All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(63392 products available)
Ready to Ship
Axl-motor3814-299
The Axl-motor3814-299 is a brushless DC motor designed with versatility and power in mind. With a nominal voltage of 24V and a maximum speed of 9600 RPM, it is suitable for a wide range of applications, including drones and robotics. Weighing about 0.45 kg, its compact size allows easy integration into tight spaces. The motor can handle currents up to 15A and delivers a peak power output of 360W. With a shaft diameter of 5 mm, this motor connects seamlessly with various mechanical components.
Axl-motor2630-299
The Axl-motor2630-299 is another powerful brushless DC motor, designed to excel in high-performance scenarios. It operates at a nominal voltage of 24V and can achieve a maximum speed of 6000 RPM. Weighing 0.38 kg, it is lightweight and easy to handle. The motor can deliver peak currents up to 12A and offers a peak power output of 280W. With a 5 mm shaft diameter, it is compatible with a variety of equipment and tools.
Axl-motor3708-299
Compact and highly efficient, the Axl-motor3708-299 brushless DC motor operates at a nominal voltage of 24V with a maximum speed of 7200 RPM. It weighs about 0.5 kg and can handle currents up to 10A. The motor's peak power output is 200W, making it ideal for applications requiring quick bursts of power. Its shaft diameter measures 5 mm, ensuring compatibility with a wide array of devices.
Axl-motor1950-299
A powerful addition to the range, the Axl-motor1950-299 brushless motor runs on a 24V nominal voltage. Capable of reaching speeds up to 12000 RPM, it offers a high level of performance. With a weight of 0.6 kg, this motor is designed to be durable and robust. It can carry peak currents up to 15A and delivers a peak power output of 450W, suitable for demanding industrial applications. Its shaft diameter is also 5 mm.
Electric Scooters and Bikes
These motors are popular in electric bikes and scooters because of their power. They help these bikes and scooters go faster and farther without needing to be charged often. AXL motors are small and light, so they don't make the bikes heavy, and they fit well inside the design of the bikes.
Tools That Work with Batteries
Cordless tools like drills or saws use AXL motors. The AXL motor gives these tools the strength to drill holes and saw wood easily. Being brushless means they work longer before the battery runs out, which is great for people who use them often.
Fans and AC Systems
In homes and offices, fans and air conditioners use AXL motors to make the air move. The AXL motor helps the fans spin fast and cool the room or the area where it's used. This keeps it working well and reduces how much power it needs to cool places down.
Conveyors and Machines in Factories
These motors are widely used for moving items on belts, known as conveyors, in many factories. They enable the belts to move items from one area to another. Another advantage is that they help all sorts of machines finish work quickly. Since these motors are strong yet small, they fit and run the big machines and tools found in all types of manufacturing.
Robotic Systems
Robots make use of AXL motors so that parts of the robots can move. These motors enable the robots to grasp, roll, and perform their various functions. Brushless motors are preferred in this area because their longevity and silence are critical when robots are fully or partially employed in work alongside humans.
Commercial Trucks and Automotive Systems
In vehicles, especially electric or hybrid functioning ones, AXL motors power the wheels and other vital systems. They aid the vehicles in going smoothly, conserving energy, and handling well. As automobiles get smarter, AXL motors are needed for the different electronic parts.
Axl-motor3814-299
Max Speed: 9600 RPM/Peak current: 15A/Power: 360W/Weight: 0.45 kg/24V Brushless DC Motor.
Axl-motor2630-299
Max Speed: 6000 RPM/Peak current: 12A/Power: 280W/Weight: 0.38 kg/24V Brushless DC Motor.
Axl-motor3708-299
Max Speed: 7200 RPM/Peak current: 10A/Power: 200W/Weight: 0.5 kg/24V Brushless DC Motor.
Axl-motor1950-299
Max Speed: 12000 RPM/Peak current: 15A/Power: 450W/Weight: 0.6 kg/24V Brushless DC Motor.
Cable connections and power system
The next step is to connect the motor to the battery or power source. Most cars with an AXL motor will have cables that are already attached to the battery and controls. The battery has to give the motor power so it can start working. Users need to connect the red wire to the positive side of the battery and the black wire to the negative side.
Mounting the motor
Once the motor is received, the buying party should first find the small plate that holds the back wheel and the motor in place. The motor should then be mounted to the motor bracket or mount. This means users have to put the motor onto a frame that keeps it steady. For cars, this bracket is already built into the frame. It is crucial for the wheels to remain in good contact with the ground to allow proper driving of the vehicle.
