Instructions

and
Operating Manual
SERIES X11SN
WINDOW ANNUNCIATOR
SYSTEMS
TABLE OF CONTENTS
1.0 General Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
2.0 Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
3.0 Expansion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
4.0 Auxiliary Contacts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
5.0 Mounting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
6.0 Power Up and Test Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
6.1 Wiring Inspection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
7.0 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
7.1 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
7.2 Nonoperating Alarm System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
7.3 Step-by-step Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
8.0 Alarm Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
8.1 Integral/Push-button Flasher Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
8.2 Alarm Sequence/Display Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
8.3 Output Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
9.0 Standard Sequences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
9.1 A, Automatic Reset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
9.2 M, Manual Reset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
9.3 F3A, Automatic Reset First Out with First Out Flashing and Reset Push Button . . . . . . . . . . . . . . 11
9.4 R, Ringback (Ronan ID RD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
9.5 F2A, Automatic Reset First Out with No Subsequent Alarm Flashing (Ronan ID FS) . . . . . . . . . . . . 12
9.6 F2M, Manual Reset First Out with No Subsequent Alarm Flashing (Ronan ID FSM) . . . . . . . . . . . . 12
10.0 Dimension and Wiring Drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
10.1 Monalarm Dimensional Drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
10.2 Binalarm Dimensional Drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
10.3 Trialarm Dimensional Drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
10.4 Quadalarm Dimensional Drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
10.5 Standard Rear Terminal Arrangements and Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
10.6 Rear Terminal Arrangements and Wiring for 125 Vdc Field Contact . . . . . . . . . . . . . . . . . . . . . . . 18
10.7 Rear Terminal Arrangements and Wiring for Transistor Input . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
10.8 Rear Terminal Arrangements and Wiring for Opto-coupled Input . . . . . . . . . . . . . . . . . . . . . . . . . 20

THREE-YEAR WARRANTY: Ronan warrants equipment of its own manufacture to be free from defects in material
and workmanship, under normal conditions of use and service, and will repair or replace any component found to be
defective, on its return, transportation charges prepaid, within three (3) years of its original purchase. This warranty
carries no liability, either expressed or implied, beyond our obligations to replace the unit which carries the warranty.

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1.0 GENERAL DESCRIPTION Inputs: 24 Vdc dry contact, 48, 125, 250 Vdc ±
20% live input or opto-isolated 115, 240 Vac two-
The Ronan Series X11SN Window Annunciator wire input (H and N).
Systems feature Monalarm, Binalarm, Trialarm and Outputs:
Quadalarm displays within Ronan’s standard 3.5 Lamp Outputs: Fast flash, slow flash, steady on,
inch (89 mm) by 3.5 inch (89 mm) mechanical cabi- intermittent fast flash.
net modules. The single plug-in module construction Alarm: Single audible.
contains single or multipoint alarm circuitry with Auxiliary Relay: Field selectable Form A or B.
maximum noise immunity and reliability. The most Contact Rating: 2A @ 28 Vdc, General Purpose or
popular ISA sequences, A, M, F2A, F2M, F3A, and Hermetically Sealed.
R are readily available. For other special Common Trouble Alarm: Output follows FC NDE.
sequences, consult factory. For higher noise im- Reflash Option: Output on rear terminal block
munity and specific field contact time applications, a point F4.
programmable field contact time delay board is an
available option. Normally open/normally closed field Response Time: 20 msec nominal.
contact logic for each individual channel is jumper Surge Withstand Capability (SWC):
switch-selectable on the single-board design. A sys- All Logic Tested to: ANSI/IEEE C37.90-1989.
tem common trouble alarm (CTA) may be utilized for Controls: Integral or Remote Silence, Acknow-
remote group alarms. The system's CTA and re- ledge, Reset, and Test: Momentary push button,
flash transistor outputs may be connected directly or single pole, normally open.
via interface relays to provide inputs to remote
annunciators. System Size:
Multiple of Cabinet Module: 3.5 inch (89 mm) x 3.5
inch (89 mm). See dimensional information draw-
ings for detailed dimensions.
2.0 SPECIFICATIONS
System Weight Per Cabinet Module: 2 lbs. (909
System Voltage: grams) not including power supply.
Logic, Lamps: 24 Vdc ± 20%.
Field Contact Options: 24 Vdc Dry Contact, 48, 125,
250 Vdc ± 20% live input or opto-isolated 115, 240 3.0 EXPANSION
Vac two-wire input (H and N).
Temperature Range: The Series X11SN Window Annunciator Systems
Storage: -40 to 85°C (-40 to +185°F). are built for expandability. This allows field expan-
Operating: -40 to +60°C (-40 to +140°F). sion of the Monalarm System to either Binalarm,
Consult factory for extended ranges. Trialarm or Quadalarm, and the Binalarm to
Trialarm or Quadalarm, by simply replacing the
Power Sources: alarm/lamp modules and the appropriate bezels.
External Power Supplies or Inverters Available for: CAUTION: The last position of each chassis can
120 Vac ± 20%, 60 Hz; 240 Vac ± 20%, 50/60 Hz; not be more than two alarm positions due to the
Converter 24, 48 or 125 Vdc ± 20%. flasher, so it will only expand to Binalarm.
Power Requirements: To specify the correct power
supply, count the number of alarm modules to be
powered from the supply. Calculate the total require- 4.0 AUXILIARY CONTACTS
ments with the following equation:
Total Watts = No. of Modules x (Display Factor F + F Aux.) The auxiliary contact outputs may be purchased ini-
tially or added later in the field. The single, dual,
triple or quad relay circuit module plugs in from the
F Aux. front of the system. The receiving multipin printed
Model F Lamps F LEDs Relay Adder
circuit connector and the terminals for the contact
X11SN (1000 Series) 5.3 W 7.1 W 1W outputs are furnished with the system. Each relay
X11SN (2000 Series) 9.3 W 7.1 W 2W follows the selected alarm board auxiliary behavior
X11SN (3000 Series) 13.3 W 5.6 W 3W and provides a selectable Form A or B type contact.
The relays are available in General Purpose or
X11SN (4000 Series) 9.3 W 7.1 W 4W
Hermetically Sealed models.

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5.0 MOUNTING D. Systems purchased with NEMA 12 or NEMA 4
Doors require mounting of the door before Step
A. The annunciator is shipped with all of the alarm/ C1. After removal of the mounting clamp assem-
lamp modules, auxiliary contact module(s) and blies, the system can be inserted through the
flasher module(s) installed in the cabinet, as open door, sandwiching the door between the
specified by purchase order. panel and the system’s extruded trim (gasket is
B. External horn relay(s), reflash relay, common furnished with door). Continue with Steps C1
alarm relay, relay sockets, horns, bells, push but- through C5. Note: The panel cutout is the same
tons and power supply are packed separately. as specified in standard flush mounted alarm
systems.
C. Install the alarm cabinet from the front of the
panel. E. Mount all external relays, horns and/or bells,
push buttons and power supply on the panel or
1. Position the cabinet in the cutout so that the in the rear of the annunciator cabinet, where
cabinet rests on the front extruded trim, see possible.
detail A, Figure 1. Make sure that the front rim
is firmly against the panel, both top and bot- F. Wire system’s inputs and support equipment as
tom. shown under System’s Support Wiring.
2. From the rear view of the panel, insert the two CAUTION
halves of the clamp assembly (one half
threaded and the other half unthreaded) in the Before turning on power read Power Up and Test
groove of the front trim, see detail C below. Procedure.
3. Slide the clamps together until both holes
align, see detail B below.
4. Insert the jack screw and tighten to secure the
cabinet in the panel. Install all the clamps the
same way and be sure to tighten evenly.
5. Tighten up the lock nuts on each jack screw.

