Question |
Answer |
|
| 1. | How do these alternative options compare to a pyrovalve’s size and weight? | |
| 2. | What latching pressures are offered with the mechanical valve? | |
| 3. | How do the response times of your solutions differ from pyrovalves? | |
| 4. | How should I decide between using the passive or non-passive solution? | |
| 5. | Are there any concerns that the mechanical valve could latch open prematurely? | |
| 6. | How do you reset the passive valves? | |
| 7. | How does your solenoid valve integrate into typical fluidic systems? | |
| 8. | Can the solenoid valve meet rideshare vibration and leakage requirements for space applications? | |
| 9. | What is the rated service life of these valves? | |
| 10. | How do you verify your leakage claims? | |
| 11. | How do the costs of these two options compare with typical pyrovalves? | |
| 12. | Can these valves be cleaned for space applications? | |
| 13. | How much flow are these valves good for? | |
| 14. | ||
| 15. |
Always verify flow calculations by experiment.
*There are many parameters to consider when determining V-Factor. Click here for more information.