24 volt fully automatic battery charger

24 VOLT FULLY AUTOMATIC
BATTERY CHARGER
MODEL 18360L TYPE 24EL12-3ET
AC Supply:
DC Output:
Battery Capacity:
Battery Size:
Normal Recharge Time:
Specifications
120 volts AC, 60 Hertz, single-phase, 5 amps maximum
24 volts DC, 12 amps tapering to 3 amps
Two series connected 6 cell, 12-volt, deep-cycle motive power batteries.
Gel cell and sealed "maintenance-free" or conventional replaceable
electrolyte deep-cycle batteries
50 to 150 amp hours
8 hours
PLEASE SAVE THESE IMPORTANT SAFETY AND OPERATING INSTRUCTIONS
For correct operation of the equipment, it is important to read and be familiar
with this entire manual before installing and operating the charger.
DO NOT DISCARD THIS MANUAL AFTER READING.
LOOK FOR THIS SYMBOL TO POINT OUT SAFETY PRECAUTIONS. IT MEANS:
BECOME ALERT—YOUR SAFETY IS INVOLVED. IF YOU DO NOT FOLLOW THESE
SAFETY INSTRUCTIONS, INJURY OR PROPERTY DAMAGE CAN OCCUR.
characteristics required by these different types of
battery design are selected by sliding the
BATTERY TYPE selector switch to the correct
setting. A patented electronic circuit turns the
charger on and off automatically.
IMPORTANT SAFETY INSTRUCTIONS
Before using battery charger, read all instructions
and cautionary markings on battery charger,
battery, equipment. Use of an attachment not
recommended or sold by battery charger
manufacturer may result in a risk of fire, electric
shock, or injury to persons.
Batteries used on industrial equipment are
subjected to severe deep-cycle duty on a daily
basis. For this reason, it is important that only
deep-cycle batteries be used.
INTRODUCTION
CAUTION: THIS CHARGER IS FOR USE
ONLY ON 12 CELL 50-150 AMP-HR (20 HR.
RATE), 2.38-2.50 VOLTS PER CELL MAXIMUM
VOLTAGE RECHARGEABLE, DEEP-CYCLE
The Dual-Mode battery charger is designed to
recharge deep-cycle batteries of conventional
replaceable electrolyte or gel cell and sealed
"maintenance-free" design. The different charge
Operating Instructions
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BATTERY SYSTEMS. THIS CHARGER IS FOR
USE ON REPLACEABLE ELECTROLYTE OR
GEL CELL AND SEALED "MAINTENANCEFREE" DEEP-CYCLE BATTERIES. "BATTERY
TYPE" SWITCH MUST BE SET TO THE
PROPER TYPE OF BATTERY. BATTERIES
IMPROPERLY MATCHED WITH CHARGER
MAY BURST CAUSING PERSONAL INJURY
AND DAMAGE TO BATTERIES OR CHARGER.
AC INPUT
The charger must be grounded to reduce the risk
of electric shock. It is equipped with an electric
cord having an equipment-grounding conductor
and a grounding-type plug. The plug must be
plugged into an appropriate outlet that is properly
installed and grounded in accordance with the
National Electrical Code and all local codes and
ordinances.
DANGER: IMPROPER CONNECTION OF
THE EQUIPMENT-GROUNDING CONDUCTOR
CAN RESULT IN A RISK OF ELECTRIC
SHOCK.
DO NOT REMOVE GROUNDING
PRONG FROM PLUG.
INITIAL INSTALLATION
Circuit breaker or fuse protection in the 120 volt
AC outlet to which the charger is to be plugged
should allow 7 amps per charger. Do not overload
electrical outlet. Use of an extension cord with the
charger should be avoided unless absolutely
necessary. Use of an improper extension cord
could result in a risk of a fire and electric shock. If
an extension cord is needed, use a threeconductor, No. 14 AWG (or larger) cord with
ground, properly wired, in good electrical condition
and keep as short as possible. Make sure that the
pins on the plug of the extension cord are the
same number, size, and shape as that of the plug
on the battery charger. Locate all cords so that
they will not be stepped on, tripped over, or
otherwise subjected to damage or stress. Do not
operate the battery charger with a damaged cord
or plug. Do not operate the battery charger if it
received a sharp blow, was dropped or otherwise
damaged in any manner. Refer to a qualified
service agent.
