BRINK Series - English
24
13.1.1) ACTUATOR WITH MASTER CONTROL UNIT
Make the electrical connections to the MASTER control unit as described in sect. 1 of this manual, considering that all the control and
safety inputs (from terminal 1 to terminal 11) are activated on the MASTER actuator. When it comes to the mod. DOORSS340 opening
safety sensor, remember that the MASTER and SLAVE control units handle the detection phase in a separate way (see fi g. 4). This
means that the safety sensor applied to the wing controlled by the MASTER actuator must be connected between terminals 5-7 of the
master control unit and will only infl uence the actions of this latter. If an opening safety sensor is used for both wings and the door must
be completely stopped regardless of the sensor that detected the obstruction, the N.C. contacts of the two sensors must be connected
in series with each other and the obtained contact must be routed to terminals 5-7 of the MASTER and SLAVE control units, making a
parallel connection.
The electro-lock must be connected to the MASTER control unit.
Only the electro-lock that concerns the wing controlled by the master actuator should be connected to the MASTER control unit if the door
has a double electro-lock to block each wing individually.
Mechanical program selector DOORSELFB (see section 5.2) should be connected to the MASTER control unit.
Digital selector DOORPROGB (see section 9) must be connected to the MASTER control unit so that the required operating program
can be selected.
13.1.2) ACTUATOR WITH SLAVE CONTROL UNIT
Power the SLAVE control unit at 230V a.c. via terminal board M1.
Opening safety sensor mod. DOORSS340 installed on the wing controlled by the SLAVE actuator must be connected between terminals
5-7 of the SLAVE control unit and will only infl uence the actions of this latter (see fi gure 4).
Only connect the electro-lock that concerns the wing controlled by the SLAVE actuator if the door has a double electro-lock that blocks
each wing individually.
13.1) ELECTRICAL CONNECTIONS (see indicative diagram in fi gure 3)
POWER
SUPPLY
230 Vac
FUNCTION
SELECTOR
RADAR
EMERGENCY
START
PHOTOCELL
MASTER
WIRING
HARNESS
WR3MS
SLAVE
SENSOR
ELECTRIC BLOCK
MASTER
ELECTRIC BLOCK
SLAVE
WING 1 (MASTER)
WING 2 (SLAVE)
SENSOR
5 7
5 7
5 7
5 7
5 7
SEPARATE STOPPING OF WINGS ON DETECTION BY
OPENING SAFETY SENSOR
SIMULTANEOUS STOPPING OF WINGS ON DETECTION
BY CLOSING SAFETY SENSOR
MASTER ACTUATOR
SLAVE ACTUATOR
“MASTER”
WING SENSOR
“SLAVE”
WING SENSOR
MASTER ACTUATOR
“MASTER”
WING SENSOR
SLAVE ACTUATOR
“SLAVE”
WING SENSOR
Fig. 3
Fig. 4
ELECTRONIC SECTION
