Window Motors and Rotation

[Ether]

Originally Posted by beiju

If your element has multiple positions, investigate sensors that are triggered by touch but allow the element to move past them (if something continues moving after triggering a limit switch, it bends and sometimes breaks the switch).

Just put a flexible extension on the limit switch lever.

[cgmv123]

Note that there are known compatibility issues with the Jaguars and Window motors. You can either remove the locking pins from the Window motors or use Victors or Spikes.

[JamesCH95]

Window motors are very small and not very powerful compared many other motors available to you. I really want to say only 20-40 watts, but I can't find the motor spec sheet off-hand.

We have controlled them using spikes instead of jaguars with no ill effect, they turn so slowly we haven't found the need for speed control in any of our applications.

[Al Skierkiewicz]

The KOP window motors stall at right around 20 amps and can be controlled by a Spike if speed control isn't a requirement. However, an ARA window motor might have a different stall current and may require something with greater current capabilities.

[Mr V]

Originally Posted by cgmv123

Note that there are known compatibility issues with the Jaguars and Window motors. You can either remove the locking pins from the Window motors or use Victors or Spikes.

Note the "locking pin" issue only applies to those motors that have locking pins like those supplied in previous years KOP. If you are using window motors from the ARA program that may not apply.

[the man]

These motors work great in applications where speed is not needed. They have a fair amount of torque.

[Alan Anderson]

They also work best in applications where they're not going to stall. They are designed with a thermal cutout that shuts them off for several seconds if they're asked to push against something that doesn't move.

[JamesCH95]

Originally Posted by Alan Anderson

They also work best in applications where they're not going to stall. They are designed with a thermal cutout that shuts them off for several seconds if they're asked to push against something that doesn't move.

In my experience it will take several minutes for the thermal cutout to reset, so plan on the motor being out of commission for at least the rest of the match.

[Mr V]

Originally Posted by Alan Anderson

They also work best in applications where they're not going to stall. They are designed with a thermal cutout that shuts them off for several seconds if they're asked to push against something that doesn't move.

Again that doesn't apply to all window motors get ones from an older Ford or GM that are almost CIM sized and there is no thermal protection built in.