Roger Technology EDGE1 Instructions Et Consignes Pour L'installateur page 73

TEMPORARY STOP. The gate stops as long as the photocell is obstructed. The gate resumed opening when the photocell
is cleared.
Setting photocell mode during gate closing (FT1)
DISABLED. Photocell is not active or not installed.
STOP. The gate stops and remains stationary until the next command is received.
TEMPORARY STOP. The gate stops as long as the photocell is obstructed. The gate resumed closing when the photocell
is cleared.
Photocell (FT1) mode with gate closed
N.B.: this parameter is not visible if or or is set.
If the photocell is obstructed, the gate cannot open.
The gate opens when an open command is received, even if the photocell is obstructed.
The photocell sends the gate open command when obstructed.
Setting photocell mode during gate opening (FT2)
DISABLED. Photocell is not active or not installed.
STOP. The gate stops and remains stationary until the next command is received.
TEMPORARY STOP. The gate stops as long as the photocell is obstructed. The gate resumed opening when the photocell
is cleared.
Setting photocell mode during gate closing (FT2)
DISABLED. Photocell is not active or not installed.
STOP. The gate stops and remains stationary until the next command is received.
TEMPORARY STOP. The gate stops as long as the photocell is obstructed. The gate resumed closing when the photocell
is cleared.
Photocell (FT2) mode with gate closed
N.B.: this parameter is not visible if or or is set.
If the photocell is obstructed, the gate cannot open.
The gate opens when an open command is received, even if the photocell is obstructed.
The photocell sends the gate open command when obstructed.
Enable close command 6 s after activation of photocell (FT1-FT2)
N.B.: This parameter is not visible if or is set.
NOTE:
open.
Disabled.
Enabled. When the photocell gate FT1 is crossed, a close command is sent 6 seconds later.
Enabled. When the photocell gate FT2 is crossed, a close command is sent 6 seconds later.
Selecting contact type (NC or 8.2 kOhm) on inputs FT1/FT2/ST
FT1 FT2 ST
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