
EV Series
INSTALLATION
Installing
Installing the
the Unit:
Unit: Final
Final Assembly
Assembly
1.
1.
2.
2.
3.
3.
Twin-Head
Twin-Head LED
LED Emergency
Emergency Lighting
Lighting Unit
Unit
Twin-Head
LED
Lighting Models
Unit
Standard,
Remote,
and
Spectron®
Standard,
Remote,
andEmergency
Spectron® Equipped
Equipped
Models
®
Installation,
Operation,
Service
Standard, Remote,
and
Spectronand
Models
Installation,
Operation,
andEquipped
Service Instructions
Instructions
Align
Align housing
housing slots
slots over
over tabs
tabs on
on backplate.
backplate.
Pivot
Pivot housing
housing and
and snap
snap closed.
closed.
Aim
Aim the
the lamps.
lamps. Do
Do not
not press
press on
on the
the lenses.
lenses.
Installation, Opperation, and Service Instructions




93034799
IMPORTANT SAFEGUARDS
SERVICE/MAINTENANCE
SERVICE/MAINTENANCE
Service / Maintenance
93034800
When using electrical equipment, basic safety precautions
should always be followed, including the following:
Maintenance
Maintenance
This
This emergency
emergency lighting
lighting unit
unit should
should be
be tested
tested and
and maintained
maintained in
in accordance
accordance with
with National
National Electrical
Electrical Code
Code and
and NFPA
NFPA 101
101 Life
Life Safety
Safety
Code
Code requirements.
requirements. It
It is
is recommended
recommended that
that emergency
emergency light
light fixtures
fixtures be
be tested
tested for
for 30
30 seconds
seconds once
once a
a month
month and
and for
for 90
90 minutes
minutes once
once a
a
year.
year.
IMPORTANT
SAFEGUARDS
When using electrical equipment, basic safety precautions should
READ AND
FOLLOW ALL SAFETY
always be followed including the following.
INSTRUCTIONS
READ
AND
FOLLOW ALL SAFETY
1.
Do
not
use
outdoors.
1. Do not use outdoors.
2.
2. Do
Do not
not let
let power
power supply
supply cord
cord touch
touch conductive
conductive surfaces.
surfaces.
INSTRUCTIONS
3.
3. Do
Do not
not mount
mount equipment
equipment near
near gas
gas or
or electric
electric heaters.
heaters.
Taking
Taking A
A Unit
Unit Out
Out Of
Of Service
Service
If
If a
a unit
unit is
is to
to be
be deliberately
deliberately taken
taken out
out of
of service
service for
for an
an extended
extended period,
period, the
the battery
battery lead
lead connector
connector should
should be
be disconnected
disconnected from
from the
the
charger
charger circuit
circuit board
board and
and insulated
insulated so
so that
that the
the battery
battery will
will go
go into
into storage
storage in
in a
a fully
fully charged
charged condition.
condition.
Replacing
Replacing The
The Battery
Battery
1.
1.
2.
2.
3.
3.
4.
4.
5.
5.
6.
6.
De-energize
De-energize the
the AC
AC power.
power.
Disengage
Disengage the
the housing
housing cover
cover from
from the
the backplate.
backplate.
Disconnect
Disconnect the
the battery
battery leads
leads from
from the
the charger
charger circuit
circuit board.
board.
Remove
Remove the
the battery
battery from
from the
the clips
clips inside
inside the
the cover.
cover.
Replace
with
a
new
battery
(see
unit
model
label
for
correct
Replace with a new battery (see unit model label for correct part
part number)
number) and
and reconnect
reconnect leads.
leads.
Reassemble
Reassemble cover
cover to
to backplate.
backplate.
4.
4.
1.
5.
5.
2.
3.
6.
6.
4.
7.
7.
8.
8.
5.
Replacing
Replacing LED
LED Lamps
Lamps
The
The LED
LED lamps
lamps inside
inside the
the unit
unit are
are not
not replaceable
replaceable or
or field
field serviceable.
serviceable. Please
Please see
see dual-lite.com
dual-lite.com for
for further
further assistance.
assistance.
Troubleshooting
Troubleshooting
Emergency
Emergency circuit
circuit does
does not
not work
work
Batteries are
are shipped
•• Batteries
shipped uncharged
uncharged and
and disconnected.
disconnected. Connect
Connect battery
battery leads
leads and
and charge
charge 24
24 hours
hours before
before testing.
testing.
