
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
24V
Photocell
Remove link
between 0v and SIG
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
4.5) Single Impulse Button Connection
The Link must remain fitted
between STOP and COM
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
L1
L2
N3
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
M
L1
Motor - Open
L2
Motor - Close
N3
Motor - Com
Motor - Earth
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
4.3) Fire Signal Connection
L
N
Connection from
fused spur
230v, 50Hz, 13A
or
UPS/Battery
Back Up
L
N
E
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
When operating check the motor direction
matches the corresponding LED indication on
the panel. Reverse the connections L1 + L2 to
correct motor direction if necessary
Logic Operation
OPEN-STOP-CLOSE
-STOP
L1
L2
N3
FIRE
0V
SIG
TEST
24V
IMP
COM
STOP
OPEN
CLOSE
AL1
AL2
Com
N.C
0V
To activate the panel connect a N.O or N.C fire
signal (see Table 4, DIP SW 2 for options)
4.6) Stop Button or Safety Brake Connection
4.7) Key-switch / Push Button Connection
Push Button
Connection
2 control options are available
Continuous run OPEN / CLOSE
This requires both safety links to be fitted, momentary
activation of the key switch will cause the door to open or
close
Continuous run - OPEN / Hold to Run (Dead-man) - CLOSE
Remove Safety Link from (0v and SIG)
4.2) Motor Connection
4.4) Photocell Connection
4.1) Power Supply Connection
Key-switch
Connection
N.C
N.O
COM
4.8) Aux Relay
Refer to:
Table - Fire Options - DIP Sw3
Note: - Only active on fire signal