About this item The Spica K2DE is a series of 2-way, 2-position, solenoid-operated, direct-acting poppet cartridge valves designed for industrial hydraulic systems.Manufactured by Spica Hydraulics, these valves are primarily used for load-holding applications due to their extremely low leakage rate in the closed position. Feature Specification Valve Type 2-Way, 2-Position (2/2) Poppet Cartridge Operation…
The Spica 4DL06 (also referred to as Spika 4DL-06) is a 4-port, spool-type directional control valve featuring a CETOP 3 (NG06) interface. It is specifically designed for high-efficiency hydraulic applications where precise manual control of fluid direction is required.
The Spica 4DA06 is a heavy-duty, 4-way spool-type directional control valve designed for hydraulic systems where pneumatic pilot signals are used instead of electrical solenoids. It is built to the CETOP 3 (NG06) standard, ensuring it can be mounted directly onto any standard ISO 4401-03 manifold or subplate.
The Spica 4DE06 is an industrial-grade, solenoid-actuated directional control valve designed for high-performance hydraulic systems. It is commonly used to start, stop, and reverse the direction of fluid flow to hydraulic actuators like cylinders and motors.
The Spica 4DE10 is an industrial-grade, solenoid-actuated directional spool valve designed for high-performance hydraulic systems. It serves as an electromechanical switch, allowing users to control the flow direction of hydraulic fluid through electrical signals, which in turn manages the movement of cylinders or motors.
The Spica 4DP and 4DEP series are heavy-duty, pilot-operated directional control valves designed for high-flow hydraulic systems. These valves act as the primary control element for large cylinders or motors, using a two-stage design to handle high pressures and flow rates that would be too great for a direct-acting solenoid.
The Spica 4DP06 is a Hydraulic Pilot Operated Directional Control Valve tailored for systems that require high-force actuation without the use of electrical solenoids. It is commonly used in environments where electronic signals are impractical, hazardous, or where the machine already utilizes a separate hydraulic pilot circuit for control.
End of content
End of content