Detail A
Rear Cover

Clamp
Assembly

Detail B

Flasher Module

Alarm Lamp Module

Detail C
Auxiliary
Contact
Module
Bezel
Figure 1: X11SN Assembly Drawing

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6.0 POWER UP AND TEST arrangements. Insure that normally open con-
tacts are used. For example, if the wrong con-
PROCEDURE tacts (normally closed) are used, this is the
CAUTION same as having the operator pushing the push
button continuously, which obviously will dras-
It is important to review all external equipment,
tically affect the operation of the alarm system.
including the alarm system, before turning on
Alarm systems using multiple alarm cabinets
power and proceeding with testing. Before
may use a common set of push buttons to con-
installing, verify that each component meets the
trol the total system. A detailed check for prop-
area and environment standard required by the
er installation is recommended, including diode
National Electrical Code. Particular attention must
type isolation, if specified on the electrical
be paid to reviewing push buttons, horn relays,
drawings.
horns and bells, to see that they meet the right
classification of the electrical code. 6.1.3 Horn and Bell Wiring. Terminals H1, H2,
and CA use short circuit protected drivers to
6.1 Wiring Inspection drive associated relays and horns. The sug-
6.1.1 Alarm Inputs. Each active alarm input gested minimum turn-on current of con-
must be wired to customer’s sensing device nected elements should be greater than 10
that provides an opening or closing on alarm mA. The maximum horn current should not
condition. The terminals on the alarm system exceed 500 mA. If electronic horns are used,
for each alarm input are marked 1 and are the horns can be directly connected to the
supplied via a pull-up resistor on each alarm audible output terminals (H1, H2). Systems
module point. This resistor is used in the V+ using the conventional AC or DC horns and
source to each field contact to reduce the bells, must use a horn relay with suitable con-
effect of large transients entering the alarm tact rating. On multiple alarm cabinet systems
chassis. Each alarm input module is provided where individual power input is preferred, a
with a separate terminal 1. However, it is horn relay must be used with each cabinet to
common practice to run one common wire maintain electrical isolation.
from terminal 1 to many field contacts to 6.1.4 Power Supply. Verify the correct polarity
reduce the number of field wires required. of connection to the alarm systems. In the larg-
When using common wiring, it is important to er system, it is important to verify the wire
jumper together terminal 1 of the respective sizes of the power leads to the alarm cabinets.
alarm cabinet modules to provide the correct To protect the larger alarm chassis, it is com-
amount of current source to the field contact. mon to provide more than one input to the cab-
The return wire from the field contact is wired inet in which each section is provided with a
to terminal 2 for each respective alarm mod- separate filter, fuse and supply input terminals.
ule. Since the alarm system provides the In systems with multiple supply input, it is nec-
power to the field contacts, it is important to essary for the customer to make V- connec-
verify that no other voltage source appears tions common.
on either terminal 1 or terminal 2. 6.1.5 Normally Open/Normally Closed Field
Note: On alarm systems where the alarm Contacts. All alarm modules are equipped for
inputs are supplied from transistor switch out- operation with normally open or normally
puts, the V- of both systems has to be com- closed field contacts. This is accomplished by
mon. If the system under test has this fea- using a jumper switch on each alarm module,
ture, it must be verified by reviewing the elec- identified as NO and NC for the normally open
trical drawing, particularly the alarm module and normally closed position respectively.
schematic. When the complete system is in operation, the
In general, the solid state alarm system is a field contact that opens with an alarm condition
floating system. The V+ and V- should be is termed a “normally closed” alarm input; con-
verified as ungrounded. versely, the field contact that closes with an
alarm condition is termed a “normally open”
6.1.2 Push-button Wiring. Verify that the alarm input.
push-button wires are correctly wired to all of
the push buttons, including the push-button 6.1.6 Power Up. Carefully inspect the hookup
contacts. Refer to pages 13 through 20 for wiring to insure conformity with the furnished
outlined dimensions and rear terminal schematic. Pay particular attention to power
source polarity and verify that terminal 3 is

4
 connected common for first alert sequence check polarity and reconnect. If fuse still
groups. Now remove the alarm modules one blows, remove all alarm modules and
at a time and determine whether or not the flasher and try again. If the fuse blows at
normally closed/normally open switch is in the this point, the problem has been isolated
proper position and reinsert the card firmly, to a short in the internal wiring.
seating it in the connector. Power may now be C. If power remains on, but any or all push but-
applied to the system. tons (SILENCE, TEST, RESET, ACKNOWL-
Upon power application, the flasher module EDGE) do not appear to function:
within the system will automatically initiate a 1. Verify proper wiring by measuring the
reset cycle. The system should then be in a voltage at terminal T, A, S and/or R as
quiescent state with the horn(s) off and no applicable. Voltage measurements are
lamps flashing. Some lamps may, however, be taken with respect to the V- terminal and
on if their associated field contacts are in an should in all cases be zero volts with the
abnormal condition. button released and V+ (20-28 Vdc) with
Depression of TEST should cause all extin- the button depressed.
guished lamps to come on flashing and the 2. If the problem persists, the Flasher
audible alarm to sound. From this point, refer Module is suspect. Replace the Flasher
to the particular Sequence Charts to obtain Module and try again.
normal system operation. When testing an in-
stalled system, be alert to the possibility that 3. Be alert to the possibility that a single
an actual alarm may initiate during the test board can, under unique conditions,
procedure and appear to give conflicting cause what appears to be a system mal-
results. function. The following is a typical exam-
ple:
a) If a large group of F3A points comes
7.0 TROUBLESHOOTING on fast flashing rather than intermit-
tent flashing during TEST, one board
7.1 General can be sending a signal to all of the
others. A failure of the flasher or the
Simple attention to the obvious can often
test circuit is not necessarily indicat-
solve what appears to be a problem in the
ed.
system.
b) In the above case, remove Alarm
A. Burned out, broken, or improperly seated
Modules sequentially and repeat test-
bulbs will not light.
ing until the trouble clears.
B. Alarm modules not properly seated in their
c) As a general rule, common sense in
connector will prevent alarm point(s) from
isolating the trouble will prevail. If one
functioning.
or more alarm boards appear to be
C.Alarm point pull-up resistors could be malfunctioning, remove them from the
burned providing no voltage at terminal 1. system entirely before continuing. Fill
7.2 Nonoperating Alarm System their positions with boards from the
upper left or lower right of the system
A. Verify that the power source is operating so as to concentrate known good
and that the V+ to V- voltage on the rear modules, and then proceed with diag-
terminals is in the range of 18 V to 28 V. nostic and analysis of the remainder.
(Below 18 V, operation may prove erratic.) Working with several scattered
Be sure to verify polarity. diverse problems simultaneously is
B. If the power supply fuse blows each time nearly always self-defeating.
power is applied: d) Refer to the section on Step-by-step
1. Check the Power Supply Parts List for Procedures for further information.
proper fuse size.
2. Remove Alarm System from the supply
and try again. If fuse holds, double