•• Make
Make sure
sure the
the charger
charger board
board and
and test
test button/light
button/light pipe
pipe are
are properly
properly seated
seated and
and aligned.
aligned.
•• Check
wiring
connections.
Check wiring connections.
6.
7.
8.
Equipment
Equipment should
should be
be mounted
mounted in
in locations
locations and
and at
at heights
heights where
where it
it will
will not
not readily
readily be
be subject
subject
to
by
toDotampering
tampering
by unauthorized
unauthorized personnel.
personnel.
not use outdoors.
The
use
accessory
equipment
authorized
The
use
of
accessory
equipment
not
authorized by
by the
the manufacturer
manufacturer may
may cause
cause an
an unsafe
unsafe
Do not
letof
power
supply cords
touch hotnot
surfaces.
condition.
condition.
Do not mount near gas or electric heaters.
Do
not
this
for
other
its intended
purpose.
Do
not use
useshould
this equipment
equipment
forlocations
other than
than
intended
Equipment
be mounted in
and atitsheights
wherepurpose.
it will not readily be subject
Servicing
of
this
equipment
should
be
performed
by
qualified
service
Servicing
of
this
equipment
should
be
performed
by
qualified
service personnel.
personnel.
to tampering by unauthorized personnel.
Test
cycling:
the
Life
Safety
Code
(NFPA
101)
requires
of
lighting
Test
cycling:
the Life
Safetynot
Code
(NFPA
101)
requires testing
testing
of emergency
emergency
lighting units
units
The
use
of
accessory
equipment
authorized
by
the
manufacturer
may
cause
an
once
a
month
for
a
minimum
of
30
seconds,
and
once
a
year
for
a
minimum
of
90
once
a
month
for
a
minimum
of
30
seconds,
and
once
a
year
for
a
minimum
of
90 minutes.
minutes.
unsafe condition.
INSTALLER:
Do not use this equipment for other than its intended purpose.
Servicing of this equipment should be performed by qualified service personnel.
 SEE
UNIT
LABEL
FOR
ADDITIONAL
MODEL
SPECIFICATIONS
LABEL
ADDITIONAL
SPECIFICATIONS
Test SEE
cycling:UNIT
the Life Safety
Code FOR
(NFPA 101)
requires testing ofMODEL
emergency lighting
units once a month for a
minimum
SAVE
THESE
INSTRUCTIONS
FOR
USE
BY
OWNER/OCCUPANT
of
30
seconds,
and
once
a
year
for
a
minimum
of
90
minutes.
SAVE THESE INSTRUCTIONS FOR USE BY OWNER/OCCUPANT
INSTALLER:
WARNING –
WARNING
– This
This product
product contains
contains chemicals
chemicals known
known to
to the
the state
state of
of California
California to
to cause
cause cancer,
cancer, birth
birth
•SEE
UNIT
FOR
MODEL
SPECIFICATIONS
defects
and/or
other
reproductive
harm.
Thoroughly
after
handling,
defects
and/or
other LABEL
reproductive
harm.ADDITIONAL
Thoroughly wash
wash hands
hands
after installing,
installing,
handling, cleaning,
cleaning, or
or
otherwise
touching
this
otherwise
touching
this product.
product.
•SAVE
THESE
INSTRUCTIONS FOR USE BY OWNER/OCCUPANT
RECYCLING
RECYCLING INFORMATION
INFORMATION
All
aluminum, and
and thermoplastic
thermoplastic parts
parts are
are recyclable.
All steel,
steel, aluminum,
recyclable.
NOTICE:
NOTICE: Emergency
Emergency units
units contain
contain rechargeable
rechargeable batteries
batteries which
which
must
must be
be recycled
recycled or
or disposed
disposed of
of properly.
properly.
RECYCLING INFORMATION
Hubbell
Inc.
Products
•• www.dual-lite.com
steel, aluminum
andsafety
thermoplastic
parts are
recyclable.
HubbellAllLighting,
Lighting,
Inc. Life
Life
safety
Products
www.dual-lite.com
NOTICE: Emergency units contain rechargeable batteries which
93034795
Copyright©
All
rights
reserved
•• Specifications
93034797
must
recycled
or disposed
of properly. subject
Copyright© Hubbell
Hubbell Lighting,
Lighting, Inc.,
Inc.,
All be
rights
reserved
Specifications
subject to
to change
change without
without notice.
notice.
Printed
in
U.S.A.
93034799
Printed in U.S.A.
