Motorline professional MX14 Owner's manual

v3.1 REV. 10/2023
NO
987654321
INHI
NC
8K2
0_SIG
+ OSE
- GND
+ PV
OPERATION/PROGRAMMING MANUAL EN
MX14
The MX14 is a emitter that communicates wirelessly with the MR14 receiver, up to 50m in the
open, powered by batteries or rechargeable batteries by solar panel.
Allows the connection of an 8k2 safety edge, optical sensor and dry contact safety device,
or the use of an accelerometer.
TECHNICAL CHARACTERISTICS
• Power supply .V AA batteries or .V AA rechargeable batteries
• Solar panel V mA monocrystalline
• Working frequency .MHz to .MHz
• Reach in open field m
• Dimension  x  x  (mm)
• Protection degree IP
INPUTS / OUTPUTS
ATTENTION: ALWAYS CHECK THE CORRECT ORIENTATION WHEN APPLYING THE BATTERY TO THE DEVICE.
Place the jumper in the position
indicated for the used battery
(BATT or SOLAR).
Battery Mode (BATT)
3.6V lithium-ion batteries
with category AA.
Solar Mode (SOLAR)
Rechargeable lithium-ion
batteries, powered by the solar
panel, with a rating of 3.7V with
category AA.
ENERGY
BATTERY DURATION:
 years in ECO mode;
In NORMAL mode the
use of a solar panel is
recommended.
1 2
ON
NO
987654321
INHI NC 8K2
GND
ANT
J1 J2
J1 J2
B AT T SOLAR
0_SIG + OSE - GND + PV
The accelerometer is not included in the kit.
The accelerometer (tilt sensor) allows you to measure the level of tilt and speed of your vibrations,
allowing you to detect obstacles during door or gate maneuvers.
To use this sensor, you must put Dipper2 to ON.
AUTOMATIC SENSOR PROGRAMMING:
1 • Press the PROG button for 5 seconds to enter the programming mode.
2 • Carry out opening and closing maneuvers.
3 • After closing, you can change the FORCE and/or TILT values by pressing the respective button as
many times as necessary until reaching the desired value (the level is identified by the number of
times the respective LED flashes).
4 • Press the PROG button again to exit the programming mode.
CHANGE THE SENSOR'S FORCE AND TILT VALUES:
1 • Press the PROG button once.
2 • Pressing the FORCE and/or TILT button as many times as necessary until reaching the desired value
(the level is identified by the number of times the respective LED flashes)
3 • Press the PROG button again to exit programming mode.
INSERT IN THIS
POSITION
ACCELEROMETER - Inclination Sensor
9 •
8 •
7 •
NO
COM
INHI
Input for dry contact safety devices
Common
NO input for inhibit signal
6 •
5 •
8K2/NC
8K2
Input for 8k2 resistive safety rubber.
NOTE • To use 8k2 Dipper 1 and 2 must be OFF. To use NC, Dipper 1 must be ON and Dipper 2
must be OFF.
4 •
3 •
O_SIG
+ OSE
Optical sensor signal
Optical sensor power supply
2 •
1 •
GND
+ PV Solar panel and optical sensor common Photovoltaic solar panel positive (max. 4V)
It is possible to invert the polarity of the auto test channel inputs through the MR14 pin headers.