5
7.3 Step-by-step Procedures I. Should No. 1 alarm function correctly, con-
A. Check the system voltage and verify polar- tinue with the same procedure for checking
ity of supply input voltage and that the sys- all alarm/lamps modules by seating each
tem voltage lines are not grounded. module and using a simulating field contact
switch at each alarm point. After the testing,
B. Isolate all external devices except the input should all the alarm/lamp modules function
power connections. correctly, it must be assumed that the entire
C. Unseat all alarm/lamp modules except the alarm system and modules are not faulty.
No. 1 alarm module. At this point the only At this point, the error is now confined to the
items plugged into the alarm chassis are external wiring, possible push button or
one alarm module and flasher horn driver external equipment miswiring, or a short in
module. Jumper the push-button input ter- the field contact wiring.
minals on the master module to simulate
the correct connections for operations of J. To avoid further damage to new alarm mod-
the alarm system (since only normally open ules, do not place another alarm module
push-button contacts are used for all push- into an alarm position that has produced cir-
button functions, no connections will be cuit board trace failures. A detailed review of
made for normal operation). the trace failure will determine the reason
for the failure. In most cases, damage can
D. Connect a simulating set of devices to be the result of high voltage inputs or short-
replace the field contact as shown on the ing in the chassis.
electrical schematics on terminals 1 and 2.
E. Using the simulated field contacts and fol-
owing the test procedure instructions, check 8.0 ALARM MODULES
the sequence operation of the annunciator.
F. If the first alarm module does not operate 8.1 Integral/Push-button Flasher Modules
correctly, replace the flasher module to The X11SN System can operate with either an
eliminate the possibility of a faulty flasher integral flasher or push-button flasher module.
module. Once established that the flasher These flasher modules function to provide slow
is functional, the fault will probably lie in and fast flashing signals and filter the push-
one of the following areas: button signals to a V- active mode for the
1. A faulty alarm/lamp module. alarm cards. The integral flasher is identified
2. No +24 Vdc at terminal 1. by a red handle. The push-button flasher mod-
ule is identified by the membrane switch and
3. Chassis wiring fault such as a short or MAINTENANCE and POWER LED indication.
cold solder joint. The flasher module has the following specific
G. After checking for proper operation of termi- field selectable options:
nal 1 output, remove the No. 1 alarm mod- A. Slave or master flashing module control.
ule and insert the No. 2 alarm module in
the No. 1 chassis position. If the No. 2 B. ISA options 2 and/or 3.
alarm module operates correctly, this indi- C.Normally energized/deenergized common
cates that the No. 1 alarm module is faulty. trouble alarm output.
Should the No. 2 alarm module not func- D.Time selectable auto-silence on Horn 1.
tion in the No. 1 chassis position, the fault
lies in the chassis wiring. E. Normally open/closed contact on mainte-
nance required relay.
H.If the failure is isolated in the chassis
wiring, remove each alarm input terminal F. Normally open/closed contacts on alarm
plate and inspect for foreign objects which point auxiliary relays (integral modules
might cause a short. Review for any dam- only).
aged wiring or broken connections to the Slave (S) or Master (M) Flashing module is
printed circuit board connector. Finally, if controlled by slide switch SW1. In the M posi-
the above procedure does not produce a tion, the flasher will provide slow and fast
solution to the fault, a thorough review of all flashing rates for all synchronized chassis.
solder joints is recommended. Chassis flashing is synchronized by connect-
ing similar rear terminals F1, F2, and V-.

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These terminals are located in the rear, lower The other available configurations are shown
left corner of the chassis. There can only be in the table below.
one master flasher in any synchronized chain.
All other system flashers must be placed in Horn 1
the S position. Single system flashers must be TRNG TADJ Auto Silence
placed in the M position for proper alarm
sequence operation. 1 L 30 sec.
1 H 1 min.
ISA option 2 provides an interlock to require 10 L 5 min.
operation of the silence push button before 10 H 10 min.
alarms can be acknowledged. This control is
located at the selectable header location
ISA2. In position 2, ISA option 2 is enabled. All flashers have a maintenance required
Otherwise, the system can be acknowledged relay that energizes on flasher failure or when
at any time with ISA2 in the nonlabeled posi- 24 volts is applied at terminal block F3 in the
tion. Push-button flasher modules that do not rear, lower left corner of the chassis. Flasher
have a silence push button are permanently failure occurs when either the fast or slow
configured in the nonlabeled position. flash signals are not available to the alarm
ISA option 3 provides an interlock to require card bus. The relay contact is available to the
operation of the acknowledge push button user on terminals F5 and F6. The Normally
before alarms can be reset by the reset push open or closed status can be selected on the
button. This interlock control is located at the flasher card at the header selector switch
selectable header location ISA3. In position 3, MAIN as NO and NC respectively. Push-but-
ISA option 3 is enabled. The nonlabeled posi- ton flashers have an additional red MAINTE-
tion will allow system reset at anytime. NANCE front panel LED that can additionally
follow the CTA or AL2 bus. This LED behavior
Common Trouble Alarm operation is deter- is permanently selected during initial order-
mined by the group alarm bus/CTA. This bus ing. The green POWER LED indicates when
feeds the flasher as an input and is available 24 volts is applied to system power.
to the user as an active low output at rear ter-
minal CA. This terminal is located in the rear, Systems that occupy the flasher cabinet with
lower left corner of the chassis. This output alarm points can specify up to two auxiliary
can be controlled as normally energized/deen- relays on the integral flasher card. Header
ergized at header location CTA. selector switches (RLYA, RLYB) are also on
the flasher card to determine the normally
In the NO position, the CA output will follow open or closed status.
the alarm card CTA designation. For example,
an alarm that follows the the field contacts 8.2 Alarm Sequence/Display Module
NDE (normally deenergized) will provide an The module X11SN is offered in two separate
active V- output at CA when any field contact sequences as described in ANSI/ISAS18.1-
is abnormal and the flasher CTA selection is 1979 (R1985). On PCB X11-1013C and X11-
NO. The user could configure this particular 1020, the operating sequence is selected as
system as normally energized CA following labeled at respective headers SEQA-SEQD.
field contacts by putting the CTA switch in the On the programmable version (PCB X11-
NC position. 1019B), the sequence selection is made at
Users who elect to have the automatic horn slide switch SEQ. Switches 1-4 are connect-
silence option on Horn 1 configure the horn ed for field contacts FCA-FCD respectively.
time at header locations TADJ (time adjust- J5 and J6 of PCB X11-1019B are used when
ment) and TRNG (time range). The available the field contact selectable time delay board
horn time ranges are 1 and 10 minutes. is ordered. The time delay selects 1 of 32 dif-
These ranges are selected at the TRNG ferent time responses using switch TIME.
header in the respective 1 and 10 positions. Each field contact can bypass this selection
Half-time and full time is selected at header using switch BYPASS. BYPASS switch posi-
location TADJ in the respective L (low) and tions 1-4 correspond to field contacts FCA-
H(high) positions. For example; 30 second FCD respectively and will have the nominal
Horn 1 auto-silence is selected by placing 20 ms. response when selected. Otherwise,
TRNG in position 1 and TADJ in position L.

