Zero-leak directional solenoid valves

Aug. 11, 2011
The D03 Series of zero-leak directional valves are for use with most hydraulic pumps to maintain pressure for very long periods without replenishing the pressure supply, preventing the hydraulic supply from consuming energy or generating heat

The D03 Series of zero-leak directional valves are for use with most hydraulic pumps to maintain pressure for very long periods without replenishing the pressure supply, preventing the hydraulic supply from consuming energy or generating heat.

The poppet-style three and four-way directional-control valves are solenoid actuated and suited for applications with pressures up to 5,000 psi (340 bar), where pressure and flow are intermittent. They mount to standard valve subplates, and their 1.93-in. (49-mm) width allows for mounting multiple valves on standard 2.0-in. (50.8-mm) centers.

The valves consist of 7075-T651 extruded aluminum bar bodies and hardened and ground-steel poppets and seats. O-ring seals and backup rings are polyurethane and PTFE. The valve’s nominal flow rate of 3.0 gpm (11.4 lpm) makes them compatible with most standard industrial-grade hydraulic fluids. They operate at –65 to 225°F (–54 to 104°C).

Interface Devices Inc.
230 Depot Rd.
Milford, CT 06460
(800) 539-0193
www.interfacedevices.com

© 2011 Penton Media, Inc.

Sponsored Recommendations

Aug. 15, 2025
This latest creation isn’t just highly sensitive and dexterous, it's robust enough to survive impacts previous designs couldn't — all while integrating high-speed sensor networks...
Aug. 15, 2025
From plug-and-play to custom solutions, discover high-precision spur and planetary gearheads, as well as screw drives that perfectly match maxon electric motors with respect to...
Aug. 15, 2025
Take a peek inside the design journey of a dual-rotor drone suitable for confined-space inspection in industries such as sewer management, hydro power plants, oil & gas, and chemical...
Aug. 15, 2025
Explore extended capabilities for applications that demand a compact footprint and low weight, including a rigid speed-torque characteristic that optimizes control for precision...

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!