Ma-RX62HE 7 Channel Micro Receiver with 7A ESC

Ma-RX62HE 7 Channel Sub-Micro receiver built-in 7A brushless ESC +TELEM

Ma-RX62HE- series receivers are a micro sized 7 channel receiver with built-in 7A 2S brushless ESCs. It features 6 independent micro JST-SH servo ports. Also a unique auto-binding system that is very user friendly. These are compatible with many readily available rotary and linear digital servos with micro JST-SH 1.00mm pitch connectors. These receivers also have two pads on the pcb that can be bridged with solder to allow one channel to drive two servos (aileron). They also support Telemetry back to the transmitter. 

1) Size:24.0*16.0*6.5mm (not including antenna)   

2) Weight:1.85g (not including power cables and motor connectors) 

3) Working voltage:7.4~11.1V

4) Built-in 7A/2S or 5A/3S brushless  ESC

5) Optimized Auto binding program (DSMX/2)

6) Built-in DCDC buck circuit(2.2A/3.9V)

7) TELEM function: battery voltage, receiver voltage, signal strength, unit temperature

8) Servo connectors: Micro JST-SH 1.00mm pitch

Auto binding:  

The receiver will enter the binding mode automatically after power is applied and it doesn’t receive a transmitter signal for 15 seconds. This is indicated by the slow flashing blue LED light changing to a rapid flash. The receiver is now in the binding mode, complete the binding operation according to your transmitter’s binding instructions.

Throttle range:

Throttle range calibration is easy, simply startup the receiver with the TX at maximum throttle, this establishes the max throttle, and then pull the throttle back which establishes the minimum throttle. Calibration is now complete. You may need to lower your throttle trim all of the way down for the ESC to sense zero throttle.

TELEM function:

The TELEM function monitors battery voltage, receiver working voltage, signal strength, as well as working temperature in real time. 

NOTE: The effective control range of the TELEM function depends on the transmitter, it is quite often that the working range of the receiver is far more than TELEM function effective range.