93033106_A
93033106_A 2/11
2/11
Hubbell Lighting, Inc. Life Safety Products • www.dual-lite.com
93034800
93035762
WARNING
– This
productEquipment
contains chemicals
knownIn
the StateLocations
of California to cause cancer, birth
Emergency
Lighting
For
Emergency
Lighting
Equipment
For Use
Use
IntoDamp
Damp
Locations
defects and/or other reproductive harm. Thoroughly wash hands after installing, handling, cleaning,
Damp
location
listed
units
Damp
location
listed
units are
are suitable
suitable for
for installation
installation in:
in:
or
otherwise
touching
this product.
1.
1. Interior
Interior locations
locations subject
subject to
to moderate
moderate degrees
degrees of
of moisture,
moisture, such
such as
as some
some basements,
basements, some
some barns,
barns,
some
some cold
cold storage
storage warehouses,
warehouses, and
and the
the like.
like.
Emergency
Lighting Equipment
For Use in Damp roofed
Locations porches and the like.
2.
2. Partially
Partially protected
protected locations
locations under
under canopies,
canopies, marquees,
marquees, roofed open
open porches and the like.
Damp location listed units are suitable for installation in:
1. Interior locations subject to modreate degrees of moisture, such as some basements, some barns, some cold storage
warehouses, and the like.
2. Partially protected locations under canopies, marquees, roofed open porches and the like.
Copyright© Hubbell Lighting, Inc., All Rights Reserved • Specifications subject to change without notice. • Printed in U.S.A.
93033106A
10/11
Hubbell Lighting, Inc.
INSTALLATION
INSTALLATION
INSTALLATION
INSTALLATION
This unit is designed to be mounted on a wall or ceiling. Provide standard units with a single unswitched supply from a 120VAC, 240VAC,
or
277VAC
circuit
for normal
lighting
inceiling.
the INSTALLATION
area
to bestandard
protected.
For
Spectron®
self-testing/self-diagnostic
provide
unit
This
This
unit
unit
is branch
is
designed
designed
to to
beused
be
mounted
mounted
onon
a wall
a wall
or or
ceiling.
Provide
Provide
standard
units
units
with
with
a single
a single
unswitched
unswitched
supply
supply
from
from
a 120VAC,
aunits,
120VAC,
240VAC,
240VAC,
with
a277VAC
120VAC
or 277VAC
branch
circuit.
or or
277VAC
branch
branch
circuit
circuit
used
used
forfor
normal
normal
lighting
lighting
in in
thethe
area
area
to to
bebe
protected.
protected.ForFor
Spectron®
Spectron®
self-testing/self-diagnostic
self-testing/self-diagnostic
units,
units,
provide
provide
unit
unit
This
is designed
to be mounted
on
a wall or ceiling. Provide standard units with a single unswitched supply from a 120VAC, 240VAC,
with
with
aunit
120VAC
a 120VAC
or or
277VAC
277VAC
branch
branch
circuit.
circuit.
or 277VAC
branch
used for normal
lighting in the area
to be protected.
Forthe
Spectron®
provide
The
EV unit
iscircuit
equipped
with intelligent
wiring.
Connect
blackself-testing/self-diagnostic
wire from the unit units,
to the
hotunit
with
a EV
120VAC
oris
277VAC
branch circuit.
The
The
EVunit
unit
isequipped
equipped
with
withintelligent
intelligentwiring.
wiring.Connect
Connectthe
theblack
blackwire
wirefrom
fromthe
theunit
unittotothe
thehot
hot
building wire (120-277VAC) and the white wire to the neutral building wire.
building
building
wire
wire
(120-277VAC)
(120-277VAC)
andthe
thewhite
white
wire
wiretoConnect
tothe
theneutral
neutral
building
building
wire.
wire.
(Exception:
The
EV2DI-24K,
EV2DIB-24K,
EV4DI-24K,
and
EV4DIB-24K
models
The
EV unit
is
equipped
withand
intelligent
wiring.
the
black
wire
from theshould
unit tobe
the hot
(Exception:
(Exception:
TheEV2DI-24K,
EV2DI-24K,
EV2DIB-24K,
EV2DIB-24K,
EV4DI-24K,
EV4DI-24K,
and
andEV4DIB-24K
EV4DIB-24K
models
modelsshould
shouldbebe
connected
toThe
220-240VAC
supplies
building
wire
(120-277VAC)
and
the only.)
white wire
to the neutral
building wire.
connected
connectedtoThe
to220-240VAC
220-240VAC
supplies
supplies
only.)
only.)EV4DI-24K, and EV4DIB-24K models should be
(Exception:
EV2DI-24K,
EV2DIB-24K,
connected to 220-240VAC supplies only.)
