MR10-20A-0-V MANUAL ROTARY VALVE

***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 MR10-20A-0-V (5312101) is a robust manual rotary flow control valve designed for precise hydraulic fluid management in various applications. This cartridge-style valve enhances flow from minimum to maximum through a counterclockwise rotation, making it highly adaptable and efficient for general-purpose hydraulic fluids. It features ten-position detent or infinite friction lock options, offering exceptional control and customization to suit different operational needs. The MR10-20A-0-V boasts good linearity across three distinct flow range options, ensuring smooth and consistent performance. Its heavy-duty construction and low effort adjustment mechanism are tailored for reliability and ease of use in demanding environments. Additionally, the valve is equipped with an optional lockdown bracket which further enhances its versatility and safety. Engineered to fit industry-common cavity VC102, this valve supports a wide array of operators and can be easily integrated into existing hydraulic systems without orientation restrictions. It operates effectively within a fluid temperature range of -40°C to 100°C with Buna N seals, -26°C to 204°C with Viton seals, and -54°C to 107°C with polyurethane seals. The MR10-20A-0-V also handles maximum operating contamination levels as specified by ISO 4406 standards. This model's specifications include a pressure rating up to 241 bar (3500 psi), accommodating high-pressure applications effortlessly. The unit's weight is minimal at approximately 0.14 kg (0.3 lb), ensuring it does not add significant bulk to systems. Furthermore, the MR10-20A-0-V requires an operating torque ranging from 3.95 Nm at low pressure up to 5.08 Nm at its maximum rated pressure, demonstrating its capability to maintain efficiency under varying operational stresses.