A2212 6T 2200KV Datasheet

The A2212 6T 2200KV Datasheet is a crucial resource for anyone involved in building or modifying drones, RC airplanes, or other electrically powered model vehicles. It provides detailed technical specifications about a specific type of brushless DC motor, helping users understand its capabilities and limitations to ensure optimal performance and avoid potential damage. Understanding the information contained within the A2212 6T 2200KV Datasheet is critical for making informed decisions about motor selection, power system design, and propeller matching.

Decoding the A2212 6T 2200KV Datasheet

The “A2212 6T 2200KV” designation itself holds key information. “A2212” refers to the motor’s physical dimensions – approximately 22mm in diameter and 12mm in height. “6T” indicates the number of wire turns on the stator, influencing the motor’s torque and speed characteristics. Finally, “2200KV” is the Kv rating, a critical parameter that defines the motor’s speed in RPM (revolutions per minute) per volt applied. Higher Kv values mean higher speeds at a given voltage, but generally lower torque. Choosing the correct Kv is vital for matching the motor to the intended application.

Datasheets typically contain a wealth of additional information beyond the basic designation. This might include:

• Operating Voltage Range: The safe voltage range for powering the motor. Exceeding this range can damage the motor.
• Maximum Current Draw: The maximum amount of current the motor can safely draw. This is crucial for selecting an appropriate ESC (Electronic Speed Controller).
• Thrust Data: Charts or tables showing the thrust produced by the motor with different propeller sizes and voltages.
• Weight: The motor’s weight, essential for calculating the overall weight of the vehicle and its impact on flight performance.
• Shaft Diameter: Specifies the diameter of the motor shaft, important for selecting compatible propellers.

The data presented in the A2212 6T 2200KV Datasheet is invaluable during the design phase. For example, if you’re building a drone, you’d use the datasheet’s thrust data to determine the appropriate propeller size to achieve the desired lift. You’d also use the maximum current draw specification to select an ESC with sufficient capacity to handle the motor’s demands. Ignoring the datasheet’s recommendations can lead to inefficient performance, overheating, or even complete motor failure. The following table provides a simple illustration:

Ready to harness the full potential of your A2212 6T 2200KV motor? Consult the original A2212 6T 2200KV Datasheet for accurate and comprehensive specifications. Your projects will thank you for it!