All EV units are shipped by default with the charger circuit board jumper in the “remote lampheads disabled” position,
INSTALLATION
as
shown
inshipped
Figure
1.
The
jumper
needs
to be moved
toboard
the jumper
“remote
enabled”
position
shown
in
AllAll
EV
EV
units
units
areare
shipped
byby
default
default
with
with
thethe
charger
charger
circuit
circuit
board
jumper
inlampheads
in
thethe
“remote
“remote
lampheads
lampheads
disabled”
disabled”
position,
position,
Figure
2The
ifjumper
the
model
being
installed
istoan
EV4
(powering
a remote
unit). position
asas
shown
shown
in in
Figure
Figure
1. 1.The
jumper
needs
needs
to to
be
be
moved
moved
to
the
the
“remote
“remote
lampheads
lampheads
enabled”
enabled”
position
shown
shown
in in
All EV units are shipped
by
default
the charger
circuit
board
jumper
in the “remote
lampheads
Figure
Figure
2 if2 the
if with
the
model
model
being
being
installed
installed
is is
anan
EV4
EV4
(powering
(powering
a remote
a remote
unit).
unit). disabled” position,
as shown in Figure 1. The jumper needs to be moved to the “remote lampheads enabled” position shown in
Figure 2 if the model being installed is an EV4 (powering a remote unit).
Looking at the center
of
the
circuit
Looking
Looking
at the
atboard:
the
center
center
of of
thethe
circuit
circuit
board:
board:
Looking at the center
of the circuit board:
Wall or Ceiling Mount – Back Power Feed
Wall
Wall
oror
Ceiling
Ceiling
Mount
Mount
– Back
– Back
Power
Power
Feed
Feed
1. Remove appropriate KO’s in backplate to mount
Wall
or Ceiling
Mount
– in
Back
Power
Feed
backplate
toappropriate
junction
box.
1.
1.
Remove
Remove
appropriate
KO’s
KO’s
in
backplate
backplate
to to
mount
mount
2. Remove
center
KO from
backplate and feed supply
backplate
backplate
to to
junction
junction
box.
box.
leads
through.
1. 2.
appropriate
KO’s
in
backplate
to
mount
2.
Remove
Remove
center
center
KOKO
from
from
backplate
backplate
and
and
feed
feed
supply
supply
3. Secure
backplate
to junction
backplate
to junction
box. box.
leads
leads
through.
through.
4.
To
help
with
wiring,
attach
cover
to
backplate
with
2.
Remove
center
KO
from
backplate
and
feed
supply
3. 3.Secure
Secure
backplate
backplate
to to
junction
junction
box.
box.
provided
plastic
hinge.
leads
through.
4. 4.
To
To
help
help
with
with
wiring,
wiring,
attach
attach
cover
cover
to to
backplate
backplate
with
with
5.
wires
from
the
unit tobox.
the building leads and
3. Connect
Secure
backplate
to
junction
provided
provided
plastic
plastic
hinge.
hinge.
secure
wire
nuts.
4. 5.
ToConnect
helpwith
with
wiring,
attach
cover
tobuilding
backplate
withand
5.
Connect
wires
wires
from
from
thethe
unit
unit
to to
thethe
building
leads
leads
and
6. Connect
battery
lead
to circuit board header as
provided
plastic
hinge.
secure
secure
with
with
wire
wire
nuts.
nuts.
shown.
5. 6.
wires
from
the
unit
to board
theboard
building
leads
6.
Connect
Connect
battery
battery
lead
lead
to to
circuit
circuit
header
header
asasand
7. For
remote
connect remote lighting load to
secure
withmodels,
wire nuts.
shown.
shown.
black(-)
and
red(+)
pigtails
from
circuit
board.
When
6. 7.
Connect
battery
lead
toconnect
circuit
board
header
as
7.
For
For
remote
remote
models,
models,
connect
remote
remote
lighting
lighting
load
load
to to
connecting
leads
forpigtails
remote
lighting
loads,
observe
shown.
black(-)
black(-)
and
and
red(+)
red(+)
pigtails
from
from
circuit
circuit
board.
board.
When
When
polarity
to ensure
proper
operation.
7. proper
Forconnecting
remote
models,
connect
remote
lighting
load
to
connecting
leads
leads
forfor
remote
remote
lighting
lighting
loads,
loads,
observe
observe
8. Installer
should
now
become
familiar
with
the eyeball
black(-)
and
red(+)
pigtails
from
circuit
board.
