Description
The XTI540-Y sensored brushless motor for 1/10th car model is a series of motors specifically designed to meet different application requirements. This series of motors comes in a rich variety of models, ranging from 3.5T to 25.5T. Each model is equipped with detailed electrical and physical parameters to ensure that users can select the most suitable motor for their applications. In addition, we also provide additional information about the motor type, shaft size, sensing type, overall dimensions, and weight to help users better understand and integrate this motor.
Performance Parameters
The XTI540-Y sensored brushless motor for 1/10th car model covers multiple models from 3.5T to 25.5T, meeting different power and rotational speed requirements.
Power (Watts): The motor has a wide power range, from 80W (25.5T model) to 600W (3.5T model). As the model number increases, the power gradually decreases, meeting various applications from low power to high power.
Voltage: Smaller models (such as 3.5T) support a 1S voltage configuration, while starting from the 4.0T model, most models support a voltage range of 12S or 13S, providing more flexible power supply options and adapting to different voltage environments.
Maximum Current (MAX Amps): The maximum current range is from 24A (25.5T model) to 130A (3.5T model), ensuring that the motor can operate stably even under high loads.
Rotational Speed (KV(RPM/V)): The rotational speed range is from 1650 RPM/V (25.5T model) to 9250 RPM/V (3.5T model). As the model number increases, the rotational speed gradually decreases, meeting various application requirements from low speed to high speed.
Structural Features
Motor Type: The Inrunner design, where the rotor is located inside the stator, is suitable for application scenarios that require high torque and low rotational speed.
Shaft Size: The outer diameter of the shaft is Φ3.175mm, and the extended length is 15mm, which is suitable for various connection and installation requirements, making it convenient for users to integrate and debug.
Sensing Type: The Sensorless design allows the motor to run without external sensors, simplifying the control system and reducing costs and complexity.
Dimensions and Weight: The overall dimensions of the motor are Φ36x50mm, which is compact and easy to integrate.
Application Fields
The XTI540-Y sensored brushless motor for 1/10th car model is widely used in various scenarios that require precise control of rotational speed and torque, such as drones, robots, automated equipment, power tools, etc. Its rich selection of models and performance parameters enables users to select the most suitable motor model according to specific application requirements.
Precautions
Safe Use: When using the motor, please ensure that the power supply voltage matches the rated voltage of the motor to avoid damage to the motor caused by overvoltage or overcurrent.
Proper Operation: When installing and removing the motor, please be sure to disconnect the power supply to avoid the risk of electric shock. Please select the appropriate connection method and installation location according to the requirements in the motor specification sheet to ensure the stable operation of the motor.
Maintenance:Regularly check the operating status and connection components of the motor. If there are any abnormalities, please replace or repair them in a timely manner.Please keep the motor clean and dry to prevent dust and moisture from entering the inside of the motor.
If you are interested in the XTI540-Y sensored brushless motor for 1/10th car model, or if you need more detailed information about the product, please feel free to contact us. We look forward to providing you with high-quality products and services to meet your needs. Whether in automation, robotics, or other scenarios with high-performance requirements, the X-TEAM motor can provide stable and reliable power output. For more information or to order a BLDC motor, you can contact us in the following ways:
Tel: +86-769-85228181
Email: chris@x-teamrc.com
Model | Watts | Voltage | MAX Amps | Rotor Poles | Io(7.4V) | Resistance | Turns | Rotor | KV(RPM/V) | Weight | Shaft | TYPE |
3.5T | 600W | 1S | 130A | 2 | 8.5A | 0.0026 | 3.5T | Φ12.5xΦ5 | 9250 | 158g | Φ3.175mm | MODIFIED |
4.0T | 530W | 1~2S | 115A | 2 | 7.2A | 0.0034 | 4.0T | Φ12.5xΦ5 | 8500 | 158g | Φ3.175mm | MODIFIED |
4.5T | 490W | 1~2S | 108A | 2 | 6.5A | 0.0042 | 4.5T | Φ12.5xΦ5 | 7800 | 158g | Φ3.175mm | MODIFIED |
5.0T | 450W | 1~2S | 104A | 2 | 6.2A | 0.0056 | 5.0T | Φ12.5xΦ5 | 7200 | 158g | Φ3.175mm | MODIFIED |
5.5T | 430W | 1~2S | 100A | 2 | 5.5A | 0.0061 | 5.5T | Φ12.5xΦ5 | 6650 | 158g | Φ3.175mm | MODIFIED |
6.0T | 410W | 1~2S | 96A | 2 | 4.2A | 0.0075 | 6.0T | Φ12.5xΦ5 | 6200 | 158g | Φ3.175mm | MODIFIED |
6.5T | 390W | 1~2S | 94A | 2 | 3.9A | 0.0087 | 6.5T | Φ12.5xΦ5 | 5520 | 158g | Φ3.175mm | MODIFIED |
7.5T | 360W | 1~2S | 86A | 2 | 3.2A | 0.0104 | 7.5T | Φ12.5xΦ5 | 4850 | 158g | Φ3.175mm | MODIFIED |
8.5T | 340W | 1~3S | 80A | 2 | 2.8A | 0.0138 | 8.5T | Φ12.5xΦ5 | 4250 | 158g | Φ3.175mm | MODIFIED |
9.5T | 290W | 1~3S | 70A | 2 | 2.5A | 0.0165 | 9.5T | Φ12.5xΦ5 | 3800 | 158g | Φ3.175mm | MODIFIED |
10.5T | 250W | 2~3S | 63A | 2 | 3.7A | 0.0198 | 10.5T | Φ12.5xΦ7.2 | 4300 | 160g | Φ3.175mm | SPEC |
13.5T | 190W | 2~3S | 49A | 2 | 2.9A | 0.0323 | 13.5T | Φ12.5xΦ7.2 | 3450 | 160g | Φ3.175mm | SPEC |
17.5T | 130W | 2~3S | 34A | 2 | 2.2A | 0.0495 | 17.5T | Φ12.5xΦ7.2 | 2650 | 160g | Φ3.175mm | SPEC |
21.5T | 100W | 2~3S | 28A | 2 | 1.7A | 0.0780 | 21.5T | Φ12.5xΦ7.2 | 2200 | 160g | Φ3.175mm | SPEC |
25.5T | 80W | 2~3S | 24A | 2 | 0.8A | 0.1015 | 25.5T | Φ12.5xΦ7.2 | 1650 | 160g | Φ3.175mm | SPEC |
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