FREE SHIPPING on over ORDERS 100 USD.

  • New
CROSSOVER-RX MXL-RX62H Series
  • CROSSOVER-RX MXL-RX62H Series
  • CROSSOVER-RX MXL-RX62H Series
  • CROSSOVER-RX MXL-RX62H Series
  • CROSSOVER-RX MXL-RX62H Series

CROSSOVER-RX MXL-RX62H Series

$32.99

    MXL-RX62H Series Receivers/linear servos/Built-in brushed ESC/TELEM(option)/SR3X(option)/GYRO/mini RC model aircrafts

    MXL-RX62H Series is serial compatible receivers specially designed for mini RC model aircrafts. two linear servos are integrated on board, two independent ports for output., one output port for integrated brushed 3A speed controller, one signal port for brushed ESC.

CROSSOVER-RX MXL-RX62H Series

CROSSOVER-RX

$32.99
Type :
Do you need the GYRO function :
Do you need theTELEM function :
Do you need a Compiler :
Quantity :
Shipping
No product available!
Product available with different options

  Security policy

Pay with secure method

    MXL-RX62H Series is serial compatible receivers specially designed for mini RC model aircrafts. two linear servos are integrated on board, two independent ports for output., one output port  for integrated brushed 3A speed controller, one signal port for brushed ESC. 

Features:

Independent ports for connecting ESCs outside;

Size: 24.5*24*7.4mm (not including power leads);

Weight:3.5g (including power cables and antenna);

Working voltage: 3.5~5.0V;

With built-in 5A/1S brush ESC( Start lock function);

Integrated with SR3X 3-axis( three working mode: off, low sensitivity, high sensitivity)

Support TELEM function( voltage message returns to transmitter)(The TELEM function is only available on A2/D/F2)

Auto binding;

Supports online firmware updating;

Supports GUI set up;

Connection Diagram:

How to start the brushed onboard speed controller.

    The brushed speed controller is locked when the receiver is power connected, it would be started only when the throttle stick is at lowest position.
    When the throttle stick is checked at the lowest position by the receiver at first time, the red LED will flash one time indicating the brushed ESC is unlocked and can work.  If the brushed ESC still can’t be unlocked or started even the throttle stick is at the lowest position exactly, please check  on your transmitter and see if THR channel is reversed or the throttle range is not enough, in this case, please change THR set up and try again.

Start-lock function for the built-in brush ESC

    The start-lock function is for protecting the brush motor from being started by accident. According to this function, when the receiver is powered, the brush motor won’t been run according to the position change of the throttle stick. When the throttle stick keeps on the lowest position for 2 seconds or so(the LED light turns to dark for 2 seconds or so and then to bright), the start-lock will be unlocked and the motor will run as soon as the throttle stick is pushed upward.

Binding operation

    After powered and 10 seconds of no signal received, receiver will enter binding mode automatically (slow flashing LED light will turn to fast blinking), customer can do bind operation according to your own transmitter. The fast blinking LED will turn to slow flashing when the binding is successful, and then turn to solid bright when the signal is received.

Auto binding operation:

    It is a bit difficult to press the binding button when the receiver is installed inside the fuselage, in this case, we developed auto binding function. After the receiver is powered for 15 seconds and no signal still, the receiver will enter auto binding mode (the slow flashing LED light turns to fast blinking), customer can complete binding operation according to their own transmitter’s instruction.

TELEM function(The TELEM function is only available on A2/D/F2)

    TELEM function is useful on monitoring battery voltage, receiver working voltage and its signal strength as well as its working temperature in real time, through which customer can get working state of receiver and battery discharging state under control, so flying out of control range and over discharging will rarely happen ( for brushless motor rotation speed or flight height monitoring, customer needs to choose a more advanced receiver)
    NOTE: The effective control range of TELEM function depends on transmitter, it is possible that this would happen: the working range of the receiver is far more than TELEM function effective range, it is normal and alright!

SR3X 3-AXIS function (option)

    SR3X is a flight assistance system developed specially on fixed wing model airplanes. It can not only help the beginner control model airplane, but also help the senior pilots get better and stable flight attitude.
    SR3X 3-axis gets three working modes: shut off; low sensitive working mode, high sensitive working mode. Customer can set up CH5 on the 3-gear switch of the transmitter through which decides its working mode.
    The blue LED on MXL-62H-X-G is for indicating the working mode:

1) blue LED light is shut off indicates SR3X 3-axis is turned off.
2) Solid bright blue LED indicates low sensitive mode.
3) blinking LED indicates high sensitive mode.

