Clinically Tested Mct-02a Check Valve (d03, T Port Check) - Hot Selling [ewCA0HlP]

Clinically Tested Mct-02a Check Valve (d03, T Port Check) - Hot Selling [ewCA0HlP]

Introducing the MCT-02A Check Valve, a reliable and efficient component designed for hydraulic systems. This modular check valve is engineered to stop fluid flow in one direction while allowing free flow in the opposite direction, ensuring optimal performance and preventing backflow. The MCT-02A is equipped with a cracking pressure set at 7 PSI, providing precise control and reliable operation. With its robust design and versatile application, this check valve is a must-have for any hydraulic system.

Product Specifications

The MCT-02A Check Valve boasts a range of impressive features and specifications. Designed with the D03 valve size, it offers a compact and space-saving solution for your hydraulic system. This modular check valve features a T-port design, allowing for easy installation and integration. With a maximum pressure rating of 3625 PSI and a maximum flow rate of 10.56 GPM, the MCT-02A is capable of handling high-pressure and high-flow applications with ease. The cracking pressure of 7 PSI ensures that the valve will open smoothly when the pressure exceeds this threshold, providing seamless fluid flow and preventing damage to the system.

Applications and Benefits

Whether you are working on a construction site, in a manufacturing facility, or in any other hydraulic system, the MCT-02A Check Valve offers numerous practical applications and benefits. Its stackable mounting type allows for easy installation and flexibility in system design. The MCT-02A is ideal for preventing backflow in hydraulic systems, ensuring the longevity and reliability of your equipment. By using this check valve, you can avoid costly repairs and downtime, while also improving the overall efficiency of your hydraulic system. With its robust construction and reliable performance, the MCT-02A is the perfect choice for professionals who demand the best in hydraulic components.