Lone Wolf Series
The Lone Wolf miniature proportional valve is a thermally compensated 2-way normally open (NO) proportional valve designed to maintain accurate and repeatable flow over a wide range of media. With the highest performance characteristics of any NO proportional valve available on the market, the Lone Wolf miniature proportional valve is an ideal choice for medical devices and patient monitoring applications that require rapid response along with stable and accurate performance.
Features
- Provides rapid, stable performance to improve system accuracy
- Enhances system control and patient comfort
- Maintains ideal flow across numerous media types and its entire operating temperature range
- Proven performance tested to 100 million life cycles
- RoHS compliant
There's more than meets the eye
This valve option is not quite what you need? We happily customise every product exactly to your needs and to what your project or applications requires.
Alternatively have a look at our other valve options.
Similar products:
Valves – Proportional Valves – VSO MAX HP
- Low power consumption generates less heat
- Proven performance tested to 100 million life cycles
- Cleaned for Oxygen use per ISO 15001
Valves – Proportional Valves – VSO Low Pro
- Delivers consistent performance on every valve
- Reach, RoHS, ISO 15001, IP65, and CE compliant
Valves – Proportional Valves – VSO
- Cleaned for Oxygen and Analytical Service use
- Proven performance tested to 100 million life cycles
- RoHS compliant
Valves – Proportional Valves – MD PRO
- Provides repeatable flow performance over its rated life
- Proven performance tested to 10 million life cycles
- Available Oxygen and Analytical Service use clean
Valves – Proportional Valves – Lone Wolf
- Enhances system control and patient comfort
- RoHS compliant
- Proven performance tested to 100 million life cycles
Valves – Proportional Valves – LM PRO
- Low power consumption: Typical operation under 2 Watts
- Face mount porting and optional integrated filter simplifies integration and reduces manifold complexity