7
the field contact response will be the time
selected by switch TIME. See Figure 2, Detail
A for a time board operation example.
Dual horn selection is offered as an option to
choose the active horn bus HORN1 and
HORN2. This option should be used when the
user needs to separate module groups by
activating different horns. On PCBs X11-
1013C and X11-1020, the horn selection is
made at headers HORNA-HORND. These
refer to associated field contacts FCA-FCD.
The programmable version uses a slide switch
labeled HORN. The OFF position selects
HORN1 and the ON position selects HORN2. Figure 2: X11-1024 PCB Switch Locations.
Switches 1-4 are connected for field contacts
FCA-FCD respectively.
Although ordering auxiliary relay boards is not
mandatory, the X11SN system is designed so
that auxiliary relay behavior must be selected.
The basic options available choose between
Normally Energized/Deenergized following the
field contact or alarm cycle behavior. The spe-
cific options available can be consulted in the Bypass Switch Selection
Channel A(1) and Channel C(3) in ON position by-
X11SN sales brochure. When selectable auxil- passes the time selected by TIME. The FC response
iary behavior is chosen, an on board selector for Channel A and Channel C will be 20 ms. nominal.
switch is located at SW1 on PCBs X11-1013C Channel B(2) and Channel D(4) in off position selects
and X11-1020. PCB X11-1019B uses selector the field contact response selected by TIME, in this
switch AUX. See specific sequence charts for case, 3.0 seconds.
specific auxiliary relay behavior. NOTE: Time Switch Selection
Unless otherwise specified, the standard auxil- The table below shows that with switches 2 and 3 in
the ON position and 1, 4, and 5 in the OFF position,
iary relay option is normally non-energized fol- 3.0 seconds is selected for field contact response.
low field contact.
PCB X11-1019B (programmable) has an addi- Switch Time Time Switch Time Time
tional header J7 and slideswitch GEN. The 12345 Delay 12345 Delay
header J7 is used for parallel port program- 00000 50 msec. 00001 45 sec.
ming of the device located at U6. This header 10000 100 msec. 10001 1 min.
should remain unconnected and without any 01000 300 msec. 01001 90 sec.
additional connected shunts during normal cir- 11000 0.5 sec. 11001 2 min.
cuit operation. The slideswitch GEN is provid- 00100 1.0 sec. 00101 3 min.
ed when unusual or non-standard circuit per- 10100 2.0 sec. 10101 4 min.
formance or configuration is necessary. 01100 3.0 sec. 01101 5 min.
Normally, most assemblies do not populate 11100 4.0 sec. 11101 6 min.
slideswitch GEN. See Figure 3 (see page 9),
00010 5.0 sec. 00011 7 min.
Details B and C for header and switch loca-
10010 6.0 sec. 10011 8 min.
tions of PCB X11-1019B.
01010 7.0 sec. 01011 9 min.
The combination display/alarm module con- 11010 8.0 sec. 11011 10 min.
tains a single, dual, triple, or quad alarm chan-
00110 9.0 sec. 00111 15 min.
nel circuit with the appropriate lamp display
10110 10.0 sec. 10111 30 min.
constructed as a single plug-in module. The
modules are removable from the front of the 01110 15.0 sec. 01111 45 min.
system without the interference to the remain- 11110 30.0 sec. 11111 60 min.
ing channels of the
Detail A: Time Board Operation Example.

8
 system. The window display areas are con-
tained within Ronan’s standard colored-
bezels, allowing multiline engraving on sin-

J1
gle or sandwich lenses. The alarm logic may

J3
interface with a normally open or normally
R42 R41
R11 R1
closed field contact. The field contacts are
interrogated by the system’s 24 Vdc logic
supply, or optionally, with 125 Vdc from a

R12
R64

R24
R56
R65 R57 R25 R13

dual output power supply, if so specified. In

R14
R66

R26
R43

R12
R67 R44 R27
R28
R15
R16
addition, the module’s input circuit is
R68 R45
designed to accept a logic voltage without

C15
C20 Z7
C24 Z8

C7
external components.

Z3
Z4

C1
C8
R29
C25
R69

U1
C29

R2 NC
R46
J2

C36 U5
C16
C21

R70
FCA
NO

C22
Z9

R71
R78 C26
C37 R72
R58
R30

FCB
Z10

GEN
NC

HORN
NO

R59
SEQ AUX
C38
R60
B
Z11

FCC
NC
R31
NO

U4 ON ON
C39 R61
Z12

C31
FCD
NC
NO

C40 1 2 3 4 1 2 3 4
Z13

J4

C41 R47
Z14

R49 R32
U13
C42
U14
R79
R50 R33 SEQ Switch Selection
R48 Channel A(1) and Channel B(2) in ON position
Z15

J5

C43 R34 R17

selects M Sequence. Channel C(3) and Channel
D(4) in OFF position selects A Sequence.
Z16

R35 R3
U9
C9 C10

R36
C27
C2 Z1 Z2 R4 C3

D11 Z5 Horn Switch Selection (Optional)

SEQ

U6

Channel A(1) and Channel C(3) in OFF position

C23

C32
Z6
D12 selects Horn1. Channel B(2) and Channel D(4) in
C30

C17
C33 R37 ON position selects Horn2.
D13 R38
GEN

A U2
Q1

D3

C34
R5
C35 R51 Detail B: Example X11SN4MA0122* Card Switch Selection.
D14 Sequence “M” Manual Reset or “A” Automatic Reset.
Q2

D4
AUX

C28 R62 R18 C4

R80

Q3

D5

R19 C11

R73 R52
R6 R7 C5 D1 R8 C6 R9 R10
Q4 Q5

D6

R74
FCA FCB FCC FCD
HORN

U3
NC NC NC NC
D7
R81

R75 U10 R63

R53
Q6 Q7

D8 D9
J7

R20 D2

R54
D10
Q8
VR1

C12
J6

COMPONENT SIDE
R76

R39 R21
U11
U7
Q9

C18 C13
C19 C14
U12

NO
U8

R83 R40 R22 NO NO NO

C44

R82 R77
PBA
R55 R23 Field Contact Switch Selection
FCA and FCB set in the positions shown select
C45
R84

PBB
L7 L5 L3 L1 Normally Open Field Contacts. FCC and FCD set in
PBC
the positions shown, select Normally Closed Field
PBD
L8 L6 L4 L2 Contacts.

Detail C: Field Contact Switch Selection Example.

* See X11SN Window Annunciator Systems sales brochure for
* alarm card assembly numbers.
Figure 3: X11-1019B PCB Switch Locations.

