pressure compensated fixed setting valve, which means it maintains a constant flow regardless of load pressure changes. The 0TF101000908000-SFC1-G14-8-L/MIN is characterized by its fixed setting adjustment option, making it a straightforward component for systems requiring consistent operation without the need for regular adjustments. Its design includes G-threaded ports for easy integration into existing hydraulic circuits. With its nominal flow rate and direct pilot operation, this valve ensures precise control over fluid dynamics within the system. As part of the SFC product family, this model is recognized for its reliability and quality in regulating flow within hydraulic systems. It comes with two ports, contributing to its versatility in different hydraulic setups. The product weighs . kg, making it a robust yet manageable component in terms of installation and maintenance. Suitable for use with hydraulic fluids HL and HLP, the Bosch Rexroth 0TF101000908000-SFC1-G14-8-L/MIN valve maintains consistent performance and longevity even under demanding conditions. Its construction and materials are designed to withstand regular use while providing precise control over the hydraulic system's flow rate, ensuring optimal operation across various applications without compromising on efficiency or safety.