GROUNDING INSTRUCTIONS
This battery charger is equipped with a grounding
plug as illustrated in Figure A, for use on a
nominal 120 volt, 60 Hertz circuit. A temporary
adapter, as illustrated in Figure B and C, may be
used to connect this plug to a two-pole receptacle
as shown in Figure B if a properly grounded outlet
is not available. The temporary adapter should be
used only until a properly grounded outlet can be
installed by a qualified electrician. The greencolored rigid ear extending from the adapter must
be connected to a permanent ground such as a
properly grounded outlet box.
DANGER: BEFORE USING THE ADAPTER
AS ILLUSTRATED, BE CERTAIN THAT THE
CENTER SCREW OF THE OUTLET PLATE IS
GROUNDED.
Provide adequate ventilation for both batteries
and charger.
The convection cooled design
requires an unobstructed flow of cooling air for
proper operation. Keep all charger ventilation
openings at least two inches (2") (5.08cm) away
from walls and other objects. Do not allow
clothing, blankets, or other material to cover
charger.
GROUNDING METHODS
WARNING:
CHARGERS CAN IGNITE
FLAMMABLE MATERIALS AND VAPORS. DO
NOT USE NEAR FUELS, GRAIN DUST,
SOLVENTS,
THINNERS,
OR
OTHER
FLAMMABLES.
NOTE: Use of adapter shown in Figures B and C
is NOT permitted in Canada.
WARNING: KEEP DRY; DO NOT EXPOSE
TO RAIN OR SPRAY. FOR STORAGE, KEEP
CHARGER IN A BUILDING. REPLACE WORN,
CUT, OR DAMAGED ELECTRICAL CORDS
AND PLUGS IMMEDIATELY.
Operating Instructions
BATTERY TYPE
Battery manufacturers frequently use the same
battery cases for different battery types. Replaceable liquid electrolyte deep-cycle batteries have
removable cell caps.
Water electrolyzed by
discharging and charging the battery is replaced
through these openings.
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Gel cell and sealed "maintenance-free" deepcycle batteries are generally distinguished by nonremovable cell caps. The physical appearance of
the battery case is frequently the same as that of
a replacement liquid electrolyte battery though the
cell caps are generally not removable.
2. Move the POWER switch to "OFF" position.
3. Connect the power supply cord to a properly
grounded, 120 volt, 60 Hertz, single-phase
outlet.
4. Connect charger’s DC output plug to the
equipment charging receptacle.
Do not
connect the DC plug unless the "POWER"
switch is in the "OFF" position.
Refer to the battery manufacturer's information
panel on the battery case to determine the type
battery you have. If the information panel is
missing or not legible, do not use the battery.
Refer to your dealer if you do not understand what
type battery you are using and have them set the
BATTERY TYPE switch accordingly.
5. Move the POWER switch to "ON" and the
RED and GREEN lights will come on steady
for a few seconds to test the lights. If the
lights do not come on, either the AC cord is
not plugged in or the AC outlet is not live.
Test for a live AC outlet by connecting a
suitable appliance into the specific outlet.
The BATTERY TYPE switch is a two-position slide
switch visible in the rectangular opening on the
front of the charger. Using a small screwdriver,
slide the switch from one setting to the other
through the opening. Take care not to damage
the switch when moving it to the desired setting.
WARNING: CHARGER IS NOT TO BE
USED
WHILE
THE
EQUIPMENT
IS
OPERATING.
ATTENTION: Ne pas utiliser le charger
pendant que l’equipment est en marche.
NORMAL OPERATION
Instructions printed on cover of charger are
for daily reference.
WARNING:
LEAD-ACID
BATTERIES
GENERATE
GASES
WHICH
CAN
BE
EXPLOSIVE.
TO PREVENT ARCING OR
BURNING NEAR BATTERIES, DO NOT
DISCONNECT DC CHARGING CORD FROM
BATTERIES WHEN THE CHARGER IS
OPERATING. IF THE CHARGE CYCLE MUST
BE INTERRUPTED, MOVE THE "POWER"
SWITCH TO "OFF" AND DISCONNECT THE
CHARGER POWER SUPPLY CORD BEFORE
DISCON-NECTING THE DC OUTPUT CORD
FROM THE BATTERIES.
KEEP SPARKS,
FLAME, AND SMOKING MATERIALS AWAY
FROM BATTERIES.
1. Set "BATTERY TYPE" switch to the proper
style of battery to be charged.
CAUTION: MAKE SURE THE BATTERY
PACK IS A 24 VOLT, 12 CELL, SERIES
CONNECTED, 50-150 AMP-HOUR (20 HR.
