RS-385 DC Motor 24V Mini Motor Large Torque Low Noise For Window Cleaning Robot

Product Specification

RS-385 DC Motor 24V Mini Motor Large Torque Low Noise For Window Cleaning Robot

RS-385 High Torque Low Noise Motor Technical Parameter

|- Model Number: RS-385
|- Shell  Size : Φ27.5* L 37.8 mm(Φ 1.09 inch * 1.49 inch)
|- Shaft : Φ2.3mm(0.09 inch), D shape, etc.
|- Shaft length:15±0.5mm Or free customization
|- Rated Output Power: 10.32W
|- Rated Voltage: DC 24V

|-No-load Speed:12500±10%RPM

|-Rated Current:1.5A max

|-No-load Current:150mA max
|- Stall Torque: up to 700 g.cm
|- Construction: Permanent Magnet
|- Commutation: Long-life time Carbon brush
|- Clockwise/counter-clockwise rotation :CCW

|-Noise Level:65 dB max

|-Screw Holes Size:2.6mm*0.45

|-Distance Between Screw Holes:16±0.15mm

RS385 Metal End Cover Motor For Window Cleaning Robot Drawing /Dimension

RS-385 DC Motor Application and Solution for Window Cleaning Robots

The RS-385 DC motor is a high-performance, low-noise, and large-torque mini motor designed to meet the demanding requirements of window cleaning robots. With its robust construction and advanced features, it provides an ideal solution for manufacturers aiming to address key pain points such as noise reduction, durability, and operational efficiency.

The RS-385 motor is specifically designed to address the challenges faced by window cleaning robot manufacturers, including noise, lifespan, and performance reliability. Below is how the RS-385 motor provides solutions to these pain points:

1. Noise Reduction for Enhanced User Experience

• Pain Point: High noise levels during operation can disrupt user comfort and limit the adoption of window cleaning robots in residential or office environments.

• Solution: The RS-385 motor features an optimized design with a maximum noise level of 65 dB, ensuring quiet operation. This makes it suitable for indoor use, providing a peaceful environment while maintaining cleaning efficiency.

2. Extended Lifespan for Reduced Maintenance

• Pain Point: Frequent motor failures or short lifespans increase maintenance costs and reduce customer satisfaction.

• Solution: The RS-385 motor is built with long-life carbon brush commutation and a robust permanent magnet construction, ensuring reliable performance over an extended period. This reduces the need for frequent replacements and lowers overall maintenance costs.

3. High Torque for Efficient Cleaning

• Pain Point: Insufficient torque can lead to poor cleaning performance, especially on heavily soiled or large windows.

• Solution: With a stall torque of up to 700 g·cm, the RS-385 motor delivers strong and consistent power, enabling the robot to handle tough cleaning tasks with ease. This ensures thorough cleaning across various surfaces and conditions.

4. Compact and Customizable Design for Easy Integration

• Pain Point: Bulky motors can limit the design flexibility of window cleaning robots, making them less compact or user-friendly.

• Solution: The RS-385 motor features a compact shell size (Φ27.5 * 37.8 mm) and customizable shaft length, allowing seamless integration into different robot designs. Its lightweight construction also contributes to the overall portability of the cleaning robot.

5. Energy Efficiency for Longer Operation Time

• Pain Point: High power consumption can drain batteries quickly, limiting the operational time of window cleaning robots.

• Solution: The RS-385 motor operates at a no-load current of 150mA max and a rated current of 1.5A max, ensuring energy-efficient performance. This extends the battery life of the robot, enabling longer cleaning sessions without frequent recharging.

Why Choose RS-385 Motor for Window Cleaning Robots?

• Quiet Operation: Noise levels below 65 dB ensure a peaceful cleaning experience.

• Durability: Long-life carbon brush commutation and robust construction enhance motor lifespan.

• High Torque: Up to 700 g·cm stall torque ensures efficient cleaning performance.

• Compact Design: Easy integration into various robot designs for improved portability.

• Energy Efficiency: Low power consumption extends battery life and operational time.