M.BUS Interface

    M.BUS interface is a multi-function interface:

1) FW upgrade/Function setting interface;
2) Output channel signal;
3) Output SBUS signal;
4) Connect other sensors (under development);

  Note: It is forbidden to connect the battery to the receiver when the PC is connected to the M.BUS interface.

How to connect RX to GUI software(Download link: update.crossover-rx.com/mxo.zip)

    The user needs a USB programmer (USB MX-PG02, when used on MXL-RX62H-X , the switch on the programmer is set to the I position) before using the GUI software to configure the receiver function or upgrade the firmware. Connect one end of the USB programmer to the M.BUS port of the receiver, and the other end to the PC. After opening the GUI software, select the correct port, click "Connect", and then the various configurable function modules on the receiver will be loaded and displayed. The current setting information of the machine.

Parameters set up (by using Crossover-RX tool software)

1, Set up for different kinds of airplanes

Normal                    -> normal layout for airplanes

Single Power Wing-Normal   -> Single power Wings (use same-phase servo, for example: linear servo)

Single Power Wing- Reverse -> Single power Wings (use reverse-phase servo, such as rotation servo)

V-Tail-Normal           -> Single power V tail planes (use same-phase servo, such as linear servo)

V-Tail-Reverse             -> Single power V tail planes (use reverse-phase servo, such as rotation servos)

 

2, SR3X 3-Axis Set up:

SR3X Control Mode: OFF          -> SR3X Shut off;

SR3X SENSE-1 -> SR3X working on SR3X SENSE-1 mode;

SR3X SENSE-2 -> SR3X working on SR3X SENSE-2 mode;

AUX1 (CH5)   -> SR3X working mode is set up by AUX1 (CH5)

AUX1 (CH6)   -> SR3X working mode is set up by AUX1 (CH6)

AUX1 (CH7)   -> SR3X working mode is set up by AUX1 (CH7)

AUX1 (CH8)   -> SR3X working mode is set up by AUX1 (CH8)

 

      SR3X SENSE-1:Set up XYZ sensitivity degree under sensitivity mode 1, the range is 0-125 (when the sensitivity value of the axis is 0, you can turn off the axis)

      SR3X SENSE-2:Set up XYZ sensitivity degree under sensitivity mode 2, the range is 0-125 (when the sensitivity value of the axis is 0, you can turn off the axis)

      SR3X Mounting Type:Horizontal -> the receiver is installed on horizontal position on airplane.

                                      Flank     -> the receiver is installed on the flank of the airplane or on vertical position on the plane;

      X-AXIS DIR:Normal -> Indicating the X axis is adjusting servo surface in normal way;

                          Reverse -> Indicating the X axis is adjusting servo surface in reversed way

      Y-AXIS DIR:Normal -> Indicating the Y axis is adjusting servo surface in normal way                  

                         Reverse -> Indicating the Y axis is adjusting servo surface in reversed way 

      Z-AXIS DIR:Normal -> Indicating the GYRO on Z axis is adjusting servo surface in normal way

                         Reverse -> Indicating the GYRO on Z axis is adjusting servo surface in reversed way

 

3, Servos Cyde:Set up output signal circle of the servo. The signal circle range is 10~22ms. If the servo works overheating, or shaking, customer can increase the range or use a digital servo instead.

4, M-BUS.TX:Set up output signal of M-BUS.TX;

                     SBUS  -> port M-BUS.TX outputs SBUS signal;

                     SERVO -> port M-BUS.TX outputs PWM servo signal;

                     - -> Set up output channels;

                     Normal  -> indicating normal output;

                     Reverse  -> indicating reversed output;                                                                                                                                                 

5)Set up PORTX port output(no such port on the product, so you can’t do setup)

    -> Set up output channel;

    Normal -> indicating normal output;

    Reverse   -> indicating reversed output;

Shipment

    All items will be checked carefully before shipment.We will pack and ship the parcel with 5 day. ( There will be delay when holidays. )

    racking information is available within 1-4 days after shipment. We will ship via SF Express or FedEx & UPS. Usually, the shipping time is 7-45 business days. If you can't receive your item, please feel free to contact me for help.

Feedback

    If you are not satisfied with the items, please feel free to contact me for solution instead of leaving neutral or negative feedback, We will try our best to solve the problem.

    Please leave positive feedback and 5 stars if you are satisfied with our items and services.  :) Thank you

DECLARATION

1)The Ma-RX42 series RX are Not a copy or fake products of other companies;

2)MXO-RF and CROSSOVER-RX brand guaranteed its high quality and continuous technical service.

0 Items
This product has no reviews!