24 VDC 350W MOTOR, 11 TOOTH, 24" WIRE

High-performance 24 Vdc motor for electric scooters and bicycles, Schwinn, GT, Mongoose, Izip (Currie Technologies). Standard on other electrics as well. 350 watts. 2600 RPM. 22 Amps. 4" diameter x approximately 4" long. Three-hole mounting flange - 0.25" diameter holes on approx. 3.9"centers. 3/8" (8mm) diameter outer shaft, 10mm diameter inner shaft, equipped with an 11 tooth sprocket. 24" long lead.

Average Customer Review:

(9 Reviews)

Customer Comments

Average Customer Review:

(9 Reviews)

A customer from Ohio

#25 #35 bike

#25 chain is common in servo drive for industry and electric scooters. It is 1/4 pitch (1/4" long links) #35 is common on gocarts and maybe industry. Bicycle chain is usually either 1/8" or 3/32" wide with 1/2" long links (1/2 pitch).

A customer from Los Angeles

not #35

I don't have my chain yet, but I measure 1/4" spacing, not 3/8". I think the sprocket is for #25 chain. Also, as the description vaguely indicates, the shaft is 3/8", but then gets reduced to 10mm. If you have 3/8" bore sprockets like me, there isn't a lot of shaft to grab before the reduction to 10mm. Beware.

A customer from Wisconsin

Great motor

I put 4 of these on a go-kart to see if 1 on each wheel would work. It works great - I put amp meters on each wheel - On take off, they will peg the 50 amp meters for a couple of seconds, then settle down to about 10 amps once I'm up to 15 mph - thats over 50 amps for each motor - I am using a 300 amp alltrax controller tied to all 4 motors, with the laptop hooked up to the controller I'm getting readings of about 250-260 amps coming out of the controller - But they can get warm if over worked - I also have what I call magnetic braking. When I hit the brakes, I have relays that will dissconnect all power and tie each motor to itself (the same as crossing the two motor wires - red to black) - The motors will slow down very quickly - "Magnetic braking" - It is an on/off kind of thing. Also with the motors all tied together and one of them discconect from a wheel - I can push the kart and the motor that is not attached to a wheel will spin because the other 3 are generating power. I found this out accidentally after a chain came off a wheel and I was pushing it back in the garage with the power to the controller turned off. I have not tried them on a wind mill, but they will generate some power.

A customer from Okc., Ok

permanent magnet motor???

Is there any chance this is one of those permanent magnet motors that people are hooking propellers to and generating electricity with?????