This brushed DC Premium Planetary Gear Motor has all-metal gears and a 4mm D-shaft to drive your project. You can use its M2 threaded holes to fasten it to your project with M2 screws. You can also utilize its 22mm gearbox diameter with 22mm bore clamping mounts to implement it into your project. Tech Tips: The pulse amplitude of the encoder’s output square wave signal is dependent on the voltage you supply the sensor. For example, if you provide 5V to Sensor Voltage +, then Channels A & B will have a pulse amplitude of 5V. The encoder connector is a standard female header row with a 2.54 mm (0.1”) pitch. It is compatible with jumper wires, solderless breadboards, and other standard header row pins. Gear train damage can occur if stalled (locked). Downloads DE3 Magnetic Encoder Use Parameter 26 rpm Premium Planetary Gear Motor Spec Sheet 32 rpm Premium Planetary Gear Motor Spec Sheet 38 rpm Premium Planetary Gear Motor Spec Sheet 44 rpm Premium Planetary Gear Motor Spec Sheet 52 rpm Premium Planetary Gear Motor Spec Sheet 116 rpm Premium Planetary Gear Motor Spec Sheet 142 rpm Premium Planetary Gear Motor Spec Sheet 195 rpm Premium Planetary Gear Motor Spec Sheet 280 rpm Premium Planetary Gear Motor Spec Sheet 350 rpm Premium Planetary Gear Motor Spec Sheet 416 rpm Premium Planetary Gear Motor Spec Sheet 520 rpm Premium Planetary Gear Motor Spec Sheet 624 rpm Premium Planetary Gear Motor Spec Sheet 730 rpm Premium Planetary Gear Motor Spec Sheet 2,737 rpm Premium Planetary Gear Motor Spec Sheet Specs Output Shaft Style D-shaft Motor Type Brushed DC Output Shaft Support Dual Ball Bearings Gear Material Metal Voltage (Nominal) 12V Voltage Range (Recommended) 3V - 12V Current (No Load @ 12VDC) 0.21A Current (Stall @ 12VDC) 4.9A Gearbox Style Planetary Connector Type 6-pin Female Header Row (0.1", 2.54mm Pitch) Encoder: Cycles Per Revolution (Motor Shaft) 3 Encoder Type Relative, Quadrature Encoder Sensor Type Magnetic (Hall Effect) Encoder Sensor Input Voltage Range 2.4 - 26V Encoder Sensor Output Pulse Amplitude ~= Sensor Input Voltage
