Description
The 6050 50KV outrunner brushless motor for Robot Arm is an out – runner motor crafted for high – performance devices. It not only has a small size and a compact structure but also offers outstanding performance, capable of meeting the power needs of various equipment. By applying advanced design and manufacturing techniques, this motor achieves high power density, low noise, and a longer service life, making it suitable for a wide range of high – efficiency devices.
Performance Parameters
Model: 6050 – 50KV
Rated Voltage: 24V DC
KV Value: 49KV ± 5%
No – load Speed: 1207±5%rpm
No – load Current: Up to 0.55A
Rated Speed: 940rpm
Rated Input Current: 8A
Rated Output Power: 200W
Rated Output Torque: 1.6N·m
Maximum Current: 22A
Maximum Torque: 5N·m
Inductance: 0.22 – 0.55 mH (LP – Q 1.0kHz)
Terminal Resistance: 220±5% mΩ
Three – phase Resistance Difference: ≤10mΩ
Structural Features
High Efficiency: The brushless design boosts the motor’s power output while keeping energy consumption at a low level.
Precision Manufacturing: High – precision processing is used to ensure stable motor operation and reduce noise.
Outrunner Structure: This design makes the motor more compact, facilitating installation and use.
Multiple Interfaces: It provides a variety of interfaces, allowing users to customize and integrate the motor according to their needs.
Application Fields
Drones and Model Aircraft: It supplies strong power for various aerial photography and racing drones.
Power Tools: Such as electric screwdrivers and drills, it offers high torque and high efficiency.
Industrial Automation: It is suitable for automated equipment that requires precise control and efficient operation.
Other High – performance Equipment: Like electric scooters and bicycles, it provides reliable power.
Precautions
Voltage Matching: The motor operates within a voltage range of 0 – 24V DC. Avoid using voltages that are too high or too low.
Working Environment: The suitable working environment has a temperature range of – 20°C to 80°C and a humidity range of 40% – 85%. Keep it away from humid or corrosive environments.
Heat Dissipation: The motor generates heat during high – load operation. Ensure there is sufficient heat dissipation.
Correct Installation: Align the motor shaft with the flange holes during installation to prevent damage caused by improper installation.
Avoid Impact: Handle the motor with care during transportation to avoid collisions.
Storage: Store the motor in a dry and ventilated place to prevent moisture and chemical corrosion.
If you are interested in the 6050 50KV outrunner brushless motor for Robot Arm or need more product information, please feel free to contact us. We are dedicated to providing you with high – quality products and services to meet your requirements. Whether in the fields of automation, robotics, or other high – performance applications, X – TEAM motors can offer reliable power support. If you have any questions or need to place an order, you can contact us through the following channels:
Telephone: +86 – 769 – 85228181
Email: chris@x – teamrc.com
1. General The specifications are applicable to Lidinglong motor models 6050-50KV outrunner brushless
2. Operating condition
| Item | Specification | Condition remark | |
| 2-1 | Use voltage range | 0~24V DC | |
| 2-2 | Use temperature range | -20 ~ +80°C | No icing, no condensation, no moisture condensation, no chemical corrosion |
| 2-3 | Use humidity range | 40% ~ 85%RH | No moisture condensation, no chemical corrosion |
3. Measuring condition
| Item | Specification | Condition remark | |
| 3-1 | Temperature | +5 ~ +35°C | Tested at normal temperature and humidity, if there is any doubt about the results, the test data at 20 ± 3 °C shall prevail |
| 3-2 | Humidity | (65±20%)RH | |
| 3-3 | Test voltage | 10V | DC |
| 3-4 | Test drive board | Motor tester | Skrc motor tester |
| 3-5 | Position | Axial vertically downward | |
- Mechanical specification
| Item | Specification | Condition remark | |
| 4-1 | Dimensions | Refer to the dimension drawing | Please refer to the outline drawing of the motor for details. |
| 4-2 | Weight | <1166g | Only for products confirmed in this specification |
| 4-3 | Appearance and color | Black | Visual inspection |
| 4-4 | Hall line definition | Black | Please refer to the outline drawing of the motor for details. |
| 4-5 | Motor wire length | None | Please refer to the outline drawing of the motor for details. |
| 4-6 | Motor shaft diameter length | Diameter 8.0mm length 40.8mm | Please refer to the outline drawing of the motor for details. |
| 4-7 | Motor mounting hole | 4-M4 pitch 60mm | |
5. Performance and characteristic
| Item | Specification | Condition remark | |
| 5-1 | Stator and rotor structure | 18N20P | |
| 5-2 | Rated voltage | 24V | DC |
| 5-3 | KV value | 49KV±5% | Test under DC24V voltage, use a motor tester to test |
| 5-4 | No-load speed | 1207±5%rpm | Test under DC24V voltage, use a motor tester to test |
| 5-5 | No-load voltage | 24V | Data for reference |
| 5-6 | No-load current | 0.55A Max | Test under DC24V voltage, use a motor tester to test |
| 5-7 | Rated speed | 940rpm | Data for reference |
| 5-8 | Rated input current | 8A | Data for reference |
| 5-9 | Rated output power | 200W | Data for reference |
| 5-10 | Rated output torque | 1.6N.M | Data for reference |
| 5-11 | Maximum current | 22A | Data for reference |
| 5-12 | Maximum torque | 5N.M | Data for reference |
| 5-13 | Inductance | 0.22-0.55 mH | LP-Q 1.0kHz |
| 5-14 | Terminal resistance | 220±5 % mΩ | |
| 5-15 | Three-phase resistance difference | ≤10mΩ | Three-phase internal resistance difference |
*Note: All test data are measured by our test environment and test instruments. When the test environment and test instruments change, the test results will have certain deviations. When there is any disagreement, our company’s test environment and test instruments shall prevail.
6. Simulated performance curve reference chart, analog voltage 24V
7. Precautions for use
7-1:The motor should be carefully and gently placed during transportation and handling to avoid damage to the motor body and performance caused by collision and knocking.
7-2: The motor should be stored at room temperature and humidity (25 ℃, 65% RH) ventilation environment, to prevent moisture, and chemical corrosion (Note: more than 6 months, the internal spindle will oxidation rust for normal phenomenon.
In the case that it does not affect the performance, it is still regarded as qualified products)
7-3: Don’t block the shaft often after the power is connected. Welding should be done within 5 seconds to avoid damaging the terminals or wires.
8. Product packaging standards
8-1: The motor is labeled with a nameplate on the outside, indicating the name of the motor and the relevant number and other information;
8-2: neatly arranged trays of products are stacked in the packaging box;
8-3: The total number of each box:
8-4: Seal the outer box with sealing tape: and paste the relevant information on the outer box as requested by the customer for shipment:
9. Remark
9-1: This specification is for engineering sample confirmation. Large-scale production will be performed according to this sample confirmation standard. After the sample confirmation, please make sure to sign and return it.
9-2: If the sample is not signed and returned within 3 working days after the sample is confirmed, the sample will be confirmed by default when the order is placed by the user.
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