· Operating Range: 3-12VDC
· Torque @ Max Efficiency: 619 oz-in.@12VDC
· Torque @ Stall: 2,995.2 oz-in.@12VDC
- Stall Current: 0.5A @ 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: 0.5 RPM
· No load speed @ Max Efficiency: .59 RPM
· Gear ratio: 3000:1
· Motor size: 1.30"Dia. x 1.03"L
· Gear size: 1.45"Dia. x 1.23"L
· Shaft size: 0.24" (6mm) Dia. x 0.715"L
· Weight: 0.3063 lbs. (4.9 oz.)
· DC reversible motors
· Solder type terminal
· High torque construction
· Oil bearing design for long service life
· Insulation resistance: 10 MOhm
· Dielectric Strength: 300VDC
2,995* oz-in. (12VDC)
0.5 RPM (12VDC)
* Stalling this gearmotor could cause gear damage.
Click on the picture for further information.
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.
If you are simply needing to operate your gearmotor from a switch, click on the picture of the switch (right).
Gearmotor End Cap
Sprockets & Chain
The Precision Digital Speed Controller (left) will allow you to control your gearmotor with a servo controller (options shown below). This combination will allow you to precisely vary the speed of your gearmotor both forward and reverse.
The Digital Manual Speed Controller (left) provides proportional forward and reverse control of your gearmotor. Simply supply 6-16V to the controller and plug in your gearmotor. The speed and direction are controlled by the knob.
6mm Diameter Shaft
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