RF-500TB-18280 DC6V 5600Rpm 32mm DC Brushed Motor For Induction Soap Dispenser

Technical Specifications

Motor Type:RF-500TB-18280

Voltage:3V-6V DC

Rated Volt:6V

Speed: 5600±100 RPM

Stall Torque:115 g.cm

Diameter: 32mm

Shaft Diameter:2 mm

Shaft Length:6.5±0.5mm (customizable)

Current (No Load): ≤45mA

Torque: 40mN·mNoise Level <45dB: Ideal for household and office environments.

Wide Temperature Range: Operates efficiently in -20°C to 70°C environments.

Extended Lifespan: Engineered for 5,000+ hours of continuous operation.

Weight: 40

RF-500TB DC Brushed Motor Paramter Reference

RF-500TB-18280 32mm DC Brushed Electric Motor Dimension

Notes:
1.Motor Body Length:17.5mm
2.Motor Output Shaft Length:L±0.5mm
3.Motor Output Shaft Diameter:2mm
4.Motor Diameter:32mm
5.Fixed Aperture:M2.5*0.45mm
6.Step Height: about 1.9mm
7.Step diameter: about 6.2mm
8.Distance between two fixed aperture:22±0.1mm

RF-500TB Motor – Ideal Solution for Induction Soap Dispensers

The RF-500TB motor is a compact and efficient motor designed for precision applications, making it an excellent choice for induction soap dispensers. With its low noise operation, high torque, and wide temperature range, this motor ensures reliable and user-friendly performance in both household and commercial settings.

Why Choose the RF-500TB Motor for Induction Soap Dispensers?

Low Noise Operation:

With a noise level of <45dB, the RF-500TB motor ensures quiet operation, making it ideal for household and office environments.

High Torque Output:

Delivers a stall torque of 115.0 g-cm (min.) and 40mN·m torque, providing sufficient power to dispense soap smoothly and consistently.

Compact and Customizable:

Dimensions: 32mm diameter with a 10.5mm shaft diameter and 10mm shaft length (customizable), making it easy to integrate into compact soap dispenser designs.

Wide Temperature Range:

Operates efficiently in temperatures ranging from -20°C to 70°C, ensuring reliable performance in various environments.

Energy Efficiency:Consumes ≤30mA current at no load, making it energy-efficient and suitable for battery-powered devices.