DC motor EB1613383229 with encoder and gearbox, 6 V DC, 170 mA

The DC motor EB1613383229 with encoder and gearbox is a compact drive unit designed for precise speed and position control in small electromechanical systems. Rated for 6 V DC operation with a typical current draw of 170 mA, the motor integrates a rotary encoder for feedback and a gearbox to provide increased torque and lower output speed. Its compact form factor and combined functions simplify installation and reduce the need for separate components in robotics, automation modules, and miniature drivetrains.

Advantages

This motor combines a direct-drive DC motor, a reduction gearbox and an integrated encoder in a single package, reducing assembly complexity and system footprint. The 6 V supply and low nominal current enable use with small battery packs or low-power supplies. Integrated encoder feedback supports closed-loop control for repeatable positioning and smoother speed regulation. The gearbox increases output torque and improves load-handling capability while lowering RPM for applications that require slower, controlled movement.

Suitable for

• Small robotics and mobile platforms requiring position feedback
• Actuators in automation modules and laboratory instruments
• Miniature drivetrains for hobby and educational projects
• Prototyping and low-power mechatronic assemblies

Key specifications

• Nominal supply voltage: 6 V DC
• Typical current consumption: 170 mA (nominal)
• Integrated rotary encoder for position/speed feedback
• Reduction gearbox for increased torque and lower output speed
• Compact mechanical form factor suitable for small installations

How to use

Mount the motor securely to a stable chassis or bracket that matches the gearbox output shaft and mounting points. Provide a regulated 6 V DC supply capable of delivering the nominal current and any expected peak currents under load. Connect the encoder output to a controller or microcontroller input configured for incremental encoder signals, and implement appropriate filtering or debouncing in firmware if needed. Use motor driver circuitry suitable for DC motors with the expected voltage and current ratings, and include protection such as flyback diodes or active braking as required by the application.

Usage recommendations

Operate the motor within the rated 6 V supply and keep continuous current near the nominal 170 mA value to ensure long life and stable performance. Avoid prolonged stall conditions and excessive side loads on the gearbox output shaft. For optimal feedback accuracy, calibrate the encoder in the system and test under representative loads. When used on battery power, allow margin for voltage drop during peak current draws.