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SQ9715 SEQUENTIAL POWER SWITCHER
Parts Identifications
1. ON/OFF PUSH SWITCH
2. LOCK SWITCH
3. CHANNEL OUTPUT LED
4. LOCK LED
5. MAINS LED
C
H
1
C
H
2
C
H
3
C
H
4
C
H
5
C
H
6
C
H
7
CHANNEL OUTPUTS
MAX : 5 A / 240 V / CH
THIS UNIT MUST BE EARTHED
RISK OF ELECTRICAL SHOCK
WARNING !
DO NOT OPEN
MAINS : 230V +/-10% AC 50 / 60HZ
REM
TRIG
8 : CH 7 DELAY
9 : OFF (MAS) / ON (SLAVE)
10 : ON / OFF BYPASS
1~7 : CH 1 ~ CH 7
ON
Another Quality Product From
SQ9
71
5
S
ER.
NBR
CASC
LINK
1 2 3 4 5 6 7 8 9 10
Front View
Rear View
amperes
1
3
2
4
5
6
7
8 9
10
6. INCOMING POWER CORD
7. CHANNEL OUTPUT IEC SOCKETS
8. REMOTE TRIGGERING PORT
9. CASCADING LINK
10. DIP SWITCH SETTINGS
Press once to power up or shutting down your system. Each channel would be switched ON or OFF in steps of 2
seconds intervals. LED indicators for isolated channel would not lit. Please refer to item 10 on how to isolate the
channel. The switch can be bypassed by DIP switch at rear panel.
Pressing LOCK and ON/OFF simultaneously would disable the ON/OFF switch and shall prevent accidental triggering
to the unit. LOCK LED would flash when the unit is in lock mode. To unlock, press LOCK and ON/OFF simultaneously.
Lighted LED indicates active channel.
When the unit is in LOCK mode, this LED would flash.
This LED indicates the presence of incoming mains supply.
Connect the supply to the unit with approriate fused plug top. This unit must be earthed !.
Use the male IEC plugs provided to connect the equipments to the unit. Please ensure that max load per channel does
not exceed 5A with total load of 15A maximum.
When remote powering of system is required ( Control room far away from main rack ), use a dry contact switch
(noiseless) and terminate it to the port. Refer details
.
In the event 2 units of SQ9715 is used in a system, link them with this port. DIP has to be set to identify which unit is
either Master or Slave. Refer Details.
It is used to select the output functions such as channel isolation, channel 7 delay, unit Master or Slave setting and front
ON/OFF switch bypass.
