Difference between revisions of "Miniature Valves"
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[[File:Miniature valve.jpg|thumb|right|Miniature Valves]] | |||
[[File:Miniature valve1.gif|thumb|right|Miniature Valves]] | |||
'''Miniature Valves''' are ideal for applications where space is at a premium but still require high flow, low power and have challenging pressure requirements.Some applications are very sensitive to the size and power constraints on their systems. Miniature valves fit easily into a small area. They also measure or dispense small amounts of material. Miniature valves are used in a wide range of medical instrumentation including dialysis machines, and applications like glue dispensing or chromatography use fast miniature valves with high flow. | |||
* | |||
* | ==Advantages== | ||
* | * extremely compact 10 and 15mm designs | ||
* high flow rate | |||
* low power consumption | |||
* high cycling rates up to 2,000 cpm | |||
* long life in excess of 100 million cycles | |||
* optional manifold sub bases | |||
Latest revision as of 02:46, 16 January 2013
Miniature Valves are ideal for applications where space is at a premium but still require high flow, low power and have challenging pressure requirements.Some applications are very sensitive to the size and power constraints on their systems. Miniature valves fit easily into a small area. They also measure or dispense small amounts of material. Miniature valves are used in a wide range of medical instrumentation including dialysis machines, and applications like glue dispensing or chromatography use fast miniature valves with high flow.
Advantages
- extremely compact 10 and 15mm designs
- high flow rate
- low power consumption
- high cycling rates up to 2,000 cpm
- long life in excess of 100 million cycles
- optional manifold sub bases