· Operating Range: 3-12VDC
· Torque @ Max Efficiency: 127 oz-in.@12VDC
· Torque @ Stall: 368 oz-in.@12VDC
· Gear train damage can occur if stalled (locked)
· .240” (6mm) Diameter Shaft
· No load current: 45mA
· No load current @ Max Efficiency: 95mA (12V)
· No load speed: 10 RPM
· No load speed @ Max Efficiency: 7.96 RPM
· Gear ratio: 300:1
· Motor size: 1.30"Dia. x 1.015"L
· Gear size: 1.45"Dia. x .985"L
· Shaft size: 0.24" (6mm) Dia. x 0.715"L
· Weight: 0.2813 lbs. (4.5 oz.)
· DC reversible motors
· Solder type terminal
· High torque construction
· Oil bearing design for long service life
· Insulation resistance: 10 MOhm
· Dielectric Strength: 300VDC

Stall Torque is the torque which is produced by a motor when the output rotational speed is zero, it may also mean the torque load that causes the output rotational speed of a motor to become zero - ie to cause stalling.
Electric motors continue to provide torque when stalled. However, electric motors left in a stalled condition are prone to overheating and possible damage since the current flowing is maximum under these conditions.

Gearmotor Accessories

Click on the picture for further information.

Shaft Hubs

Mounting Screws

Motor Mounts

Power Supplies

Controller Options

Click on the picture for further information.

Proportionally varying the speed of your gearmotor is very easy. A digital speed control can precisely vary the speed of your gearmotor both forward and reverse when coupled with one of the five servo controllers shown below.

Wireless Control

Dial Control

Computer Control

Recordable Control

Joystick Control

Power Switch

If you are simply needing to operate your gearmtor from a switch, click on the picture of the switch at the right.

Gears

Gearmotor End Cap

Sprockets & Chain

Control Arms

Wheels

* Stalling this gearmotor could cause gear damage.

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ServoCity is a registered trademark of Robotzone, LLC.