Don't trust yourself to keep on top of all of the unbelievable deals at American Science & Surplus?
Sign up for our regular emails full of special deals and events and you'll never miss another one.
Bonus! Our copy is nothing short of a hoot! (If we don't say so ourselves.)
Not here before?
Sign Up.
Lost your password?
These small timing motors draw 3W and are just under 2" dia x approx 3/4" thick with mounting wings that have (3) 1/8" holes. You pick: the 11VAC motor that spins 1 rpm CCW with a 3/4" long shaft with an attached 3/4" dia x 1/4" thick 16-tooth gear, 24-pitch and 20-degree pressure angle; or the 24VAC motor that spins 1 rpm CW and has an 8-tooth, 5/16" dia x 11/32" plastic gear, 32-pitch and 20-degree pressure angle.
These small timing motors draw 3W and are just under 2" dia x approx 3/4" thick with mounting wings that have (3) 1/8" holes. You pick: the 11VAC motor that spins 1 rpm CCW with a 3/4" long shaft with an attached 3/4" dia x 1/4" thick 16-tooth gear, 24-pitch and 20-degree pressure angle; or the 24VAC motor that spins 1 rpm CW and has an 8-tooth, 5/16" dia x 11/32" plastic gear, 32-pitch and 20-degree pressure angle.
These are really geared reduction motors, but much smaller and of lower power. Often used to operate cams and switches in electrical circuits, or to drive displays, they can generally be operated in continuous applications if not heavily loaded. Most are about 2" dia. x 1-1/2" thick. You'll need a way of supplying 230VAC.
These are really geared reduction motors, but much smaller and of lower power. Often used to operate cams and switches in electrical circuits, or to drive displays, they can generally be operated in continuous applications if not heavily loaded. Most are about 2" dia. x 1-1/2" thick. You'll need a way of supplying 230VAC.
Showing 1–2 of 2 results