Wheel installation
If using a hub motor, users will have to attach the back wheel to the motor. The motor will then turn the wheel to make it move. For regular motors, the user will have to put a belt or chain from the motor to the back wheel. This will connect the motor power to the wheel.
Routine checks
Axl-motors should be checked daily or before each use to ensure they are in good working condition. Users should inspect the motor for obvious problems like breaks, cracks, or anything loose. Make sure all parts are connected tightly. Look at the wires that connect to the battery. Check to see if there are any spots where the cords are all worn out because of rubbing against things or getting too old.
Battery health
Since batteries give power to the Axl-motor, they should be taken care of. During use, make sure the battery doesn't get too hot or too cold. If it feels that way, let it rest for a bit. Try not to leave the battery in super-hot or cold places like a car under the sun or outside at night. The heat and cold can make it not work right.
Listen for unusual sounds
Sometimes, the Axl-motor works great. Other times, it might make funny sounds when it is driving. If the motor is making loud or strange noises, this could mean something is wrong. Sounds like grinding, banging, or knocking are not normal. These means the motor has to be looked at. No more using it until checking what is wrong. Further using it could cause more harm and make it not safe.
Lubrication
Lubrication is key because it helps all the small moving parts work better together smoothly. When the motor is turning on and off, the small partsinside each one are moving around really fast. If there is no oil on those parts, they can scrape against each other, causing damage over time. In addition, dust and dirt get inside the motor, especially in places like factories with a lot of particles floating around in the air. This debris gets stuck on the moving components, preventing them from being able to slide past one another easily.
Using proper brakes
Scooters and bikes that use AXL motors should have good braking systems so stopping is always safe. Make sure the brakes work before each ride. If the motor helps the back wheel spin, then the brakes should easily stop the wheel from turning when needed. Check for brake wires connected to the motor. They help the brakes talk to the motor to stop it well.
Heat management
AXL electric motors generate heat, especially during high-demand situations. Users should look for machines featuring effective cooling systems, such as fans or heat sinks, to avoid overheating. Operating the machine in well-ventilated conditions can also aid in heat dissipation.
RPM monitoring
Excessive rotational speeds can damage the motor and attached components. AXL motors have to be monitored, and users need to ensure their machines do not exceed the stated RPM limits. Installing a tachometer can help track motor speed.
Load management
Hub motors can also get stressed if they carry too much weight over extended periods. It is important to ensure that the vehicle or device does not consistently exceed the motor's load-carrying capacity. Choosing the right motor size for the job will prevent overloading.
Battery safety
If the AXL motor is used with a battery, users should always use approved chargers and handle the battery properly. Never puncture or expose the battery to extreme heat. Regularly check the battery for any signs of swelling or damage and replace it if needed.
Material monitoring
Axl motors can be employed for a long time when activity is carried out with materials of good quality. It gives users the option to choose components that will tolerate wear and tear for as long as possible. Always assess the situation periodically to be sure parts haven't degraded to the extent where they can cause malfunctioning. When this is done, replace them when necessary.
Emergency stop feature
Many electric vehicles and tools have a way to turn off power quickly when something goes wrong. This prevents further damage. Users should ensure their machine has an emergency stop button. If they do not have one, they should get a tool or make their own stop button that is easy to reach. This helps power off the AXL motor right away for safety.
A1.A hub motor is mostly found in electric bikes and scooters. It helps the bike drive better by making it easier to go up hills and carry more weight. It is also found to be helpful for towing or carrying heavy things on electric scooters.
A2.Hub motors are located in the wheel. Motors use brushes to help power things by using electricity. But after a certain period, they need maintenance because the brushes wear down. On the other hand, hub motors don't have brushes, so they work longer without needing a checkup.
A3.Luckily, replacing a hub motor is possible if it stops working. The motor is usually located inside the wheel, so taking the wheel off makes it easy to swap in a new motor. Some bikes have the motor built into the back wheel, so replacing the whole wheel is needed.
A4.A hub motor is different from other motors because it is built right into the wheel. It makes the whole wheel turn to move the vehicle. This motor doesn't use a belt or chain like other motors that transfer power to the wheels. Instead, it directly powers one of the two wheels by placing the motor in the hub, which is the part that connects the wheel to the bike frame.
