moovo MD432KM Instructions Et Avertissements Pour L'installation Et L'utilisation page 21

of MD432KM".
2 Affix a label on the door containing at least the following data: type of
automated system, name and address of the manufacturer (responsible
for "commissioning"), serial number, year of manufacture and "CE" mark.
3 Prepare the declaration of conformity and hand it to the owner of the
automation; to this aim, Annex 2 "EC declaration of conformity" can be
used.
4 Prepare the user guide and hand it to the owner of the automation: for
example, the USER GUIDE annex can be used for this purpose.
5 Prepare the maintenance schedule and hand it to the owner of the
automation: it must include the maintenance instructions relevant to all
the devices in the automation.
6 Permanently attach a label or sign explaining the operations for
unlocking the door and moving it manually (use the figures contained in
the USER GUIDE annex).
7 Before commissioning the automation, ensure that the owner is properly
informed of all attendant risks and hazards.
STEP 11
STEP 11
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S2 PHOTO
STOP
PHOTO
START
STOP
S1 EDGE
START
1 EDGE
With the control unit on (if its protection is not activated), the
yellow "Set" LED flashes briefly and, if everything is properly
connected, the red "S1 Edge", "Stop" and "S2 Photo" LEDs
light up to signal that the three safety contacts are closed circuits.
The yellow "Set" LED is exclusively reserved for programming.
11.1 INPUT LED STATUS INDICATIONS
S1 EDGE RED LED:
- lit steady if the S1 Edge contact (terminals 9-10) is closed
- off if the S1 Edge contact (terminals 9-10) is open
RED START LED:
- lit steady if the Start contact (terminals 7-8) is closed
- off if the Start contact (terminals 7-8) is open
When START is pressed on the board or a control signal is sent
via cable and the red LED flashes three times without the system
performing the manoeuvre, it means that "the cable inputs are
in locked mode": see paragraph "14.2 Selecting the type of
devices connected to "S1 Edge"" (advanced programming
manual).
RED STOP LED:
- lit steady if the Stop contact (terminals 6-8) is closed
- off if the Stop contact (terminals 6-8) is open
RED S2 PHOTO LED:
- lit steady if the S2 Photo contact (terminals 4-8) is closed
- off if the S2 Photo contact (terminals 4-8) is open
YELLOW SET LED:
- lit steady or flashes when the control unit is in a programming
menu
- off when the control unit has exited a programming menu
8 Permanently affix a label or sign on the door containing this image (min.
height 60 mm) with the wording: BEWARE - RISK OF CRUSHING.
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LED INDICATIONS
RED RADIO LED:
- flashes when a command is received from a Moovo radio
transmitter
43
SET
- lit steady when the control unit is in a radio programming menu
- off when the control unit is in stand-by mode
SET
RADIO
RED ERROR LED:
- see paragraph "11.2 Error LED"
RADIO RED START LED, RED RADIO LED AND YELLOW SET LED: STOP
- If, when attempting to enter any programming mode, the "Set",
"Radio" and "Error" LEDs flash rapidly for three times, it means
STOP
that the "control unit protection" is activated. See paragraph
14.3.1 to solve the problem.
11.2 ERROR LED
The red "error" LED has two functions:
- During the automation movement, the LED flashes when
excessive mechanical stress is detected (the motor
exerts more effort). Adjust the OBSTACLE and FORCE
potentiometers (turn them slightly clockwise) to solve the
issue and check the mechanics of the door, if necessary.
Please note: any brief flashing of this LED while the door
moves is to be regarded as normal.
- In stand-by mode, the LEDs indicate the type of current error
with a series of regular flashes according to the following
scheme:
Number of
flashes in Description of the error
series
1 Fault of the on-board memory
Safety device photo-test failed. See paragraph "7.1
2
Dip-switch adjustment" to solve the problem
The automation movement must be programmed,
3
see "STEP 9"
"S1 Edge" input set as a resistive edge and check
failed. See paragraph "14.2 Selecting the type of
4
devices connected to "S1 Edge"" to solve the
problem
5
Power limit threshold
6 Detection of obstacles due to the encoder
7
Detection of obstacles due to current
8 Motor not connected
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