When
proper
proper
polarity
polarity
to
to
ensure
ensure
proper
proper
operation.
operation.
aimability
and
its
limitations.
connecting
leads
for
remote
lighting
loads,
observe
8. 8.Installer
Installer
should
should
now
now
become
become
familiar
familiar
with
with
thethe
eyeball
eyeball
proper
polarity
toits
ensure
proper operation.
aimability
aimability
and
and
its
limitations.
limitations.
8. Installer should now become familiar with the eyeball
aimability and its limitations.

93034795



Wall Mount – Surface Wiring (Top Power Feed Only)
Wall
Wall
Mount
Mount
– Surface
– Surface
Wiring
Wiring
(Top
(Top
Power
Power
Feed
Feed
Only)
Only)
1. Remove appropriate KO’s in backplate and
Wall
Mount
– Surface
Wiring
(Top and
Power
mount
backplate
to wall.
1. 1.
Remove
Remove
appropriate
appropriate
KO’s
KO’s
in in
backplate
backplate
and Feed Only)
2. Feed
wires
through
and
secure conduit to
mount
mount
backplate
backplate
to to
wall.
wall.
backplate.
1. 2.
Remove
appropriate
KO’s
in
backplate
and
2.
Feed
Feed
wires
wires
through
through
and
and
secure
secure
conduit
conduit
to to
3. Remove
the breakout
on top of the housing.
mount
backplate
to wall.
backplate.
backplate.
4.
To
help
with
wiring,
attach
cover
tothe
backplate
2. 3.
Feed
wires
through
and
conduit
to
3.
Remove
Remove
thethe
breakout
breakout
onsecure
on
top
top
of of
the
housing.
housing.
with
provided
plastic
hinge.
backplate.
4. 4.
ToTo
help
help
with
with
wiring,
wiring,
attach
attach
cover
cover
to to
backplate
backplate
5.
wires
from
the
unit
3. Connect
Remove
the breakout
on
toptoofthe
thebuilding
housing.
with
with
provided
provided
plastic
plastic
hinge.
hinge.
leads
and
secure
with
nuts.
4. 5.
ToConnect
help
with
wiring,
attach
cover
backplate
5.
Connect
wires
wires
from
from
thewire
the
unit
unit
to to
theto
the
building
building
6. Connect
battery
lead
towire
circuit
board header as
with
provided
plastic
hinge.
leads
leads
and
and
secure
secure
with
with
wire
nuts.
nuts.
shown.
5. 6.
wires
from
the
unit
to board
theboard
building
6.
Connect
Connect
battery
battery
lead
lead
to to
circuit
circuit
header
header
asas
7. For
remote
models,
connect
remote lighting
leads
and secure
with
wire nuts.
shown.
shown.
load
toremote
black(-)
and
red(+)
pigtails
from
circuitas
board.
6. 7.
Connect
battery
lead
toconnect
circuit
board
header
7.
For
For
remote
models,
models,
connect
remote
remote
lighting
lighting
When
leads
for pigtails
remote
lighting
loads,
shown.
load
load
toconnecting
to
black(-)
black(-)
and
and
red(+)
red(+)
pigtails
from
from
circuit
circuit
board.
board.
proper
polarity
toforensure
proper
operation.
7. observe
For
remote
models,
connect
remote
lighting
When
When
connecting
connecting
leads
leads
for
remote
remote
lighting
lighting
loads,
loads,
8. Installer
should
now
become
familiar
with
the
load
to black(-)
and
red(+)
pigtails
from
circuit
board.
observe
observe
proper
proper
polarity
polarity
to to
ensure
ensure
proper
proper
operation.
operation.
eyeball
aimability
and
its
limitations.
When
connecting
leads
for
remote
lighting
loads,
8. 8.
Installer
Installer
should
should
now
now
become
become
familiar
familiar
with
with
the
the
observe
proper
polarity
ensure
proper operation.
eyeball
eyeball
aimability
aimability
and
and
itstoits
limitations.
limitations.
8. Installer should now become familiar with the
eyeball aimability and its limitations.
 93034797



**
**
**
**




Figure 2
Figure 1
93035762
Figure
Figure
22
Figure
Figure
11
Once the EV4 model
is 1installed, press and
hold2the test button
Figure
Figure
Once
Once
the
theEV4
EV4
model
model
isisinstalled,
installed,
press
press
and
and
hold
hold
the
the
test
testbutton
button**
for more
than
5 seconds
to initiate
the
load
learn
process.
