Compliant with CETOP 3 (NG6) standards, two-position directional control valves combine precision and performance, providing an ideal solution for compact industrial hydraulic systems. Electrically controlled coil types are in stock, as well as hydraulic, pneumatic and manual control types.
Two-position directional control valves in the CETOP 3 (NG6) standard provide high precision and reliability in directing hydraulic fluids. These valves are frequently preferred especially in industrial applications and adapt to various system requirements thanks to their modular structure.
The CETOP 3 standard guarantees both the installation compatibility and the interoperability of these valves with international standards. Two-position valves are generally used for simple on-off or two-way flow control functions. Their compact design provides high performance in small volumes and these valves are often preferred in low-flow systems where precision is critical.
CETOP 3 (NG6) two-position valves offer a reliable solution in fluid control, while reducing maintenance costs with their long-lasting structures. Offering various center structures (e.g. open center, closed center), these valves allow you to choose the most suitable operating scenario for your system. You can get support from our technical team to determine the solution suitable for your applications.
General Technical Specifications:
Some sample products (selected at random):
Two-position valves are mostly single coil, spring return. However, there are also specially manufactured valves for special applications. Double coil, air pilot, etc. Please contact your Hidroteknik sales engineer for the selection of the valve suitable for your system.
Standard Circuit Diagrams
The circuit diagrams below are the standard types of two-position CETOP hydraulic valves. We would like to point out that there may be different types other than the circuit diagrams below. As Hidroteknik, we can offer our valued customers products that are capable of providing all the conditions required for the transfer of hydraulic fluid.