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Velocity Control of Spring Loaded Mechanisms

Springs provide motive force to a mass at the expense of continuously increasing velocity. Airpot damping develops an opposing force to limit this velocity to a desired value.

Application Examples

In laser equipment (as shown below), a push damp Airpot controls a mirror as it swings into position. The Airpot damping increases as the mirror approaches a stop, allowing rapid positive positioning without loud noise or impact damage.

In automatic mailing and addressing equipment it regulates the positioning mechanisms and feed roller pressure.

In spring loaded doors, x-y slides, and tape cartridge carriers it prevents damage on release.

velocity_control_spring_loaded

To View the Best Model's Data Sheet: In the chart below CHOOSE a Damping Direction and CLICK on a Model that offers a force equal to or greater than the MAXIMUM Force in your application.

FORCE CAPACITY GUIDELINES**

MODEL 2K56 2K95 2K160 2K240 2K325 2K444
BORE (inches) 0.22 0.366 0.627 0.945 1.281 1.75
PULL DAMPING DIRECTION lbs force
(Starting from fully retracted position)
0.5 1.4 4 9 17 30
PUSH DAMPING DIRECTION lbs force
(Starting from fully extended position)
0.35 1 3 7 13 24
**Note: Best performance for each model will be achieved at or below input forces shown above. Maximum force capability is higher and is based on % of available volume displaced.


more detail

Click here to learn more about Damping Direction.


Click here
to learn more about Force.

Click here to see specifications summary for all models.