**
for
for
more
more
than
than
5 5seconds
seconds
totoinitiate
initiate
the
load
load
learn
learn
process.
Once
the
EV4
model
is installed,
pressthe
and
hold
the process.
test
button **
for more than 5 seconds to initiate the load learn process.
OPERATION
Operation
OPERATION
OPERATION
“AC ON” LED is illuminated when AC power is present.
OPERATION
“AC
“AC
ON”
ON”
LED
LED
is is
illuminated
illuminated
when
when
ACAC
power
power
is is
present.
present.
**
NOTE: All models are supplied with an AC Lockout circuit, which prevents the emergency lights from illuminating
the
battery
is
connected
and
no
power
is present.
“AC
ON”when
LED
is illuminated
when
AC
power
isAC
present.
NOTE:
NOTE:
All
All
models
models
areare
supplied
supplied
with
with
an
an
ACAC
Lockout
Lockout
circuit,
circuit,
which
which
prevents
prevents
thethe
emergency
emergency
lights
lights
from
from
illuminating
illuminating
when
when
thethe
battery
battery
is is
connected
connected
and
and
nono
ACAC
power
power
is is
present.
present.
NOTE:
circuit,
whichthe
prevents
damage
tofrom
the battery
from
NOTE: All
All models
models are
are supplied
supplied with
with aanLow
ACVoltage
LockoutDisconnect
circuit, which
prevents
emergency
lights
illuminating
deep
discharge
during
prolonged
emergency
operation.
when
the battery
is connected
and
no
AC power
is present.
NOTE:
NOTE:
All
All
models
models
areare
supplied
supplied
with
with
a Low
a Low
Voltage
Voltage
Disconnect
Disconnect
circuit,
circuit,
which
which
prevents
prevents
damage
damage
to to
thethe
battery
battery
from
from
deep
deep
discharge
discharge
during
during
prolonged
prolonged
emergency
emergency
operation.
operation.
NOTE:
are
often
shipped
discharged
– this iscircuit,
normal.
Theprevents
battery will
require
NOTE: Batteries
All models
are
supplied
withinaaLow
Voltage state
Disconnect
which
damage
to charging.
the batteryAllow
from
24
hours
of
charging
before
testing
the unit. state
deep
discharge
during
prolonged
operation.
NOTE:
NOTE:
Batteries
Batteries
are
are
often
often
shipped
shipped
in
in
a discharged
a emergency
discharged
state
– this
– this
is normal.
is normal.The
The
battery
battery
willwill
require
require
charging.
charging.Allow
Allow
2424
hours
hours
of of
charging
charging
before
before
testing
testing
thethe
unit.
unit.
NOTE:
Batteries
are
often
shipped
in
a
discharged
state
–
this
is
normal.
The
battery
will
require
charging.
Allow
Models with SPECTRON® Self-Testing/Self-Diagnostic Circuitry
24 hours of charging before testing the unit.
Models
Modelswith
withSPECTRON®
SPECTRON®Self-Testing/Self-Diagnostic
Self-Testing/Self-DiagnosticCircuitry
Circuitry
Models equipped with the Spectron® self-testing/self-diagnostic electronics system provide:
Models
with with
SPECTRON®
Self-Testing/Self-Diagnostic
Circuitry
Models
Models
equipped
equipped
thethe
Spectron®
Spectron®
self-testing/self-diagnostic
electronics
electronics
system
system
provide:
provide: test status and results
with
Visual
indication
of self-testing/self-diagnostic
AC power status  Visual
indication
of self-diagnostic
 Visual
the
Visual
indication
indication
of-of
AC
AC
power
power
status
status ofVisual
any
Visual
indication
indication
of of
self-diagnostic
self-diagnostic
test
status
status
and
and
results
results
Visual
indication
unit
malfunctions
include –test
Models equipped with
Spectron®
self-testing/self-diagnostic
electronics
system
provide:
Visual
-- power
Visual
indication
indication
of
any
any
unit
unit
malfunctions
malfunctions
include
–test
– status
 Battery
Disconnected
 Battery
Fault

Charger
Fault
LEDinclude
Driver
Fault
 Lamp
Fault
 Visual
indication
of -AC
status
ofVisual
indication
of self-diagnostic
and
results
 Battery

Battery
Disconnected
Disconnected
 Battery
 Battery
Fault
Fault
 Charger
 unit
Charger
Fault
Fault LED
 LED
Driver
Driver
Fault
 Lamp
Fault
Fault
Spectron equipped units
also
include:
-- Visual
indication
of any
malfunctions
include
– Fault Lamp
Brownout
protection:
unit
will
automatically
transfer to emergency operation upon detection of low AC power (approximately 80% of
Spectron
Spectron
equipped
equipped
units
units
also
also
include:
include:
 Battery Disconnected  Battery Fault  Charger Fault  LED Driver Fault  Lamp Fault
nominal
line).
