BY30XYT Series DC Brush Motor

Notice: Data in this typical specification sheet are for other certain customer. Voltage, rated torque, speed, current, power and shaft extension feature & dimension can be changed to meet customer specific requirement.

We offer customization services for voltage, electrical performance, and circuit design. Additionally, we can customize components such as shafts, installation flanges, lead wires, high - temperature ratings, and drives. If you have any other specific requirements, please feel free to get in touch with our sales engineers.

Consumer Electronics and Home Appliances

1. Personal Care Tools
   • Electric Shavers and Hair Trimmers: Small - power DC brushed motors (e.g., 370 motor) provide stable rotational speeds to meet the high - frequency vibration requirements of blades.
   • Hair Dryers and Beauty Devices: Speed control is achieved through voltage adjustment, which is suitable for low - cost design requirements.
2. Home Appliances
   • Vacuum Cleaners and Robotic Vacuum Cleaners: High - power motors (e.g., RS775) drive the roller brushes and suction fans, balancing suction power and cost.
   • Washing Machines and Electric Fans: Multi - speed operation is realized through speed regulation. For example, the forward and reverse rotation control of washing machines.
3. Toys and Models
   • Remote - Controlled Cars, Planes, and Boats: Micro - brushed motors (e.g., 130 motor) serve as power sources, meeting the demand for short - term high rotational speeds.
   • Smart Toys: For example, the joint drives of bionic robots rely on their low - cost and easy - maintenance features.

Automotive and Transportation

1. On - board Auxiliary Systems
   • Power Windows, Seat Adjustments, and Windshield Wipers: Small - sized brushed motors (e.g., permanent - magnet type) achieve precise displacement control through reduction gears.
   • Cooling Fans and Fuel Pumps: High - temperature - resistant motors are suitable for the engine compartment environment. For example, the high - speed heat - dissipation requirements of cooling fans.
2. Starting Systems of Traditional Fuel - powered Vehicles
   • Starter Motors: High - power brushed motors (e.g., series - wound type) output high torque in a short time to drive the engine's crankshaft to start.
3. Low - speed Electric Vehicles
   • Electric Bicycles and Mobility Scooters for the Elderly: Brushed motors (e.g., hub motors) are cost - effective and suitable for low - range, short - distance commuting scenarios.

Industrial and Automation Equipment

1. Production Line Drives
   • Conveyor Belts and Lifting Platforms: Medium - power brushed motors (e.g., ZYT series) cooperate with reducers to achieve stable power transmission.
   • CNC Machine Tools and 3D Printers: Precise machining is achieved through speed control. For example, the auxiliary drive of stepper motors.
2. Power Tools
   • Electric Drills, Circular Saws, and Angle Grinders: High - speed brushed motors (e.g., RS550) provide high rotational speeds to meet the cutting and drilling requirements.
   • Small - sized Pump Equipment: For example, agricultural irrigation pumps rely on their simple structure and moisture - resistant features.
3. Automation Control
   • Valve Actuators and Robot Arm Joints: Position control is achieved through PWM speed regulation, which is suitable for the anti - interference requirements of industrial environments.

Medical and Aerospace

1. Medical Equipment
   • Electric Wheelchairs and Operating Tables: Low - noise brushed motors (e.g., coreless motors) provide smooth power while considering patient comfort.
   • Medical Aspirators and Nebulizers: Micro - motors are suitable for portable designs. For example, 12V DC motors are used in automatic disinfection equipment.
2. Special Scenarios in Aerospace
   • Satellite Deployment Mechanisms and Short - term Operating Equipment: Although the brushes wear more rapidly in a vacuum environment, through material improvements (e.g., adding molybdenum disulfide), it can still meet the one - time deployment requirements.
   • Auxiliary Drive Systems: For example, the capture lock drive of the cargo spacecraft docking mechanism relies on its mature and reliable control technology.

Emerging and Special Applications

1. Robots and Drones
   • Educational Robots and Small - sized Service Robots: Low - cost brushed motors (e.g., N20 geared motors) are used for joint drives, which are suitable for programming teaching scenarios.
   • Tethered Drones: In environments with strong electromagnetic interference, the photon - driven brushed motor system is powered by optical fibers to enhance anti - interference capabilities.
2. Smart Home
   • Smart Door Locks and Curtain Motors: Micro - brushed motors (e.g., 37mm geared motors) achieve low - power automatic control. For example, the unlocking action of fingerprint door locks.