370 Motor 12 Volt DC Vibration Motor 6000RPM High Torque Vibrating Electric Motor

370 motor 12 Volt DC Vibration Motor 6000RPM High Torque Vibrating Electric Motor

The 370 12V DC Vibration Motor is a high-performance vibrating motor designed for applications requiring high torque and strong vibrations. It consists of an RF-370/RK-370 mini motor paired with an eccentric rotating wheel. When powered, the motor’s output shaft drives the eccentric wheel, generating powerful vibrations.

Key Specifications

• Dimensions:

  • Total Length: 46mm (1.8 inches).

  • Body Size: 24.2mm × 30mm (1 × 1.2 inches, D×H).

  • Vibration Wheel Size: 24mm × 17mm × 5mm (0.9 × 0.7 × 0.2 inches, L×W×H).

• Thread Size: M3 for easy mounting.

• Operating Voltage:1V-36V

• Rated Voltage: DC 6V (operates efficiently at 12V for higher performance).

• No-load Speed:2500RPM-10000RPM

370 Motor 12 Volt DC Vibration Motor Dimension

Miniature Vibrating Motors: Applications & Features

Miniature vibrating motors are versatile components used across a wide array of products and industries. They are commonly found in tools, scanners, instruments, control sticks, and massagers. These motors also serve critical functions such as:

• Alert Systems: Providing vibration alerts in devices like mobile phones and alarms.
• Power Sources: Driving motion in robotics and automated systems.
• Material Handling: Preventing material buildup in hoppers, feeders, and similar equipment.

Key Features of Miniature Vibrating Motors

1. Metal Vibration Head:

   • Corrosion & Rust Resistance: Ensures durability in harsh environments.

   • Stable Transmission Ratio: Delivers consistent performance.

   • Heat Resistance & Low Noise: Operates efficiently with minimal sound.

2. High-Quality Components:

   • Pure Copper Coil: Offers excellent electrical conductivity, wear resistance, and high-temperature stability, ensuring consistent rotational speed.

   • Durable Carbon Brushes: Designed for longevity, resistant to burning and rust.

Usage Notes

1. Secure Installation: Vibration can cause components to loosen over time. Ensure all parts of the equipment are firmly installed to maintain stability.

2. Voltage & Temperature Control: Some motors increase vibration speed with higher voltage. Monitor temperature rise to prevent motor damage due to overheating.