Optimized, Scalable, Flexible Technology
The unique multi-function characteristics of the piezo valve series means that just one valve can be used for isolation and regulation – which with conventional valves would require several different devices. Piezo valves offer precise control in a relatively small package, making them ideal for a wide range of high-performance situations. For example, some of the most important applications of piezoelectric actuators include aerospace equipment, precision instrumentation and medical technology.
With Marotta’s advanced piezo valve actuator technology, you can control flow parameters in real time and adjust the orifice size to meet your desired flow and pressure. The responsive piezoelectric actuator and integrated pressure transducers deliver state-of-the-art proportional control in a compact and lightweight package.
Fill out the form below to download MFV200
Piezoelectric Actuator Design Advantages
- Multi-functional operation: isolation and regulation
- <0.5 millisecond operation
- <1 milliamp power draw
- Proportional control
- Flexible applications
- Integrated inlet/outlet pressure transducers
- Integrated poppet displacement sensor
- Minimal heat generation
- Pressures up to 10,000 psig
- High dynamic control
MFV020
The MFV020 is a unidirectional, piezo actuated direct acting 2-way proportional control valve with redundant sealing for all external leakage paths and is compatible with hypergolic fluids.
- GHe, NTO and MMH compatible
- Low power consumption
- Compact and lightweight
Fill out the form below to download MFV020
MFV200
The MFV200 piezo valve is capable of measuring and controlling inlet and outlet pressures as well as valve orifice size in real time, eliminating system instabilities and improving reliability.
- Compatible with inert gases
- High reliability
- Balanced poppet
Fill out the form below to download MFV200
MFV400
Electronic pressure regulators provide precise control to propellant feed systems and are designed to handle high operating pressures and are qualified for use in dynamic spacecraft and missile environments.
- Up to 10,000 psi
- Triple modular redundant
- Scalable operation