Instant Savings Prm2-063z11/15-12e12a : Argo Hytos D03 Proportional Directional Valve, 4gpm Nominal Flow, 5100psi, 3p4w, 12vdc Deutsch Coils, All Ports Blocked, No Onboard Electronics Save Big: 80% Off [BH6aFwt9]

Argo Hytos PRM2-063Z11/15-12E12A Proportional Directional Valve

The Argo Hytos PRM2-063Z11/15-12E12A is a cutting-edge proportional directional valve designed for precise control of hydraulic actuators. This valve stands out for its exceptional performance and versatility, making it an ideal choice for a wide range of applications. With its advanced features, it offers unparalleled control over the direction and speed of hydraulic systems.

• Continuous Modulation: The valve allows for continuous modulation of flow rate, ensuring precise control over hydraulic actuators.
• Direct Current Control: It can be directly controlled by a current control supply unit, providing efficient and reliable operation.

Technical Specifications and Features

The PRM2-063Z11/15-12E12A is built with the highest standards of quality and precision. It features a D03 subplate mounting interface, making it easy to integrate into various hydraulic systems. The valve is designed to handle high-pressure applications, with a maximum pressure rating of 5100psi. Key specifications include:

• Flow Rate: 4GPM nominal flow rate, ensuring efficient operation.
• Power Supply: 12VDC, compatible with a wide range of power sources.
• Connection Type: Deutsch coils for reliable and secure connections.

Practical Applications and Benefits

The Argo Hytos PRM2-063Z11/15-12E12A is a versatile tool that finds applications in numerous industries. Its ability to control both direction and speed of hydraulic actuators makes it ideal for:

• Automotive Industry: For precise control of hydraulic systems in vehicles.
• Construction Equipment: To optimize the performance of hydraulic machinery on construction sites.

With its advanced features and robust design, the PRM2-063Z11/15-12E12A is a reliable choice for professionals seeking top-notch performance and control in their hydraulic systems.