RATE),
RECHARGEABLE
DEEP-CYCLE
BATTERY SYSTEM. THE "GEL CELL AND
SEALED DEEP-CYCLE BATTERY" SETTING
CHARGES TO A MAXIMUM ON-CHARGE
VOLTAGE OF 2.38 VOLTS PER CELL. THE
"REPLACEABLE ELECTROLYTE DEEP-CYCLE
BATTERY" SETTING HAS AN ON-CHARGE
VOLTAGE OF AT LEAST 2.50 VOLTS PER
CELL.
VISUALLY CHECK THAT THE
BATTERY TYPE SWITCH IS SET CORRECTLY
FOR THE TYPE OF BATTERY YOU ARE
USING.
WARNING: ALWAYS SHIELD EYES WHEN
WORKING NEAR BATTERIES. DO NOT PUT
WRENCHES OR OTHER METAL OBJECTS
ACROSS BATTERY TERMINAL OR BATTERY
TOP.
ARCING OR EXPLOSION OF THE
BATTERY CAN RESULT!
DANGER:
TO PREVENT ELECTRIC
SHOCK, DO NOT TOUCH UNINSULATED
PARTS OF THE CHARGER DC OUTPUT
CONNECTOR, BATTERY CONNECTOR, OR
BATTERY TERMINALS.
MAKE SURE ALL
ELECTRICAL CONNECTORS ARE IN GOOD
WORKING CONDITION.
DO NOT USE
CONNECTORS
THAT
ARE
CRACKED,
CORRODED OR DO NOT MAKE ADEQUATE
ELECTRICAL CONTACT.
USE OF A
DAMAGED OR DEFECTIVE CONNECTOR MAY
RESULT IN A RISK OF OVERHEATING OR
ELECTRIC SHOCK.
Operating Instructions
Charger will output power three to five (3 to 5)
seconds after turning switch "ON" as indicated
by the RED light turning off, the slow blinking
GREEN light (once per second), and a slight
transformer hum.
If both lights go off about five seconds after
AC is applied, check to see if the DC plug is
correctly connected to the battery. If the DC
plug is connected properly, either an open
circuit exits in the equipment's internal
circuitry, or the battery voltage is below 7 volts
(see Troubleshooting).
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normal charging. Larger batteries (greater
than 150 ampere-hours) or severely
discharged batteries may require up to 16
hours to be properly charged and equalized.
If the charger operates for 16 hours and is
unable to fully charge the batteries, an internal
timer turns the charger off and begins to fast
blink the RED light.
The charger has an under-voltage protection
mode which will terminate the charge if
battery voltage does not increase above 18
volts after 10 minutes of charging. This
prevents destroying 12 volt battery systems
with this 24 volt charger. When this occurs,
the RED light will come on steady.
6. Correct initial charge rate should be between
11 to 13 amps. As the batteries become more
charged the charge rate decreases. When the
batteries reach approximately 80% of full
charge, the GREEN light will fast blink (8
times per second), the charge rate will have
decreased as determined by the "BATTERY
TYPE" switch setting and the condition of the
batteries.
A maximum voltage shutoff for wet batteries
is an additional safety feature of the charger.
When the battery potential increases above
2.83 volts per cell, the charger cycle is
terminated and the RED light begins to slow
blink.
9. After the charger has turned off, move the
Power switch to "OFF", disconnect AC cord
first, then the DC output cord from the
equipment charging receptacle.
Replaceable Electrolyte Deep Cycle Battery
With healthy batteries, the charging current
will decrease to between 2 to 4 amps and
remain there until the charger turns off. As
replaceable electrolyte deep cycle batteries
lose capacity, the charge rate may no longer
decrease to this reading. The charger will still
determine when the batteries are as charged
as they are capable of being and will turn off.
When battery capacity has decreased to
where the charger is no longer able to taper
down to less than 4 amps, or the batteries will
no longer perform as desired they should be
replaced.
CAUTION: TO AVOID DAMAGE TO THE
CHARGER
CORD
AND
BATTERY
CONNECTOR, DISCONNECT BY GRASPING
THE PLUG HANDLE OR BODY AND PULLING
IT STRAIGHT OUT OF THE BATTERY
CONNECTOR.
DO NOT PULL ON THE
CHARGER CORD. DO NOT TWIST, ROCK OR
PULL THE PLUG SIDEWAYS.
