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Below is a guide to various product
factory installed options and what they are. They are grouped by product type
and are also available as a download for reference. Click on product type for
the list of
options.
Unit Equipment
Exit Signs
Combination Exit Signs

Unit Equipment
Unit Equipment Options (pdf)
A = Ammeter The ammeter option provides the
addition of an ammeter installed into the equipment. The ammeter will
give a visual display of the current being consumed by the equipment at
all times.
ACF1 = 120 VAC Input Fuse
The 120 VAC input fuse
adds an additional level of electrical protection to the input side of
the equipment. The fusing takes place prior to the 120 VAC input to the
transformer and is pre-wired at the factory. For this reason, the
utility voltage must be known prior to ordering this option.
ACF2 = 277 VAC Input Fuse
The 277 VAC
input fuse adds an additional level of electrical protection to the
input side of the equipment. The fusing takes place prior to the 277 VAC
input to the transformer and is pre-wired at the factory. For this
reason, the utility voltage must be known prior to ordering this option.
ACP1 = 120 VAC Input Disconnect
Switch The 120 VAC input
disconnect switch allows for local de-energizing of the utility power
for reasons of testing and or maintenance. The switch will be located
internally to the equipment and is not made accessible other to those
who perform maintenance on the equipment. The input switch will be
pre-wired at the factory to the 120 VAC input of the transformer. For
this reason, the utility voltage must be known prior to ordering this
option.
ACP2 = 277 VAC Input Disconnect
Switch The 277 VAC input
disconnect switch allows for local de-energizing of the utility power
for reasons of testing and or maintenance. The switch will be located
internally to the equipment and is not made accessible other to those
who perform maintenance on the equipment. The input switch will be
pre-wired at the factory to the 277 VAC input of the transformer. For
this reason, the utility voltage must be known prior to ordering this
option.
BDS = Battery Disconnect Switch
The battery disconnect
switch allows for the electrical switching between the battery and the
connected load (lamp heads) whether they be directly mounted to the
equipment or installed as remote lamp heads. The switch will be located
internally to the equipment and is not made accessible other to those
who perform maintenance on the equipment.
T = Self-Testing Diagnostics*
The ‘T’ option is only
applicable in equipment with Smart Charger diagnostics. The
self-testing option enables a periodic self-test of the equipment. The
test routine is established to perform a one-minute test every thirty
days with a 30-minute test performed on the sixth and twelfth month.
This test program satisfies the requirements of the periodic test
requirements in NFPA 101, the IBC and the NEC.
TA = Audible Self-Testing
Diagnostics* The ‘TA’
option is only applicable in equipment with Smart Charger diagnostics.
The audible self-testing option enables a periodic self-test of the
equipment. The test routine is established to perform a one-minute test
every thirty days with a 30-minute test performed on the sixth and
twelfth month. This test program satisfies the requirements of the
periodic test requirements in NFPA 101, the IBC and the NEC.
Additionally, should the diagnostics circuit ever detect a fault in the
equipment, an audible tone will accompany the visual fault indicator,
notifying the facility of any product discrepancies.
*NOTE: THERE ARE NO
EXCEPTIONS ALLOWED FOR THE ANNUAL 90-MINUTE DISCHARGE TEST REQUIRED BY
CODES. THE ANNUAL 90-MINUTE TEST MUST STILL BE MANUALLY ACTIVATED BY THE
FACILITY.
TD = Time Delay (default
15-minute) The time delay circuit
causes the emergency lighting equipment to remain under battery power
for a period of 15-minutes AFTER the utility power has been restored.
This feature is used in areas that employ re-strike lamps so lighting,
at some level, is available during the warm-up period for the normal
lighting. This option satisfies a portion of article 700.16 in the NEC.
V = Voltmeter
The voltmeter option
provides the addition of a voltmeter installed into the equipment. The
voltmeter will give a visual display of the voltage condition/level of
the battery.


