19
ASD-120 2.0 ACTIVATING MULTIPLE FURMAN MP-20 Q UNITS
ON
ASD-120 2.0 DIP SETTINGS
DLY
ADJ
1 2 3 4 5 6 7
ALWAYS ON
ALWAYS OFF
S
E
Q
SET TO
MIDDLE
POSITION
DELAY OUTPUTS
NC A B C D E F NO
12V STAT REM GND
FORCE
MP-20 Q #1 MP-20 Q #2 MP-20 Q #3 MP-20 Q #4 MP-20 Q #5 MP-20 Q #6
POSITIVE
TERMINALS
NEGATIVE
TERMINALS
M-8S WITH REMOTE SWITCH TRIGGERS ASD-120 2.0
ON
1 2 3
O
N
ASD-120 2.0 DIP SETTINGS
M-8S DIP SETTINGS
DLY
ADJ
1 2 3 4 5 6 7
ALWAYS ON
ALWAYS OFF
S
E
Q
SET TO
MIDDLE
POSITION
FORCE
RS-1 REMOTE SWITCH
12V STAT REM GND
12V STAT REM GND
M-8S REMOTE PORT
12V ON
12V OFF
GND
ON
MOM
MNT
DLY
ADJ
1 2 3
1
2
3
REMOTE PORT
12V STAT REM GND
DELAY 3
REMOTE PORT
12V STAT REM GND
AC REL
AY
ACCESSO
RY
MODE
L PS-REL
C NO NC
PS-REL
PRIMARY M-8S UNIT
SECONDARY ASD-120 2.0
ASD-120 2.0
ASD-120 2.0 Sequencer Activates Multiple MP-20Qs via Bank DELAY OUTPUTS A through F.
Diagram #3 illustrates a Furman ASD-120 2.0 sequencer controlling six Furman MP-20Q units:
1. Connect REMOTE 12V terminal on ASD-120 2.0 to its own DELAY OUTPUT (NO)
terminal.
2. Connect MP-20Q negative (-) terminals to ASD-120 2.0 GND terminal on the
REMOTE interface.
3. Connect MP-20Q positive (+) terminals to ASD-120 2.0 DELAY OUTPUT contacts A
through F according to the desired match and timing for each MP-20Q.
4. Configure ASD-120 2.0 Multi-Function DIP for factory default, Maintained Mode ON.
• DIP 4 UP – (NO), verify factory default.
• DIP 7 DOWN – MNT, verify factory default.
• Ensure all Bypass Set DIP switches are SEQ.
• Configure ASD-120 2.0 Multi-Function DIP switches 1, 2 & 3 to the desired delay
time interval.
MP-20Q units will operate in sync with the ASD-120 2.0 Delay Banks A through F.
Diagram Example #4
A Furman M-8S Sequencer triggered by an optional RS-1 Remote System Control Panel
activates a Furman ASD-120 2.0 Sequencers at another in-house location.
Diagram #4 illustrates a Furman M-8S sequencer controlling an ASD-120 2.0 sequencer while
the optional RS-1 Remote System Control Panel act as the Primary Security Key Switch. This is
possible with the use of a Furman PS-REL AC Relay Accessory:
1.
Configure ASD-120 2.0 Multi-Function DIP Set for Normally Closed & Maintained
Mode ON
.
• DIP 1, 2 & 3 DOWN - ASD-120 2.0 Delay Time cannot exceed M-8S Delay Time.
• DIP 4 UP – (NO), verify factory default.
• DIP 7 DOWN – MNT, verify factory default.
• Configure ASD-120 2.0 Multi-Function DIP switches 1, 2 & 3 DOWN for short delay time.
• Ensure All Bypass Set DIP switches are selected as desired.
• Set ASD-120 2.0 Key Switch to Remote.
2.
RS-1 terminals are connected to the M-8 S REMOTE terminals, pole to pole:
• 12V to 12V, REM to REM, STAT to STAT, and GND to GND.
3.
Configure M-8S DIP Set or factory default, Maintained Mode ON.
• Configure M-8S DIP switches 1, 2 & 3 DOWN.
• Adjust Delay Interval to for a time longer than the ASD-120 2.0 Delay Interval.
• Plugged PS-REL into a M-8S Delay 3 Outlet.
• Connect PS-REL OUTPUT (NC) and (C) terminals to the ASD-120 2.0 12V and REM
terminals with a parallel connection: (NC) to 12V and (C) to REM.
• Flip the M-8S front panel switch to the ready Sequence On position.
When the M8-S is sequenced ON and its DELAY 3 outlet is energized, the PS-REL AC Relay
will trigger the ASD-120 2.0 to begin its programmed sequence.
Caution:
The OFF sequence for the M-8S and ASD-120 2.0 will start at the same time.
In order to avoid timing conflicts while ramping down, set the M-8S to a longer delay time
than the total time interval on the ASD-120 2.0 sequencer.
DIAGRAM EXAMPLE 3
DIAGRAM EXAMPLE 4