WARNING:
TO PREVENT ARCING OR
BURNING NEAR THE BATTERIES, DO NOT
DISCONNECT THE OUTPUT CORD FROM THE
BATTERIES WHILE THE CHARGER IS
OPERATING. IF THE CHARGE CYCLE MUST
BE INTERRUPTED, FIRST SLIDE THE POWER
SWITCH TO "OFF", THEN DISCONNECT AC
CORD, AND FINALLY THE OUTPUT CORD
FROM THE BATTERIES.
KEEP SPARKS,
FLAME, AND SMOKING MATERIALS AWAY
FROM BATTERIES. NO SMOKING.
Gel Cell and Sealed Deep Cycle Battery
The charging current will decrease to near
zero and remain there until the charger turns
off. Gel cell deep cycle batteries will still taper
to near zero charge current even as they wear
out and lose capacity and range. As sealed
deep cycle batteries lose capacity and range,
the charge current may no longer decrease to
this low a reading. The charger will still
determine when the batteries are as charged
as they are capable of being and turn off.
When the batteries will no longer perform as
desired they should be replaced.
WARNING:
DO NOT LEAVE THE DC
OUTPUT CONNECTOR PLUGGED IN WHILE
UNATTENDED FOR MORE THAN TWO (2)
DAYS.
SEVERE OVERCHARGING AND
DAMAGE TO THE BATTERIES MAY RESULT
IF THE CHARGER DOES NOT TURN OFF.
7. Charger is equipped with a thermal breaker
which automatically turns the charger off if it
overheats. Should charger turn off before the
batteries are fully charged, check to be sure
all ventilation openings are free from
obstructions. After charger cools down to a
safe temperature it will automatically restart.
If charger repeatedly overheats, refer to a
qualified service agent.
PROPER CARE OF DEEP-CYCLE MOTIVE
POWER BATTERIES
Batteries used on industrial equipment are
subjected to severe deep-cycle duty on a daily
basis. For this reason, it is important that only
deep-cycle batteries be used. Although these
batteries are designed to withstand such duty, the
following precautions must be observed to obtain
good performance and maximum cycle life.
8. Charger turns off automatically when batteries
are fully charged as indicated by steady on
GREEN light. Charge time varies with battery
size and depth of discharge. Allow 8 hours for
Operating Instructions
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PERSONAL PRECAUTIONS
CAUTION: ALWAYS WEAR PROTECTIVE
CLOTHING AND EYE SHIELDS WHEN
WORKING WITH BATTERIES.
BATTERIES
CONTAIN ACID WHICH CAN CAUSE BODILY
HARM.
DO NOT PLACE WRENCHES OR
OTHER METAL OBJECTS ACROSS THE
BATTERY TERMINALS OR BATTERY TOP.
ARCING OR EXPLOSION OF THE BATTERY
MAY RESULT.
SOMEONE SHOULD BE
WITHIN THE RANGE OF YOUR VOICE OR
CLOSE ENOUGH TO COME TO YOUR AID
WHEN YOU WORK NEAR A LEAD-ACID
BATTERY. HAVE PLENTY OF FRESH WATER
AND SOAP NEARBY IN CASE BATTERY ACID
CONTACTS SKIN, CLOTHING OR EYES.
1. Someone should be within range of your voice
or close enough to come to your aid when you
work near a lead-acid battery.
2. Have plenty of fresh water and soap nearby in
case battery acid contacts skin, clothing, or
eyes.
3. Wear complete eye and clothing protection.
Avoid touching eyes while working near
battery.
4. If battery acid contacts skin or clothing, wash
immediately with soap and water. If acid
enters eye, immediately flood eye with
running cold water for at least 10 minutes and
get medical attention immediately.
5. NEVER smoke or allow a spark or flame in
vicinity of battery.
WARNING: RISK OF EXPLOSIVE GASES.
WORKING IN VICINITY OF A LEAD-ACID
BATTERY IS DANGEROUS.
BATTERIES
GENERATE EXPLOSIVE GASES DURING
NORMAL BATTERY OPERATION. FOR THIS
REASON, IT IS OF UTMOST IMPORTANCE
THAT EACH TIME BEFORE USING YOUR
CHARGER, YOU READ THIS MANUAL AND
FOLLOW THE INSTRUCTIONS EXACTLY.
6. Be extra cautious to reduce risk of dropping a
metal tool onto battery. It might spark or
short-circuit battery or other electrical part that
may cause explosion.
7. Remove personal metal items such as rings,
bracelets, necklaces, and watches when
working with a lead-acid battery. A lead-acid
battery can produce a short-circuit current
high enough to weld a ring or the like to metal,
causing a severe burn.
1. New batteries should be given a full charge
before their first use because it is difficult to
know how long batteries have been stored.