9
8.3 Output Features window density selected. The modules plug in
The X11SN System provides the following fea- from the front of the system and may be pur-
tures on the terminal located in the lower, left, chased initially or added later in the field. The
rear terminal plate. terminals for the contact outputs are furnished as
8.3.1 Common Trouble Alarm. This output is part of the system. Each relay provides a selec-
at terminal CA and follows the field contacts A table Form A or B type contact with a rating of 2
24 Vdc relay wired between CA and V+ will A at 28 Vdc. Relays are available in either
energize whenever a point is abnormal (in Hermetically Sealed or General Purpose types.
alarm) and the relay will stay energized until Normally open (Type A) or normally closed (Type
all points in the system return to normal. B) contact is available for each alarm point at
8.3.2 Reflash. This output is at terminal F4 their respective rear terminal block terminals 5
and follows the field contacts. A 24 Vdc relay and 6. The normal operation (NO/ NC) can be
wired between F4 and V+ will energize when- changed on the auxiliary contact module at head-
ever a point is abnormal (in alarm). If a sec- ers marked AUX1, AUX2, AUX3, or AUX4.
ond point goes abnormal (in alarm) while the 8.3.4 Transistor Output
first point is still abnormal, the reflash module Terminal 4 (TO) of each alarm I/O terminal strip
briefly returns to normal then goes abnormal provides an open collector output (pulling to -V)
until all points return to normal. programmable for various system functions. A
8.3.3 Auxiliary Contact Module. The auxiliary typical application is to drive an auxiliary relay
contact module is available with a single, dual, following the field contact or lamp logic.
triple or quad relay circuit, accommodating the

9.0 STANDARD SEQUENCES (For other special sequences consult factory)

9.1 A, Automatic Reset

1. Acknowledge and test push buttons.
2. Alarm audible device.
3. Lock-in of momentary alarms until
acknowledged.
4. The audible device is silenced and
flashing stops when acknowledged.
5. Automatic reset of acknowledged
alarm indications when process
conditions return to normal.
6. Operational test.

9.2 M, Manual Reset

1. Acknowledge, reset and test push
buttons.
2. Alarm audible device.
3. Lock-in momentary alarms until
acknowledged.
4. The audible device is silenced and
flashing stops when acknowledged.
5. Manual reset of acknowledged alarm
indications after process conditions
return to normal.
6. Operational test.

10
9.0 SEQUENCES (CONT.)
9.3 F3A, Automatic Reset First SEQUENCE DIAGRAM
Out with First Out Flashing PROCESS NORMAL FIRST OUT RESET
and Reset Push Button RETURN TO WHILE NORMAL
NORMAL SEQUENCE NORMAL
1. Acknowledge, first-out reset FIRST ABNORMAL
VISUAL OFF
and test push buttons.
AUDIBLE SILENT
2. Alarm audible device.
3. Lock-in of momentary alarms ACKNOWLEDGE SUBSEQUENT
WHILE NORMAL ABNORMAL
until acknowledged.
PROCESS ABNORMAL OR
4. First-out flashing different from ACKNOWLEDGE NORMAL
WHILE FIRST OUT
subsequent flashing. ABNORMAL SEQUENCE SUB ALARM RESET
5. First-out reset push button to VISUAL FAST FLASH
change the first out visual AUDIBLE AUDIBLE
indication to be the same as
subsequent visual indications.
PROCESS ABNORMAL PROCESS ABNORMAL OR
6. Automatic reset of acknow- NORMAL
SUB
ledge alarm indications when SEQUENCE SEQUENCE FIRST ALARM
ACKNOWLEDGED
process conditions return to VISUAL ON VISUAL INTERMITTENT
FLASHING
normal.
AUDIBLE SILENT AUDIBLE AUDIBLE
7. Operational test.
PROCESS ABNORMAL OR
NORMAL
FIRST
SEQUENCE
ACKNOWLEDGED ACKNOWLEDGE
FIRST OUT RESET VISUAL SLOW
WHILE ABNORMAL FLASHING
AUDIBLE SILENT

9.4 R, Ringback (Ronan ID RD) SEQUENCE DIAGRAM

1. Acknowledge, reset, and test PROCESS NORMAL

push buttons. SEQUENCE NORMAL
2. Alarm and ringback audible RESET TO ABNORMAL
VISUAL OFF
devices. ALARM SILENT
AUDIBLE
3. Lock-in of momentary alarms RINGBACK SILENT
until acknowledged. AUDIBLE

4. The audible device is silenced

PROCESS NORMAL PROCESS ABNORMAL OR
and fast flashing stops when ACKNOWLEDGE NORMAL
WHILE NORMAL
acknowledged. SEQUENCE RINGBACK SEQUENCE ALARM

5. Ringback visual and audible VISUAL SLOW FLASHING VISUAL FAST FLASHING
indications when process ALARM SILENT
RETURN TO ABNORMAL ALARM
AUDIBLE AUDIBLE
conditions return to normal. AUDIBLE
RINGBACK AUDIBLE RINGBACK SILENT
AUDIBLE AUDIBLE
6. Manual reset of ringback
indications.
PROCESS ABNORMAL
7. Operational test.
SEQUENCE ACKNOWLEDGED

VISUAL ON
RETURN ACKNOWLEDGE
TO NORMAL ALARM SILENT WHILE ABNORMAL
AUDIBLE
RINGBACK SILENT
AUDIBLE

11
9.0 SEQUENCES (CONT.)
9.5 F2A, Automatic Reset First Out SEQUENCE DIAGRAM

with No Subsequent Alarm PROCESS NORMAL

Flashing (Ronan ID FS) RETURN TO
SEQUENCE NORMAL
FIRST TO
NORMAL ABNORMAL
1. Acknowledge, reset, and test push VISUAL OFF
buttons.
AUDIBLE SILENT
2. Alarm audible device.
ACKNOWLEDGE SUBSEQUENT TO
3. Lock-in of momentary alarms until WHILE NORMAL ABNORMAL

acknowledged. PROCESS ABNORMAL OR

NORMAL
4. Flashing indication for first alarm only. SEQUENCE SUBSEQUENT
ALARM
New subsequent alarms have the
VISUAL ON
same visual indication as acknow-
ledged alarms. AUDIBLE AUDIBLE

5. First out indication is reset when ACKNOWLEDGE WHILE ABNORMAL

acknowledged.
PROCESS ABNORMAL OR PROCESS ABNORMAL OR
6. Automatic reset of acknowledged NORMAL NORMAL
ACKNOWLEDGE
alarm indications when process SEQUENCE ACKNOWLEDGED (FIRST OUT RESET) SEQUENCE FIRST ALARM
conditions return to normal. VISUAL ON VISUAL SLOW FLASHING