Brownout
Brownout
protection:
protection:unit
unit
willwill
automatically
automatically
transfer
transfer
to to
emergency
emergency
operation
operation
upon
upon
detection
detection
of of
low
low
ACAC
power
power
(approximately
(approximately
80%
80%
of of
Time
Delay
Retransfer:
of normal AC power, unit will remain in emergency mode for an additional 15 minutes to allow AC
Spectron
equipped
unitsupon
alsoreturn
include:
nominal
nominal
line).
line).
power
toDelay
stabilize.
Brownout
protection:
unit
will return
automatically
transfer
to emergency
operation
upon
detection
offor
low
power (approximately
80%
of
Time
Time
Delay
Retransfer:
Retransfer:
upon
upon
return
of of
normal
normal
ACAC
power,
power,
unit
unit
willwill
remain
remain
in in
emergency
emergency
mode
mode
for
anAC
an
additional
additional
1515
minutes
minutes
to to
allow
allow
ACAC
nominal
power
power
toline).
to
stabilize.
stabilize.
LED
Indicator upon return of normal AC power, unit will remainAutomatic
TimeStatus
Delay Retransfer:
in emergency
mode
for
an
additional
15
minutes
to
allow
AC
Tests
A
bicolor
LED
(green/red)
power
to
stabilize.
LED
LED
Status
Status
Indicator
Indicator is provided on the control panel
The
unit will Tests
automatically
initiate a self-test/self-diagnostic
Automatic
Automatic
Tests
of
all
models
equipped
withisthe
Spectron®
option.
A bicolor
A bicolor
LED
LED
(green/red)
(green/red)
is
provided
provided
onon
the
the
control
control
panel
panel
cycle
based
on
the following
table:
The
The
unit
unit
willwill
automatically
automatically
initiate
initiate
a self-test/self-diagnostic
a self-test/self-diagnostic
LED
Status
Indicator
of of
allall
models
models
equipped
equipped
with
with
thethe
Spectron®
Spectron®
option.
option.
Automatic
Tests
cycle
cycle
based
based
onon
thethe
following
following
table:
table:
Green
Operating
Status LED:
A bicolor
LED (green/red)
is provided on the control panel
The
unit will
automatically initiate
a self-test/self-diagnostic
Testing
Period
Duration
of Test
The
Operating
Status
LED
serves as option.
both an AC
of Green
allgreen
models
equipped
with
the
Spectron®
Green
Operating
Operating
Status
Status
LED:
LED:
cycle
based
on
the following Duration
table:
Testing
Testing
Period
Period
Duration
of of
Test
Test
power
and
self-test
indicator.
During
normal
operation,
Once
a month
1 minute
The
The
green
green
Operating
Operating
Status
Status
LED
LED
serves
serves
asas
both
both
anan
ACAC
the
green
Operating
Status
LED
will
be
illuminated,
Green
Operating
Status
LED:
power
power
and
and
self-test
self-test
indicator.
indicator.
During
During
normal
normal
operation,
operation,
Once
a month
1 minute
Once
a month
1 minute
Once
every
6
Alternating:
Testing
Period
Duration
of
Test
indicating
the
presence
of AC
power.
During
all autoThe
green
Operating
Status
LED
serves
as
both
an AC
the
the
green
green
Operating
Operating
Status
Status
LED
LED
will
will
be
be
illuminated,
illuminated,
months
30
minutes or 60 minutes
Once
Once
every
every
6 6
Alternating:
Alternating:
matic
orand
manual
self-test
the
green
Operating
power
self-test
indicator.
During
normal
operation,
Once
a month
1 minute
indicating
indicating
the
the
presence
presence
ofcycles,
of
ACAC
power.
power.
During
During
allall
autoautomonths
minutes
minutes
months
3030
minutes
or or
6060
minutes
Status
LED
will
blink
twice
every
second.
thematic
green
Operating
Status
LED the
willthe
begreen
illuminated,
matic
or or
manual
manual
self-test
self-test
cycles,
cycles,
green
Operating
Operating
Once every 6
Alternating:
indicating
the
presence
of AC
power.