Exit
Signs
Exit Signs Options (pdf)
2CKT1 = 120 VAC two-circuit input
This option is
applicable only to AC-only exit signs. This option allows the electrical
connection of two 120 VAC line connections; A normal utility power feed
as well as an emergency power feed from a generator or inverter system.
Both electrical sources must be 120 VAC.
2CKT2 = 277 VAC two-circuit input
This option is
applicable only to AC-only exit signs. This option allows the electrical
connection of two 277 VAC line connections; A normal utility power feed
as well as an emergency power feed from a generator or inverter system.
Both electrical sources must be 277 VAC.
BF = Buzzer/Flasher
This option is
applicable only to self-powered exit signs (exit signs with integral
battery). This option enables the exit sign to buzz and flash together
when the sign is operating under battery power. The buzzer and flashing
rate is an approximate 50% duty cycle.
BZ = Buzzer
This option is
applicable only to self-powered exit signs (exit signs with integral
battery). This option enables the exit sign to buzz when the sign is
operating under battery power. The buzzer rate is an approximate 50%
duty cycle.
DC = 12 through 48 VDC input
This option is
applicable only to AC-only exit signs. This option provides a two-wire
electrical connection for the remote input of emergency power. The exit
sign will have the normal AC input available. The remote battery power
must have the capacity to support the exit sign in the emergency mode
for a period of not less than 90-minutes and can range from 12 to 48
VDC.
FA = Fire alarm activated flasher
This option is available
with AC-only and self-powered (integral battery) exit signs. The FA
option provides a two-wire harness for the electrical connection to the
fire control panel. Should the fire panel activate an alarm, the exit
sign will flash at a rate of approximately 50% duty cycle.
FL = Emergency flasher
This option is
applicable only to self-powered exit signs (exit signs with integral
battery). The FL option causes the exit sign to flash when the sign is
operating under battery power. The flashing rate is approximately a 50%
duty cycle.
T = Self-testing diagnostics*
The ‘T’ option is only
applicable in equipment with Smart Charger diagnostics. The
self-testing option enables a periodic self-test of the equipment. The
test routine is established to perform a one-minute test every thirty
days with a 30-minute test performed on the sixth and twelfth month.
This test program satisfies the requirements of the periodic test
requirements in NFPA 101, the IBC and the NEC.
TA = Audible self-testing
diagnostics* The ‘TA’ option is only
applicable in equipment with Smart Charger diagnostics. The audible
self-testing option enables a periodic self-test of the equipment. The
test routine is established to perform a one-minute test every thirty
days with a 30-minute test performed on the sixth and twelfth month.
This test program satisfies the requirements of the periodic test
requirements in NFPA 101, the IBC and the NEC. Additionally, should the
diagnostics circuit ever detect a fault in the equipment, an audible
tone will accompany the visual fault indicator, notifying the facility
of any product discrepancies.
*NOTE: THERE ARE NO
EXCEPTIONS ALLOWED FOR THE ANNUAL 90-MINUTE DISCHARGE TEST REQUIRED BY
CODES. THE ANNUAL 90-MINUTE TEST MUST STILL BE MANUALLY ACTIVATED BY THE
FACILITY.


Combination Exit Signs
Combination Exit Signs Options (pdf)
B F =
Buzzer/Flasher This
option is applicable only to self-powered exit signs (exit signs with
integral battery). This option enables the exit sign to buzz and flash
together when the sign is operating under battery power. The buzzer and
flashing rate is an approximate 50% duty cycle.
BZ = Buzzer
This
option is applicable only to self-powered exit signs (exit signs with
integral battery). This option enables the exit sign to buzz when the
sign is operating under battery power. The buzzer rate is an approximate
50% duty cycle.
FA = Fire alarm
activated flasher This
option is available with AC-only and self-powered (integral battery)
exit signs. The FA option provides a two-wire harness for the electrical
connection to the fire control panel. Should the fire panel activate an
alarm, the exit sign will flash at a rate of approximately 50% duty
cycle.
FL = Emergency
flasher This
option is applicable only to self-powered exit signs (exit signs with
integral battery). The FL option causes the exit sign to flash when the
sign is operating under battery power. The flashing rate is
approximately a 50% duty cycle.
T = Self-testing
diagnostics* The ‘T’
option is only applicable in equipment with Smart Charger diagnostics.
The self-testing option enables a periodic self-test of the equipment.
The test routine is established to perform a one-minute test every
thirty days with a 30-minute test performed on the sixth and twelfth
month. This test program satisfies the requirements of the periodic test
requirements in NFPA 101, the IBC and the NEC.
TA = Audible
self-testing diagnostics* The ‘TA’ option is only applicable in equipment with
Smart Charger diagnostics. The audible self-testing option enables a
periodic self-test of the equipment. The test routine is established to
perform a one-minute test every thirty days with a 30-minute test
performed on the sixth and twelfth month. This test program satisfies
the requirements of the periodic test requirements in NFPA 101, the IBC
and the NEC. Additionally, should the diagnostics circuit ever detect a
fault in the equipment, an audible tone will accompany the visual fault
indicator, notifying the facility of any product discrepancies.
*NOTE: THERE ARE NO EXCEPTIONS ALLOWED FOR THE ANNUAL 90-MINUTE
DISCHARGE TEST REQUIRED BY CODES. THE ANNUAL 90-MINUTE TEST MUST STILL
BE MANUALLY ACTIVATED BY THE FACILITY.
TD = Time delay
(default 15-minute) The time
delay circuit causes the emergency lighting equipment to remain under
battery power for a period of 15-minutes AFTER the utility power has
been restored. This feature is used in areas that employ re-strike lamps
so lighting, at some level, is available during the warm-up period for
the normal lighting. This option satisfies a portion of article 700.16
in the NEC.



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