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Description
Replacement RPS motor for your Neato Robotics XV Series Robot Vacuums
6 months warranty
Must inverse polarity so the RPS spins the right way
This is a RobotShop endorsed product. RobotShop is not affiliated with Neato for the distribution of this product. This Neato XV RPS Motor is not meant for warranty replacement. Replacing parts on your robot will void any warranty still in effect with RobotShop and with the manufacturer. RobotShop recommends this part for post warranty replacement.
I just replaced the old LIDAR motor in one of my bots and it seems to working fine (apparently you need to switch the polarity, black wire on positive terminal). I wish they had all the other motors in the bots in stock (e.g. main brush motor, etc.)
D
Davinder
Semble fonctionner, actuellement en cours de test.
Je viens de remplacer l'ancien moteur LIDAR dans l'un de mes robots et il semble bien fonctionner (apparemment, vous devez changer la polarité, le fil noir sur la borne positive). Je souhaite qu'ils aient tous les autres moteurs des robots en stock (par exemple, le moteur de la brosse principale, etc.)
J
Janne
Tinkerer
Replaced the turret motor on my Botvac
J
Janne
Bricoleur
Remplacé le moteur de la tourelle sur mon Botvac
D
Ducky
Perfect replacement for Neato Botvac 80
PLEASE BE AWARE: The *original* motor was wired "backwards" with black wire going to positive ("+") from the factory! Negative is not marked, but if you can't figure out that it's the other one, perhaps you should stick to less technically challenging projects =). And, yes, it does not come with wires - You'll have to solder the old ones to the new motor. The replacement I ordered worked perfectly wired the same as the original (yeah, "backwards"). The symptom I had was a jittery lidar turret. It would intermittently try to spin a couple of times before giving up with a 3000 "My Vision is Blocked" message shortly after trying to start cleaning. Hooking up the the motor directly to 6v and it behave similarly (though a little better since it had no load), probably the DC brushes going bad. Was this motor designed to go in reverse? *shrug* Wonder if that could be the cause for these things to go bad in such numbers =)