7. Operational test. AUDIBLE SILENT AUDIBLE AUDIBLE

SEQUENCE DIAGRAM
9.6 F2M, Manual Reset First Out with
No Subsequent Alarm Flashing PROCESS NORMAL
(Ronan ID FSM) RESET WHILE FIRST TO
NORMAL SEQUENCE NORMAL ABNORMAL
1. Acknowledge, reset, and test push VISUAL OFF
buttons.
AUDIBLE SILENT
2. Alarm audible device.
SUBSEQUENT TO
3. Lock-in of momentary alarms until ABNORMAL
acknowledged. PROCESS ABNORMAL OR
NORMAL
4. Flashing indication for first alarm only. SEQUENCE SUBSEQUENT
ALARM
New subsequent alarms have the
VISUAL ON
same visual indication as acknow-
ledged alarms. AUDIBLE AUDIBLE

5. First out indication is reset when ACKNOWLEDGE

acknowledged.
PROCESS ABNORMAL OR PROCESS ABNORMAL OR
6. Manual reset of acknowledged alarm NORMAL NORMAL
ACKNOWLEDGE
indications after process conditions SEQUENCE ACKNOWLEDGED (FIRST OUT RESET) SEQUENCE FIRST ALARM
return to normal. VISUAL ON VISUAL SLOW FLASHING
7. Operational test. AUDIBLE SILENT AUDIBLE AUDIBLE

12
10.1 Monalarm Dimensional Drawings
Flush-mount - Front View Flush-mount - Side View
X11SN-1000 & X11SNLR-1000 X11SN-1000
A Overall 14.12” (358.78 mm)

B Cutout 0.56” (14.22 mm)

2.00”
A Overall A (50.80 mm)

Removable
B Cutout Rear Cover
with Captive
Fasteners

2.75” (69.85 mm) High x Optional Push-button 0.75” (19.05 mm)

3.00” (76.20 mm) Wide Flasher Module or Conduit Knock-out
Alarm Window Front Accessible
Flasher Module
Flush-mount - Side View
No. of Windows A Overall B Cutout X11SNLR-1000
High or Wide Inches mm Inches mm
1 5.00 127.00 4.38 111.25
11.75” (298.45 mm)
2 8.50 215.90 7.88 200.15
3 12.00 304.80 11.38 289.05 0.56” (14.22 mm)
4 15.50 393.70 14.88 377.95 Max. Panel Thickness
A
5 19.00 482.60 18.38 466.85
6 22.50 571.50 21.88 555.75 Field Wiring
7 26.00 660.40 25.38 644.65 Terminal
8 29.50 749.30 28.88 733.55 Rear Cover
9 33.00 838.20 32.50 825.50 Removed
10 36.50 927.10 36.00 914.40
11 40.00 1016.00 39.50 1003.30 Fuse
12 43.50 1104.90 43.00 1092.20
Less Rear

Relay Rack-mount - Front and Side View X11SNRR-1000

19.00” (482.60 mm) Overall

17.75” (450.85 mm) Rack Opening 11.75” (298.45 mm)

Field
A Contact
Terminals
A
Overall

Fuse

2.75” (69.85 mm) High x 3.00” (76.20 mm) Wide Alarm Window

Number of Number of A Overall

Windows High Windows Wide Inches mm
1* 5** 3.50 88.90
2* 5** 7.00 177.80
3* 5** 10.50 266.70
4* 5** 14.00 355.60

**Not limited to 2 high.

**Limited to 5 wide only. 19.00” (482.60) mm rack.
Also available 6 wide. 24.00” (609.60 mm) rack. Detail A

13
10.2 Dualarm Dimensional Drawings
Flush-mount - Front View Flush-mount - Side View
X11SN-2000 & X11SNLR-2000 X11SN-2000
A Overall
14.12” (358.78 mm)

B Cutout 0.56” (14.22 mm)

Max. Panel Thickness
A

A 2.00”
A Overall
(50.80 mm)
B
Removable
B Cutout Rear Cover
with Captive
Fasteners

1.44” (69.85 mm) High x Optional Push-button

0.75” (19.05 mm)
3.00” (76.20 mm) Wide Flasher Module or
Conduit Knock-out
Alarm Window Front Accessible
Flasher Module
Flush-mount - Side View
No. of Windows A Overall B Cutout
High Wide Inches mm Inches mm
X11SNLR-2000
2 6 5.00 127.00 4.38 111.25
11.75” (298.45 mm)
4 2 8.50 215.90 7.88 200.15
6 3 12.00 304.80 11.38 289.05 0.56” (14.22 mm)
8 4 15.50 393.70 14.88 377.95 Max. Panel Thickness
A
10 5 19.00 482.60 18.38 466.85
12 6 22.50 571.50 21.88 555.75 Field Wiring
14 7 26.00 660.40 25.38 644.65 Terminal
16 8 29.50 749.30 28.88 733.55 Rear Cover
18 9 33.00 838.20 32.50 825.50 Removed
20 10 36.50 927.10 36.00 914.40
22 11 40.00 1016.00 39.50 1003.30 Fuse
24 12 43.50 1104.90 43.00 1092.20
Less Rear

Relay Rack-mount - Front and Side View X11SNRR-2000

19.00” (482.60 mm) Overall

17.75” (450.85 mm) Rack Opening 11.75” (298.45 mm)

A Field
Contact
A
Overall
B Terminals

Fuse
1.44” (35.56 mm) High x 3.00” (76.20 mm) Wide Alarm Window

Number of Number of A Overall

Windows High Windows Wide Inches mm
1* 5** 3.50 88.90
2* 5** 7.00 177.80
3* 5** 10.50 266.70
4* 5** 14.00 355.60

**Not limited to 2 high.

**Limited to 5 wide only. 19.00” (482.60) mm rack.
Also available 6 wide. 24.00” (609.60 mm) rack. Detail A

14
10.3 Trilarm Dimensional Drawings
Flush-mount - Front View Flush-mount - Side View
X11SN-3000 & X11SNLR-3000 X11SN-3000
A Overall 14.12” (358.78 mm)

0.56” (14.22 mm)

B Cutout
A

A 2.00”
A Overall B (50.80 mm)
C
Removable
B Cutout Rear Cover
with Captive
Fasteners

.86” (69.85 mm) High x Optional Push-button 0.75” (19.05 mm)

3.00” (76.20 mm) Wide Flasher Module or Conduit Knock-out
Alarm Window Front Accessible
Flasher Module
Flush-mount - Side View
No. of Windows A Overall B Cutout X11SNLR-3000
High Wide Inches mm Inches mm
3 1 5.00 127.00 4.38 111.25
11.75” (298.45 mm)
6 2 8.50 215.90 7.88 200.15
9 3 12.00 304.80 11.38 289.05 0.56” (14.22 mm)
Max. Panel Thickness
12 4 15.50 393.70 14.88 377.95
A
15 5 19.00 482.60 18.38 466.85
18 6 22.50 571.50 21.88 555.75 Field Wiring
21 7 26.00 660.40 25.38 644.65 Terminal
24 8 29.50 749.30 28.88 733.55 Rear Cover
27 9 33.00 838.20 32.50 825.50 Removed
30 10 36.50 927.10 36.00 914.40
33 11 40.00 1016.00 39.50 1003.30 Fuse
36 12 43.50 1104.90 43.00 1092.20
Less Rear

Relay Rack-mount - Front and Side View X11SNRR-3000

19.00” (482.60 mm) Overall

17.75” (450.85 mm) Rack Opening 11.75” (298.45 mm)

