DAYTON 3M328 Gearmotor, Parallel, Single Output Shaft, TEFC, 14 RPM, 200 Inch Lbs. Max Torque

Dayton 3M328 AC gear motor is used in various applications that require controlled and precise rotational motion. Commonly found in conveyors, mixers, agitators, and similar equipment, it provides reliable and efficient power transmission. Its gear design ensures appropriate speed reduction and torque enhancement, making it suitable for tasks that demand controlled movement and consistent performance. It comes with a TEFC enclosure for enhanced safety and to prevent hazards. This gear motor features hardened steel enclosure and die cast aluminium gear case to resist corrosion on exposed surfaces.

Frequently Asked Questions:

Q. How do I maintain Dayton 3M328 gear motor?

A.

• Wipe motor's exterior with a clean cloth.
• Ensure ventilation openings are clear.
• Apply manufacturer-recommended lubricant to gears.
• Check for wear, damage, or loose parts.
• Seek expert assistance for internal maintenance.
• Refer to maintenance instructions provided.
• Store motor in a clean, dry place.
• Consider having a spare motor for emergencies.
• Follow proper ESD precautions if applicable.

Q. What factors should I consider while choosing a gearmotor?

A.

• Choose a gear ratio that matches your speed and torque requirements.
• Consider available mounting space and configuration.
• Ensure compatibility with your power source and voltage.
• Opt for a gearmotor with high efficiency to minimise energy consumption.
• Consider how frequently the gearmotor will be running and for how long.
• Account for factors like temperature, humidity and exposure to elements.

Q. What is the difference between Dayton AC gear motor and DC gear motor?

A. Dayton AC gear motors operate using alternating current, while Dayton DC gear motors run on direct current. AC gear motors involve more intricate control systems due to the nature of AC power, whereas DC gear motors offer simpler and more adaptable control options, allowing precise regulation of speed and direction. AC gear motors often require soft-start mechanisms to prevent abrupt torque surges during startup, whereas DC gear motors offer smoother and more controlled starting and stopping.