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9. Safety devices intervention
The intervention of the safety devices changes accordingly the function setting of the control unit. In particular:
DIP POSITION:
Automation in opening : the intervention of the photocell is ignored.
ON
OFF
Automation in closing : the intervention of the photocell stops and inverses the movement of the automation.
2 3
4
DIP
DIP POSITION:
ON
ON
OFF
OFF
2 3
4
DIP
2 3
4
DIP
10. Erase all transmitters codes from the memory
In order to erase all transmitters codes from the memory, it will be enough to follow this procedure:
1. Take off the power supply from the control unit.
2. Press and keep pressed the "RADIO LEARN" button.
3. Power the control unit.
4. The control unit emits a long beep followed by two short beeps.
5. At this stage release the "RADIO LEARN" button, after few s the control unit emits two short beeps. At this stage the memory has been erased.
11. Troubleshooting guide
PROBLEM
1) The green led "power on" does not lights on.
2) The buttons of the transmitter do not have any effect in
the control unit.
3) Pressing the "A" button of the transmitter the automation
closes.
4) Pressing the "B" button of the transmitter the automation
opens.
5) The led "photo" is not lit.
6) The led stop" is turned off.
7) It is not possible to enter into the learning phase.
Power supply voltage in motors management board (terminals 1-2)
Absorption
Photocells power supply (clamps 6, 7)
Motors outputs (clamps 3, 4, 7=>26)
Courtesy light output (clamps 15, 16)
Operating temperature
Courtesy light time
Available reception
Maximum range (with tuned aerial and under optimal conditions)
Recordable Codes
Automation in opening: the intervention of the photocell is ignored.
ON
OFF
Automation in closing : the intervention of the photocell stops the movement of the automation.
2 3
4
DIP
• The control unit is not powered.
• The fuse is damaged.
• The transmitter has not been learnt.
• The transmitter is not compliant with the control unit.
• The battery of the transmitter is flat.
• The motor wiring has been performed in a wrong way.
• The motor wiring has been performed in a wrong way.
• The photocell is under alarm because of an obstacle.
• The input photo has not been jumpered.
• The button used for the stop is a normally open contact.
• The input is not jumpered in case the stop button is not
used.
• The automation is not still.
TECHNICAL DATA R10-CRX
CAUSE
•Check the wiring and power the control unit.
• Check the functioning of the fuse with a tester and replace
with another one with the same features (6.3A 250V).
• Execute the learning of the transmitter (see chap.6).
• Check that the transmitter is a SUN 433MHz.
• Replace the battery of the transmitter.
• Wire again the motor inversing the clamps of the interested
motor.
• Wire again the motor inversing the clamps of the interested
motor.
• Take off the obstacle..
• Jumper the inputs 2 and 5 if the photocell is not used.
• Check the button type and in case replace it.
• Jumper the inputs 1 and 2 in case that the stop button is
not used.
• Give a stop impulse and try again.
230 Vac ±15% 50/60 Hz (ABJ0015) - 120 Vac ±15% 60 Hz (ABJ0016)
5 W MAX - 20 mA
24 Vdc 3 W MAX
230 Vac - 1000 W MAX
230 Vac - 500 W MAX
-10°C ÷ +55°C
3 minutes
Fixed Code SUN - 433,92 MHz
40 ÷ 60 m (433 MHz)
1024
23
SOLUTIONS
G
B
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