Vimar ELVOX SW230.T Manual De Instrucciones Para La Conexión Y El Uso página 25

SW230.T / SW230.T.120
Connecting the timer or magnetic induction detector.
With Dip switch 1 ON (automatic closing active) and Dip switch 4 ON (collective function active), you can connect a timer or a magnetic induction
detector. Normally open input P.SEQ, if closed, operates the complete opening of the gate for as long as the contact remains closed. The gate opens
and remains open. Controls SEQ, PED and the remote controls stored are not active until the contact is reopened. This input is used to open the gate
and keep it open at the busiest hours. LED DL1 lights up and LED DL7 flashes when the timer or the magnetic induction detector are operated.
Connecting photocells.
Observe the correct polarity for the photocell power supply. Contacts SCL and SOP are normally closed.
The triggering of input SCL, during gate closing, inverts motion. If not used, jumper between COM and SCL. With the photocells not engaged, LED DL4
must be on.
The triggering of input SOP, during gate closing, inverts motion. During gate opening, it blocks motion for as long as the photocells remain engaged. If
not used, jumper between COM and SOP. With the photocells not engaged, LED DL5 must be on.
Connecting sensitive edge and/or internal photocells.
With Dip switch 11 ON programmable input P.IN is configured as normally closed for the use of a non-resistive sensitive edge N.C.. The triggering of this
input, until it is disengaged, stops the gate motion. With the sensitive edge not engaged LED DL6 must be on. If not use, set the Dip switch to OFF.
With Dip switch 11 and 12 ON, programmable input P.IN is configured for the use of a resistive sensitive edge 8K2. The triggering of this input, until it is
disengaged, stops the gate motion. With the sensitive edge not engaged LED DL6 must be on. If not use, set the Dip switch to OFF.
TIMER
Internal
photocell
Edge with
electro-mechanical
switch
EN
External Internal
photocell photocell
External
photocell
Resistive edge
8.2 Kohm
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