End Position Damping
In the case of end position damping, the kinetic energy is converted to heat energy. At a constant delay, the following applies:
| m
2 | v² | = A |
| m | = | moving mass | (kg) |
|---|---|---|---|
| v | = | Travel speed | [m/s] |
| A | = | Effective damping area | [m²] |
| p | = | Average damping pressure |
N m² |
| s | = | Damping distance | [m] |
this results in the average damping pressure:
p | = | m * v² 2 * A * s |
Contact
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-
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