FR10-33A-0-N-/ M12 FLOW CONTROL

***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 Hydraforce directly.***
The Hydraforce 5413612.M12 (5413612.M12) is an advanced hydraulic flow control valve designed for precision fluid handling in various applications. This adjustable, pressure-compensated valve offers dual functionality; it can operate as a priority type flow regulator or as a restrictive type, 2-way flow regulator when the bypass line at port 2 is blocked. It features a design that allows for smooth and controlled operation, with the regulated flow increasing from closed to fully open through counterclockwise adjustment rotation. The valve is engineered to maintain a set flow rate regardless of pressure variations on the regulated or bypass port, ensuring consistent performance under varying conditions. Constructed with hardened steel components, the 5413612.M12 guarantees durability and a long operational life. It is specifically designed for use with mineral-based or synthetic hydraulic fluids that possess lubricating properties, enhancing its versatility in different system environments. Additionally, the valve integrates seamlessly into systems with its industry-common cavity design, making it suitable for widespread industrial applications. The model also stands out due to its fine low-torque adjustment feature which facilitates precise control over flow rates, and its ability to fully pressurize bypass port 2 adds to its adaptability in complex hydraulic circuits. The quiet, modulated response of the valve further minimizes noise during operation, contributing to a more stable and quieter system performance. This combination of features makes the Hydraforce 5413612.M12 an essential component for professionals seeking reliable and efficient fluid management solutions in their hydraulic systems.