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  1. Parts
  2. /Actuators
  3. /Motor Drivers

Geared DC Motor with Magnetic Encoder Outputs - 7 VDC 1:20 Ratio

OverviewPinoutWiringRelated groups
Geared DC Motor with Magnetic Encoder Outputs - 7 VDC 1:20 Ratio — Adafruit — 4416

The first step in a robotics project is to get a motor spinning. Once you've done that, you quickly learn that not all motors go the same speed, even if they are the same part number! There are always variations that relate to voltage, environment, and manufacturing changes.

Offers

  • Adafruit$13.50
  • ?DigiKey$13.50

Offers

  • Adafruit$13.50
  • ?DigiKey$13.50

Pinout

  • Red wire / M+

    Motor drive lead. Adafruit says to apply 7 V DC nominal to the red (M+) and green (M-) wires; these connect to a motor driver and can be PWM driven through an H-bridge.

    Type · powerVoltage · 7 V DC nominal motor drive, source-backed by Adafruit product page
  • Green wire / M-

    Motor drive return lead. Adafruit identifies the green wire as M- for the motor driver/H-bridge connection.

    Type · powerVoltage · 7 V DC nominal motor drive, source-backed by Adafruit product page
  • Black wire / GND

    Encoder electronics ground. Adafruit says to connect the black wire to the microcontroller ground pin.

    Type · groundVoltage · 0 V reference for encoder electronics
  • Blue wire / VCC

    Encoder electronics supply. Adafruit says to connect the blue wire to 3-5 VDC.

    Type · powerVoltage · 3-5 VDC, source-backed by Adafruit product page
  • White wire / Hall output

    Hall-effect encoder output. Adafruit says the hall effect outputs are on the white and yellow wires.

Start wiring

7 V DC nominal motor drive, source-backed by Adafruit product page · 0 V reference for encoder electronics

Verify supply voltage and logic levels before powering up.

Module pins: Red wire / M+, Green wire / M-, Blue wire / VCC, Black wire / GND, White wire / Hall output, Yellow wire / Hall output. Schematik maps them to your board in the app.

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Type · signalVoltage · Logic-level encoder output powered from the blue 3-5 VDC supply
  • Yellow wire / Hall output

    Hall-effect encoder output. Adafruit says the hall effect outputs are on the white and yellow wires.

    Type · signalVoltage · Logic-level encoder output powered from the blue 3-5 VDC supply
  • PinPositionTypeFunctionVoltage
    Red wire / M+powerMotor drive lead. Adafruit says to apply 7 V DC nominal to the red (M+) and green (M-) wires; these connect to a motor driver and can be PWM driven through an H-bridge.7 V DC nominal motor drive, source-backed by Adafruit product page
    Green wire / M-powerMotor drive return lead. Adafruit identifies the green wire as M- for the motor driver/H-bridge connection.7 V DC nominal motor drive, source-backed by Adafruit product page
    Black wire / GNDgroundEncoder electronics ground. Adafruit says to connect the black wire to the microcontroller ground pin.0 V reference for encoder electronics
    Blue wire / VCCpowerEncoder electronics supply. Adafruit says to connect the blue wire to 3-5 VDC.3-5 VDC, source-backed by Adafruit product page
    White wire / Hall outputsignalHall-effect encoder output. Adafruit says the hall effect outputs are on the white and yellow wires.Logic-level encoder output powered from the blue 3-5 VDC supply
    Yellow wire / Hall outputsignalHall-effect encoder output. Adafruit says the hall effect outputs are on the white and yellow wires.Logic-level encoder output powered from the blue 3-5 VDC supply