A Field
B Contact
Terminals
A C
Overall

Fuse

.86” (21.84 mm) High x 3.00” (76.20 mm) Wide Alarm Window

Number of Number of A Overall

Windows High Windows Wide Inches mm
1* 5** 3.50 88.90
2* 5** 7.00 177.80
3* 5** 10.50 266.70
4* 5** 14.00 355.60

**Not limited to 2 high.

**Limited to 5 wide only. 19.00” (482.60) mm rack.
Also available 6 wide. 24.00” (609.60 mm) rack. Detail A

15
10.4 Quadalarm Dimensional Drawings
Flush-mount - Front View Flush-mount - Side View
X11SN-4000 & X11SNLR-4000 X11SN-4000
A Overall 14.12” (358.78 mm)

0.56” (14.22 mm)

B Cutout
A

A B 2.00”
(50.80 mm)
A Overall
C D
Removable
Rear Cover
B Cutout with Captive
Fasteners

1.44” (35.56 mm) High x Optional Push-button 0.75” (19.05 mm)

1.44” (35.56 mm) Wide Flasher Module or Conduit Knock-out
Alarm Window Front Accessible
Flasher Module
Flush-mount - Side View
No. of Windows A Overall B Cutout X11SNLR-4000
High or Wide Inches mm Inches mm
2 5.00 127.00 4.38 111.25
11.75” (298.45 mm)
4 8.50 215.90 7.88 200.15
6 12.00 304.80 11.38 289.05 0.56” (14.22 mm)
8 15.50 393.70 14.88 377.95 Max. Panel Thickness
A
10 19.00 482.60 18.38 466.85
12 22.50 571.50 21.88 555.75 Field Wiring
14 26.00 660.40 25.38 644.65 Terminal
16 29.50 749.30 28.88 733.55 Rear Cover
18 33.00 838.20 32.50 825.50 Removed
20 36.50 927.10 36.00 914.40
22 40.00 1016.00 39.50 1003.30 Fuse
24 43.50 1104.90 43.00 1092.20
Less Rear

Relay Rack-mount - Front and Side View X11SNRR-4000

19.00” (482.60 mm) Overall

17.75” (450.85 mm) Rack Opening 11.75” (298.45 mm)

A B Field
Contact
C D Terminals
A
Overall

Fuse

1.44” (35.56 mm) High x 1.44” (35.56 mm) Wide Alarm Window

Number of Number of A Overall

Windows High Windows Wide Inches mm
1* 5** 3.50 88.90
2* 5** 7.00 177.80
3* 5** 10.50 266.70
4* 5** 14.00 355.60

**Not limited to 2 high.

**Limited to 5 wide only. 19.00” (482.60) mm rack.
Also available 6 wide. 24.00” (609.60 mm) rack. Detail A

16
10.5 Standard Rear Terminal Arrangements and Wiring - 24 Vdc
Monalarm X11SN-1000 Notes:

Flasher Sync F1
for Multichassis
Applications F2 24 Vdc Input
F3 to Activate
Reflash Output or Maintenance
Lamp Inhibit +24 Vdc F4 Required Relay
F5 and LED
Maintenance
Required Dry Contact F6

Detail A
1. (F1, F2) flasher sync. connect for
multi chassis applications.
2. (F3) apply +24 Vdc to activate
Binalarm X11SN-2000
maintenance required LED and
DETAIL A * * * relay.
T
B A B A B A 3. (F5/F6) maintenance required relay
Test
Silence S
A
contact output.
Ack
Reset
2 7
R
H1
4. In last position (3) of Trialarm and
Horn 1 Relay K1

Horn 2 Relay 2
K2
7
H2
Quadalarm units, the flasher occu-
CA V+ V+ V+ V- G
1 3
3 FUSE
2 1
pies positions “C” and “D”, there-
AC Horn K1 or K2
fore, only positions “A” and “B” are
Electronic
Horn available.
7 2 DETAIL C DETAIL B
K3
1 3 V+ V-
Common *Typical Field Contact Wiring
K3
Trouble 24 Vdc Input For All Alarm Positions

Trialarm X11SN-3000
DETAIL A * * *
B A C B A C B A
T
Test
S
Silence
A
Ack
R
Reset
Horn 1 Relay
2
K1
7 H1
H2
Detail B
2 7
Horn 2 Relay
1
K2
3
CA V+ V+ V+ V- G 5. (ME) Used to form first alert groups.
FUSE
3 2 1
AC Horn K1 or K2 6. Auxiliary output NO/NC selectable.
Electronic
Horn 7. (TO) Transistor Output.
7 2 DETAIL C DETAIL B
K3
1 3 V+ V-
Common *Typical Field Contact Wiring CA V+ V+
K3
Trouble 24 Vdc Input For All Alarm Positions

To Push-button
Quadalarm X11SN-4000 Wiring 2
7
DETAIL A * * * K3
1 3
B A D C B A D C B A Common
Test T
Trouble K3
S
Silence
A
Ack
R
Reset
2 7 H1
Horn 1 Relay K1

Horn 2 Relay 2
K2
7
H2 Detail C
CA V+ V+ V+ V- G
1 3
3 FUSE
2 1
8. (CA) common trouble alarm transis-
AC Horn K1 or K2
tor driver output.
Electronic
Horn
7 2 DETAIL C DETAIL B
K3
1 3 V+ V-
Common *Typical Field Contact Wiring
K3
Trouble 24 Vdc Input For All Alarm Positions

17
10.6 Rear Terminal Arrangements and Wiring for 125 Vdc Field Contact
Monalarm X11SN-1000 Notes:

Flasher Sync F1
for Multichassis
Applications F2 24 Vdc Input
F3 to Activate
Reflash Output or Maintenance
Lamp Inhibit +24 Vdc F4 Required Relay
F5 and LED
Maintenance
Required Dry Contact F6

Detail A
1. (F1, F2) flasher sync. connect for
multi chassis applications.
Binalarm X11SN-2000 2. (F3) apply +24 Vdc to activate
maintenance required LED and
DETAIL A * * * relay.
Test T
B A B A B A
3. (F5/F6) maintenance required relay
Silence
Ack
S
A
contact output.
R
Reset
Horn 1 Relay
2
K1
7 H1 4. In last position (3) of Trialarm and
H2
Horn 2 Relay 2
K2
7
CA V+ V+ V+ V- G
Quadalarm units, the flasher occu-
1 3
3 FUSE
2 1 pies positions “C” and “D”, there-
AC Horn K1 or K2
fore, only positions “A” and “B” are
Electronic
Horn + -
available.
7 2 V+ V- DETAIL B
DETAIL C K3 125 Vdc
1 3 Field 24 Vdc
Common K3
Contact Input *Typical Field Contact Wiring
For All Alarm Positions
Trouble Input

Trialarm X11SN-3000
DETAIL A * * *
B A C B A C B A
T
Test
S
Silence
A
Ack
R
Reset
2 7 H1
Horn 1 Relay
Horn 2 Relay 2
K1

