Genius LYNX 06 Instrucciones Para El Uso página 19

5.1.4. M
otor
Terminals "6, 7 & 8". Output 230/115 V~ max. 500 W. Connect the motor
power cables to these terminals. For the cable connection sequence,
refer to the following table:
Terminal No. Motor 230 V~
6 Black
7 Blue / Grey
8 Brown
1 Yellow Green
The colour of the wires connected to terminals 6 & 8 can be
reversed according to motor rotation direction
5.2. CONNECTOR CN2
This connector is used for connecting the optional encoder. The connector
must be correctly oriented – do not force.
The board is supplied with a standard parametrisation entailing the use of
encoder "A0" (see paragraph 10). If you do not wish to use the encoder,
you must modify the value of parameter "A", as described in paragraph
10, and leave this connector free.
Do not on any account create jumper bridges between these
contacts.
Four levels of obstacle detection sensitivity can be adjusted
using the parameter "b", see paragraph 10.
5.2.1. encoder operation
The encoder, if used, enables to further increase the level of the auto-
mated system safety.
This device is active both at closure and at opening of the automated
system as explained below:
At closure
If an obstacle is detected during the closing phase of the automated sy-
stem, the encoder reverses the movement of the automated system till the
complete opening, without disactivating the automatic re-closure if set.
If it activates three consecutive times the automated system, after having
reached the opening position, sets to STOP, disactivating the automatic
re-closure, if set. To resume normal operation, send an OPEN or CLOSE
impulse after having removed the obstacle.
At opening
If an obstacle is detected during the opening phase of the automated
system, the encoder reverses the movement of the automated system
till the complete re-closure.
5.3. CN3 TERMINAL-BOARD (Fig. 3)
5.3.1. o
pening travel liMit device
Terminal "12". Connect, to this the terminal, the wire of the NC contact
opening travel limit device. This acts on the opening movement of the
beam, stopping its movement.
When the travel limit device is activated, the automated system continues
manoeuvring for a further 2 seconds. The status of this input is signalled
by LED FCA.
The FCA travel limit device cannot be used as the start of the
slowed down section, but only for stopping.
The travel limit device is absolutely necessary to ensure that
the automated system operates.
5.3.2. c
oMMon contact For travel liMit device
Terminal "13". Connect to this terminal the common contact wire of the
travel limit devices.
This terminal must be used only for the common contact of the
two travel limit devices. Do not use it as a negative contact
of other devices.
5.3.3. c
losing travel liMit device
Terminal "14". Connect, to this terminal, the wire of the NC contact of
the closing travel limit device. This acts on the closing movement of the
beam, stopping movement. When the travel limit device is activated, the
automated system continues the manoeuvre for another 2 seconds. The
status of this input is signalled by LED FCC.
The FCC travel limit device cannot be used as the start of the
slowed down section, but only for stopping.
The travel limit device is absolutely necessary to ensure that
the automated system operates.
Motor 115 V~
Black
White
Red
Green
Fca
coMF
Fcc
5.4. TERMINAL-BOARD CN4 (Fig. 4)
5.4.1. c
lose
Terminals "15 & 20". NO Contact. Connect any impulse generator (push-
button, key selector etc.) to these terminals which, by closing the contact,
commands a closing movement of the automated system. This input
commands the closure of the beam only, therefore when the beam is
closed, this input has no effect, see logic tables. The status of this input
is signalled by led CLOSE.
Several impulse generators must be connected in parallel
5.4.2. o / c
pen lose
Terminals "16 & 20". NO Contact. Connect any impulse generator (push-
button, key selector etc.) to these terminals which, by closing the contact,
commands the automated system to open or close.
The behaviour of this input is defined by parameter "d" – see paragraph
10. The status of the input is signalled by LED OP/CL.
Several impulse generators must be connected in parallel
5.4.3. s
aFety devices
Terminals "17 & 20". NC Contact. Connect any impulse generator (e.g.
photocells) to these terminals which, by opening the contact, commands
the movement of the automated system. Use parameter "y" to select if the
safety devices should be enabled only during opening or during closure
and opening – see paragraph 10. The status of this input is signalled by
LED FSW.
Safety devices active during closure only.
During the closure phase, if the safety devices are engaged, the
automated system reverses the movement until the beam is completely
open, without disabling automatic re-closure if selected.
Safety devices active during closure and opening
In this case, the safety devices are active during both movements of the
automated system..
If the safety devices are used during closure, the automated system stops
operation and remains idle until the safety devices are restored (obstacle
removed). When the safety devices have been restored, the automated
system reverses motion to complete opening without disabling automatic
re-closure, if activated.
If the safety devices are not used, this input must be bridge jumped
– LED FSW must be lighted.
Several safety devices must be connected in series.
5.4.4. s
top
Terminal "18 & 20". NC Contact. Any impulse generator (push-button,
key selector, etc.) must be connected to this contact which, by opening
the contact, commands immediate stop of the automated system,
and deactivation of any automatic re-closing. To resume the normal
programmed cycle after this contact is activated, use any impulse
generator which commands the opening and/or closure of the automated
system. The status of this input is signalled by LED STOP.
Several impulse generators must be connected in series.
5.4.5. i
ndicator light
Terminals "19 & 20". An indicator light, if any, supplied on 24 V 5W max
power must be connected
Terminal 19 is the positive pole of the connection – respect the polarity
of the contacts. The indicator light enables you to monitor the state of the
automated system, particularly:
• Indicator light OFF: automated system closed
• Indicator light ON: automated system opened
• Flashing lamp slow: automated system closing
• Flashing lamp fast: automated system opening
A load of over 5 W cannot be applied to this contact
To connect the indicator light, the polarity of contacts must be
respected.
5.4.6. p a
ower supply For
Terminals "20 & 21". 24 V output max. 500 mA for feeding the external
accessories.
Maximum load of this output is 500 mA.
Observe the power supply polarity.
LYNX 06 Page 15
Guide for the installer
ccessories