KV1000 KV1400 KV2200 AA2212 2212 Brushless Motor 30A HW30A ESC Electronic Governor for RC Fixed Wing Plane Helicopter on переводится как: KV1000 KV1400 KV2200 AA2212 2212 Бесщеточный мотор 30A HW30A ESC Электронный регулятор для RC самолета на фиксированн

KV1000 KV1400 KV2200 AA2212 2212 Brushless Motor 30A HW30A ESC Electronic Governor for RC Fixed Wing Plane Helicopter on переводится как: Бесщеточный мотор Электронный регулятор для самолета на фиксированн

Standard configuration: motor * 1 bullet head paddle clip * 1 cross * 1 screw * 4

Dear, please note that this is not an ordinary DC, you can not directly connect the positive and negative poles of the battery or the positive and negative poles of the power supply, otherwise it will cause very serious consequences.
 
1000kv with 1060 9050 paddles
 
1400kv with 9050, 8040 and 8060 paddles --- front pull 3D stunt plane
 
7035 6030 paddle for 1750kv ------------- Push back training machine
 
2200kv with 6030 5030 paddles ------------- backward fighter
 
2700kv with 5030 paddles -------- push back high speed machine
 
 
Proposal for paddles of Xinxida 2212 under 2S 7.4V
 
The following data is for reference
 
1000kv with 1147 paddle
 
1400kv with 1060 9050 paddle
 
8060 8040 paddle for 1750kv
 
7035 paddle for 2200kv
 
6030 paddle for 2700kv
 
Use common sense:
Some players picked up the ESC and installed it directly on the plane. As a result, when they heard a beep, the motor did not rotate or the speed did not increase. The reasons are as follows:
 
The first time you use the ESC, you need to identify the maximum and minimum strokes of the remote control, as follows:
 
Connect the ESC to the motor ---- Connect the ESC cable to the receiver ---- Turn on the remote control and push the throttle to the highest point ---- Insert the ESC into the battery ----- --Listen to the sound ---- Music (123) ----- Beep (throttle of the highest point of the throttle) ---- Take the throttle stick to the lowest point after the second sound ----- Hear beep Three times ---- (throttle lowest point confirmation sound, 2S two sounds, 3S three sounds) ----- OK
 
The three lines of the brushless ESC can be connected arbitrarily. If the direction is not correct, just adjust any two of them.
 
1. A hidden motor shaft design is adopted to protect the motor shaft more effectively.
 
2. The new paddle seat design is adopted, the performance is more stable, and the disassembly is more convenient.
 
3. The 0.2mm iron core is adopted, the load temperature is lower, and the efficiency is improved.
 
Excellent workmanship, quality assurance, and high power saving efficiency. It can't be better as a three-axis, four-axis, and six-axis aircraft.

Product specification
1.1 Output capability: continuous current 30A, short-term current 40A (not less than 10 seconds);
1.2 Power input: 5.6V-12.6V (2-3 lithium battery packs or 5-10 nickel hydrogen / nickel cadmium battery packs);
1.3BEC output: linear voltage regulation mode, 2A
1.4 Maximum speed: 2 pole motor 210000 rpm, 6 pole motor 70000 rpm, 12 pole motor 35000 rpm
1.5 size: 45mm * 24mm * 11mm
1.6 Weight: 25g

Product Features

1. Safe power-on function: when the power is turned on, the motor will not be started immediately regardless of the position of the throttle rocker, to avoid personal injury;

2. Throttle stroke adjustment function: adapt to different remote control oil
The difference in door travel improves the linearity of the throttle response, with smooth and delicate speed control feel and first-class speed linearity;

3. Program setting items:
Brake setting: no brake / with brake, the factory default is no brake.
Battery type: Li-xx (lithium battery) / Ni-xx (nickel-cadmium or nickel-hydrogen), the default value is Li-xx (lithium battery).
Low voltage protection mode: reduce the power / turn off the output, the default value is to reduce the power.
Low voltage protection threshold: low / medium / high, the default value is medium cut-off voltage.
When the Li-xx battery is set to be used, the number of lithium batteries is automatically determined. The cut-off voltage of each battery under low / medium / high conditions is 2.6V, 2.85V, 3.1V.
When set to use Ni-xx batteries, the voltage of the battery pack is automatically detected when the ESC is powered on. The low / medium / high cut-off voltage is 0%, 45%, 60% of the input voltage at startup (0% means Do not do low-voltage protection)
Start mode: normal / soft / super soft start, the default is normal start.
Normal start is suitable for fixed wing, can start the motor quickly in 0.2 seconds
Soft start / super soft start is suitable for helicopters; the initial speed of soft start and super soft start is relatively low, it takes 1 second and 2 seconds respectively from start to full speed, but if the throttle is closed after start, it will start again within 3 seconds. They are all started in normal mode to avoid crashing due to slow response when doing some aerobatics.
Angle of advance: low / medium / high, the default is medium angle of advance.
In general, a low-advance angle can accommodate more motors, but to improve efficiency, it is recommended to use a low-advance angle for 2-pole motors and a medium-advance angle for motors with more than 6 poles. To increase the speed, you can set the advancing angle to a high advancing angle. After improving the angle settings, the test should be conducted on the ground before flying.
Restore factory default

 

4. Comprehensive protection function:
Undervoltage protection: set by the user through the program;
Overvoltage protection: The input voltage exceeds 18 volts and will not start, automatically protect, and emit a rapid "beep beep" warning tone;
Overheat protection: built-in temperature detection circuit, the ESC will automatically shut down when the MOS tube temperature is too high;
Remote control signal loss protection: the power is reduced after the remote control signal is lost for 1 second, and then the output is turned off if there is no remote control signal for 2 seconds;

Process characteristics

1 The input terminal of the power supply uses ** ultra-low impedance large-capacity electrolytic capacitors, which greatly improves anti-interference ability;
2 The output MOSFET power tube is equipped with an independent heat sink to reduce the temperature rise of the device and improve the system's large current working ability;
3 Adopt single chip microcomputer control;
4 The single-chip microcomputer uses an independent voltage regulator chip to avoid power supply interference caused by BEC load changes and improve the working stability of the single-chip microcomputer;