K2
7
H2 Detail B
CA V+ V+ V+ V- G
1 3
3 FUSE
2 1
5. (ME) Used to form first alert groups.
AC Horn K1 or K2

Electronic
6. Auxiliary output NO/NC selectable.
Horn + -
DETAIL B
7. (TO) Transistor Output.
7 2 V+ V-
DETAIL C K3 125 Vdc
1 3 Field 24 Vdc
Common K3
Contact Input *Typical Field Contact Wiring
For All Alarm Positions CA V+ V+
Trouble Input

Quadalarm X11SN-4000 To Push-button

Wiring 7 2
DETAIL A * * * K3
1 3
B A D C B A D C B A
Test T Common
Silence S
Trouble K3
A
Ack
R
Reset
2 7 H1
Horn 1 Relay K1
H2
2 7
Horn 2 Relay K2
CA V+ V+ V+ V- G Detail C
1 3
FUSE
3 2 1
AC Horn K1 or K2 8. (CA) common trouble alarm transis-
Electronic tor driver output.
Horn + -
7 2 V+ V- DETAIL B
DETAIL C K3 125 Vdc
1 3 Field 24 Vdc
Common K3
Contact Input *Typical Field Contact Wiring
For All Alarm Positions
Trouble Input

18
10.7 Rear Terminal Arrangements and Wiring for Transistor Input
Notes:

Flasher Sync F1
for Multichassis
Applications F2 24 Vdc Input
F3 to Activate
Reflash Output or Maintenance
Lamp Inhibit +24 Vdc F4 Required Relay
F5 and LED
Maintenance
Required Dry Contact F6

Detail A
1. (F1, F2) flasher sync. connect for
multi chassis applications.
Binalarm X11SN-2000 2. (F3) apply +24 Vdc to activate
maintenance required LED and
DETAIL A DETAIL B, Typical for
All Alarm Positions relay.
B A 3. (F5/F6) maintenance required relay
Test
Silence S
T
contact output.
4. In last position (3) of Trialarm and
A
Ack
R
Reset
Quadalarm units, the flasher occu-
2 7 H1
Horn 1 Relay K1
H2
2 7
Horn 2 Relay
1
K2
3
CA V+ V+ V+ V- G
FUSE
pies positions “C” and “D”, there-
AC Horn K1 or K2
3 2 1
fore, only positions “A” and “B” are
Electronic available.
Horn
DETAIL C
7 2
K3
1 3 V+ V-
Common
K3
Trouble 24 Vdc Input

Trialarm X11SN-3000
DETAIL A DETAIL B, Typical for
All Alarm Positions

C B A
T
Test
S
Silence
A
Ack
R
Reset
2 7 H1
Horn 1 Relay K1
H2
2 7
Horn 2 Relay K2
CA V+ V+ V+ V- G
1 3
FUSE
3 2 1
AC Horn K1 or K2

Electronic Detail B
Horn
7
K3
2
DETAIL C 5. (ME) Used to form first alert groups.
Common
1
K3
3 V+ V-
6. Auxiliary output NO/NC selectable.
Trouble 24 Vdc Input
7. (TO) Transistor Output.
Quadalarm X11SN-4000
CA V+ V+
DETAIL A DETAIL B, Typical for
All Alarm Positions

D C B A To Push-button
T
Test
S
Wiring 7 2
Silence
Ack A K3
R
Reset 1 3
2 7 H1
Horn 1 Relay K1
2 7
H2 Common
Horn 2 Relay K2
CA V+ V+ V+ V- G Trouble K3
1 3
FUSE
3 2 1
AC Horn K1 or K2

Electronic
Horn Detail C
DETAIL C
7
K3
1 3
2
V+ V- 8. (CA) common trouble alarm transis-
Common
Trouble K3
24 Vdc Input tor driver output.

19
10.8 Rear Terminal Arrangements and Wiring for Opto-coupled Input
115 Vac, 24 Vdc, 48 Vdc, 125 Vdc
Monalarm X11SN-1000 Notes:

Flasher Sync F1
for Multichassis
Applications F2 24 Vdc Input
F3 to Activate
Reflash Output or Maintenance
Lamp Inhibit +24 Vdc F4 Required Relay
F5 and LED
Maintenance
Required Dry Contact F6

Detail A
1. (F1, F2) flasher sync. connect for
multi chassis applications.
Binalarm X11SN-2000 2. (F3) apply +24 Vdc to activate
Input Voltage + + + + + + maintenance required LED and
DETAIL A * * * relay.
B A B A B A
3. (F5/F6) maintenance required relay
Test T
S
contact output.
Silence
A
Ack
Reset R 4. In last position (3) of Trialarm and
2 7
Horn 1 Relay
2
K1
7
H1
H2 Quadalarm units, the flasher occu-
Horn 2 Relay
1
K2
3
CA V+ V+ V+ V- G pies positions “C” and “D”, there-
FUSE
3 2 1 fore, only positions “A” and “B” are
AC Horn K1 or K2

Electronic available.
Horn
7 2 DETAIL C DETAIL B
K3
1 3 V+ V-
Common
Trouble K3 *Typical
NO or NC
Field Contact
24 Vdc Input

Trialarm X11SN-3000
Input Voltage + + + + + + + +

DETAIL A * * *
B A C B A C B A
T
Test
S
Silence
A
Ack
R
Reset
Horn 1 Relay
2
K1
7 H1 Detail B
H2
2 7
Horn 2 Relay
1
K2
3
CA V+ V+ V+ V- G 5. (ME) Used to form first alert groups.
FUSE
3 2 1
AC Horn K1 or K2 6. Auxiliary output NO/NC selectable.
Electronic
Horn
7. (TO) Transistor Output
7 2 DETAIL C DETAIL B
K3
1 3 V+ V- CA V+ V+
Common
K3
*Typical
NO or NC
Field Contact
Trouble 24 Vdc Input

To Push-button
Quadalarm X11SN-4000 Wiring 7 2
Input Voltage + + + + + + + + + + K3
DETAIL A * * * 1 3
Common
B A D C B A D C B A Trouble K3
T
Test
S
Silence
A
Ack
R
Reset
Horn 1 Relay
2
K1
7 H1
H2
Detail C
2 7
Horn 2 Relay K2
1 3
CA V+ V+ V+ V- G
FUSE
8. (CA) common trouble alarm transis-
3 2 1 tor driver output.
AC Horn K1 or K2

Electronic
Horn
7 2 DETAIL C DETAIL B
K3
1 3 V+ V-
Common
K3
*Typical
NO or NC
Field Contact
Trouble 24 Vdc Input

20
21

X11SN FLASHER
SWITCH/JUMPER OPTIONS DRAWING NUMBER REV

X11C387 0
RONAN ENGINEERING RONAN ENGINEERING RONAN ENGINEERING
COMPANY LIMITED U.K. LIMITED .
21200 Oxnard Street 1 Tilley Road 32 Bermondsey Road
Woodland Hills Crowther Industrial Estate Toronto, Ontario
California 91367 U.S.A. Washington, Tyne and Wear Canada M4B 1Z5
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Web Site: http//www.ronan.com
X11SNI&O / Rev. 2 Printed in U.S.A.