JOIN → SEND SIGN
• BUTTON
> To erase or store on an MR14, press the button for 1.5 seconds.
• LED
> Flashes 5 times when stored on an MR14.
>Flashes 1 time when erased on an MR14
NOTE •Even if it is programmed on an MR14, the LED will remain off to save energy.
> When you start the device, the LED flashes once to indicate that it has power. If it is stored in an MR14,
the PROG LED will also flash.
PROG → AUTOMATIC PROGRAMMING OF FORCE AND TILT VALUES FOR ACCELEROMETER
OPERATION: This menu is used to automatically record the maximum values FORCE and TILT during the
movement of the gate.
• BUTTON
> Press button for 1,5 seconds to enter Programming Mode.
> When programming is complete, press once to confirm and exit this mode.
NOTE •If you press and release immediately, you will enter the programming mode to change only the
FORCE and TILT values, keeping the programming of the door.
WARNING •You can only enter Programming Mode if Dipper2 is ON (Accelerometer mode)
• LED
ON - Programming mode active
OFF - Inactive programming mode
FORCE→ DEFINITION OF FORCE / MAXIMUM SENSOR TILT SPEED 8 LEVELS
OPERATION: Whenever the force / speed of the incline is greater than the defined level, the device will
send a signal to the MR14.
• BUTTON
> Press PROG once
> Press FORCE the necessary times until you reach the desired level
> Press PROG once to exit programming mode
WARNING •You can only enter Programming Mode if Dipper2 is ON (Accelerometer mode)
• LED
> Each LED flash represents 1 power level.
Example: FORCE LED flashes 4 times, indicates the force/speed level is 4.
TILT→ SENSOR MAXIMUM ANGLE DEFINITION 8 LEVELS
OPERATION: Whenever the degree of inclination is higher than the defined level, the device will send
signal to the MR14.
Each level is approximately one degree (1st) of inclination.
• BUTTON
> Press PROG once
> Press FORCE as often as necessary until you reach the desired level
> Press PROG once to exit programming mode
WARNING •You can only enter Programming Mode if Dipper2 is ON (Accelerometer mode)
• LED
> Each LED flashing represents 1 level of the tilt angle.
Example: TILT LED flashes 4 times, indicating that the tilt level is 4.
FORCE TILT
PROG JOIN
FORCE TILT
PROG JOIN
FORCE TILT
PROG JOIN
FORCE TILT
PROG JOIN
BUTTONS AND LEDS
The dippers allow you to select the operation of the
MX14 with 8K2, NC, NO, OSE sensor or tilt sensor.
DIPPER
DIPPER  DIPPER 
• 8K2 OFF OFF
• NC ON OFF
• Accelerometer OFF ON
• Optical sensor ON ON
Rechargeable batteries may be dead if they are not used for some time. In this case, the first time they are used, it is
necessary to wait for the solar panel to recharge them.
RECHARGEABLE BATTERIES
Each MX14 can only be programmed into a one MR14

INSTALLATION MAP
Or
The MX14 and the solar panel can only be installed vertically.
Failure to comply with this indication can lead to water
infiltration, harmful to the components of the devices.
k safety edge
Solar panel
MX
DELETE EMITTER:
1 • Press the emitter's JOIN button until the transmitter's JOIN LED flashes once.
NOTE • To delete when there is no communication between devices (MR14):
1 • Press SEL button to select the position you want to delete.
2 • Press the JOIN button to open the selected position (the position LED will flash quickly).
3 • Press the JOIN button again to delete the emitter from that position.
4 • The position LED stops flashing and goes off, signaling the success of the operation.
1 • Unscrew and remove the cover.
2 • Unscrew and remove the control board.
3 • Drill a hole for the cables to pass, in the places indicated
for this purpose.
4 • Advice: Place the glands or rubbers.
The use of rubbers or glands is optional.
You can use any of the options, depending on the level of
waterproofing you want.
5 • Route the cables and make the connections.
6 • Place the control board in the box and tighten.
7 • Secure in the desired location.
8 • Put the cap on and tighten.
PRODUCT INSTALLATION
FLASHING 1   
FREQUENCY 868 MHz . MHz . MHz . MHz
CHANGE FREQUENCY:
You must use the same frequency on the MX14 that is programmed on the MR14 receiver.
Whenever there are other MX14 and MR14 connected to each other nearby, you must use other frequencies to prevent interference.
1 • Press the SEL and JOIN buttons at the same time until the JOIN led starts flashing.
2 • Press the JOIN button as many times as necessary until you reach the desired frequency.
3 • Press the SEL and JOIN buttons at the same time to save and exit.
The JOIN led indicates the selected frequency.

1 2 3
ON
LED1 LED2 LED3 LED4 LED5 LED6 LED7 LED8
JOIN SEL
1 2
ON
NO
987654321
INHI
NC
8K2
GND
ANT
B AT T
SOLAR
0_SIG
+ OSE
- GND
+ PV
RY24V G B
V+
R
G
B
RG
ENLELA +V24V
1 2
24V
1 32 4 5
ENLELA +V
1 32 4 5
24V YRGB
Check the manual for your control board to identify the entries corresponding to the one indicated in the diagram.
1 • LA → Safety edge input
2 • LE → Photocells input
3 • (not used)
4 • (not used)
5 • COM
1 •24V output (minimum → 100mA)
2 •COM
1 • 24V → 24V output
2 • (not used)
3 • R → 0V output - activated
during closing maneuvers
4 • G → 0V output - activated
during opening maneuvers
5 • B → 0V output - activated
during pause time
CONNECTION SCHEME
RGB light
Control board
MX1
Dry contact safety devices NO
Optical sensor
Signal inhibitor
• When closed (NC), the emitter will
ignore signals from inputs k NO/
NC and optical sensor.
k or NC resistive safety rubber
• To use, remove the resistance that comes
from the factory at inputs  and . Solar panel