During all autoStatus
Status
LED
LED
will
will
blink
blink
twice
twice
every
every
second.
second.
months
30 minutes or 60 minutes
Red
Alert
LED: cycles, the green Operating
maticService
or manual
self-test
Under
normal
operating
conditions,
the red Service Alert
Status
LED
will
blink
twice
every second.
Red
Red
Service
Service
Alert
Alert
LED:
LED:
LED
indicator
will
remain
off.
If the Spectron®
controller
Under
Under
normal
normal
operating
operating
conditions,
conditions,
thethe
redred
Service
Service
Alert
Alert
Manual Tests
detects
a malfunction,
the off.
red
Service
Alert LEDcontroller
will
blink
Red
Service
Alert
LED:
LED
LED
indicator
indicator
willwill
remain
remain
off.If
the
If the
Spectron®
Spectron®
controller
Using
theTests
unit
test switch, users can initiate different
Manual
Manual
Tests
in
the
pattern
listed
in the
following
table:
Under
normal
operating
conditions,
theAlert
red
Service
Alert
detects
detects
a malfunction,
a malfunction,
the
the
redred
Service
Service
Alert
LED
LED
willwill
blink
blink
duration
test
cycles
based
onusers
thecan
following
table:
Using
Using
the
the
unit
unit
test
test
switch,
switch,
users
can
initiate
initiate
different
different
LED
indicator
will
remain
off.
If the table:
Spectron®
controller
in
in
thethe
pattern
pattern
listed
listed
in in
thethe
following
following
table:
Manual
Tests
duration
duration
test
test
cycles
cycles
based
based
onon
thethe
following
following
table:
table:
detects
a malfunction,
the red Service
Alert LED will blink
Red Status
LED Code
Description
Using
the
unit
test
switch,
users
can
initiate
different
Initiating Action
Test Cycle
inRed
the
pattern
listed
inCode
the following
table:
Red
Status
Status
LED
LED
Code
Description
Description
duration
test cycles
based on the following
table:
One blink ON/pause
Battery disconnected
Initiating
Initiating
Actiononce
Test
Cycle
Cycle
Press
testAction
switch
1Test
minute
One
blink
ON/pause
Battery
disconnected
One
blink
ON/pause
Battery
disconnected
Red blinks
StatusON/pause
LED Code
Description
Press
Press
test
test
switch
switch
once
once
1 minute
1minutes
minute
Two
Battery
fault
Press
test
switch
twice
90
Initiating Action
Test Cycle
Two
Two
blinks
blinks
ON/pause
ON/pause
Battery
Battery
fault
fault
Press
Press
test
test
switch
switch
twice
twice
9090
minutes
minutes
One
blink
ON/pause
Battery
disconnected
Three
blinks
ON/pause
Charger
fault
Press test switch once
1 minute
Pressing the test switch any time after a 90 min. test
Three
Three
blinks
blinks
ON/pause
ON/pause
Charger
Charger
fault
fault
Two
blinks
ON/pause
Battery
fault
Four
LED Driver fault
Press
switch
twice
90
cycle
hastest
begun
cancels
the
remainder
ofaminutes
the
90
min.
test
Pressing
Pressing
the
the
test
test
switch
switch
any
any
time
time
after
after
90
a 90
min.
min.
test
test
Four
Four
blinks
blinks
ON/pause
ON/pause
LED
LED
Driver
Driver
fault
fault
and
returns
the
unit
to normal
operation.
cycle
cycle
has
has
begun
begun
cancels
cancels
thethe
remainder
remainder
of of
thethe
9090
min.
min.
test
test
Three
blinks
ON/pause
Charger
fault
Five
blinks
ON/pause
Lamp
fault
Pressing
the
test
switch
anyoperation.
time
after a 90 min. test
and
and
returns
returns
thethe
unit
unit
to to
normal
normal
operation.
Five
Five
blinks
blinks
ON/pause
ON/pause
Lamp
Lamp
fault
fault
Four
Red/Green
blinks
ON/pause
alternating
Load
LED
Driver
Learn
in
fault
Process
cycle has begun cancels the remainder of the 90 min. test
Red/Green
Red/Green
alternating
alternating
Load
Load
Learn
Learn
in in
Process
Process
and returns the unit to normal operation.
Five
blinks ON/pause
Lamp
fault
Red/Green alternating
Load Learn in Process