8. NEVER charge a frozen battery.
2. Limit use of new batteries for first 5 cycles.
New batteries are not capable of their rated
output until they have been discharged a
number of times.
TROUBLESHOOTING
3. Do not excessively discharge batteries.
Excessive discharge can cause polarity
reversal of individual cells resulting in
complete failure shortly thereafter. Limited
use of new batteries will minimize the chance
of cell reversal.
CAUTION: DO NOT DISASSEMBLE THE
CHARGER.
TAKE IT TO A QUALIFIED
SERVICE AGENT WHEN SERVICE OR REPAIR
IS REQUIRED. INCORRECT REASSEMBLY
MAY RESULT IN RISK OF ELECTRIC SHOCK
OR FIRE.
4. CHECK
THE
LEVEL
OF
THE
ELECTROLYTE IN CONVENTIONAL LIQUID
ELECTROLYTE LEAD ACID BATTERIES
MONTHLY.
MAINTAIN THE PROPER
ELECTROLYTE LEVEL BY ADDING WATER
WHEN NECESSARY.
Electrolyte levels
lower during discharge and rise during charge.
Therefore, it is mandatory that water be added
to cells ONLY when they are fully charged; do
not overfill.
Old batteries require more
frequent additions of water compared to new
batteries.
The following procedures are intended only to
determine if a malfunction may exist in the
charger, or in the equipment and batteries.
DANGER:
TO REDUCE RISK OF
ELECTRIC SHOCK, ALWAYS DISCONNECT
BOTH THE POWER SUPPLY CORD AND THE
OUTPUT CORD BEFORE ATTEMPTING ANY
MAINTENANCE OR CLEANING.
CAUTION:
DO NOT OPERATE THE
CHARGER IF IT IS DAMAGED OR APPEARS
TO BE MALFUNCTIONING.
PERSONAL
INJURY OR DAMAGE TO THE CHARGER
AND/OR BATTERIES MAY RESULT.
5. Keep tops of batteries clean and dry to
prevent excessive self-discharge.
Keep
battery terminals reasonably tight.
Operating Instructions
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automatically restart.
repeatedly
overheats
malfunctioning.
Use the following chart to help you troubleshoot
problems with the battery and charger system.
There are four different modes that each light can
have: OFF (light is off), SLOW BLINK (light blinks
on and off once per second), FAST BLINK, (light
blinks on and off eight times per second), and
STEADY (light is full on).
RED LIGHT
GREEN LIGHT
Off
Off
b. The AC power was interrupted during
charge.
c.
Steady
Off
Slow Blink
Charging (less than 80%
charged)
Off
Fast Blink
Charging (over 80% charged)
Light test when AC connected
Off
Steady
Steady
Off
Undervoltage shutoff,
< 18.0 volts
Slow Blink
Off
Overvoltage shutoff,
> 33.96 volts
Fast Blink
Off
Max. timer shutoff, >18 hours
4. A decrease in equipment range where it loses
power earlier and earlier in the day indicates
one of the following:
Normal charge completed
a. Use of the equipment before the batteries
have been fully charged and the charger
turns off, shortens battery life and hastens
the onset of this reduced daily range.
Battery capacity lost in this manner is
permanent and is not recovered with
additional charge cycles.
1. If the RED and GREEN lights do not
illuminate within three seconds after the AC
power is applied to the charger, it indicates
one of the following:
b. Conventional
replaceable
liquid
electrolyte batteries are being under
charged on the gel cell "BATTERY TYPE"
switch setting. Battery capacity lost in this
manner is permanent and is not recovered
with additional charge cycles.
a. Charger "POWER" switch is not in "ON"
position.
b. Charger is not plugged into a live AC
outlet.
c.
2. If both lights go off and stay off three to five
(3-5) seconds after the charger connections
are completed, it indicates one of the
following and the charger is prevented from
turning on;
a. DC plug not connected to the equipment
receptacle.
e. The electrolyte level in conventional liquid
electrolyte lead-acid batteries was allowed
to drop below the top of the battery plates.
Add distilled water to just cover the tops of
the plates immediately upon discovery
and fill to the proper level with distilled
water at the completion of the very next
charge cycle. Battery capacity lost in this
manner is permanent and is not recovered
with additional charge cycles.
Battery connections in equipment wrong
(reverse polarity).
d. One or both batteries no longer
serviceable (voltage below 7 volts for a 24
volt system).
3. If the charger turns off before the batteries are
fully charged, it indicates one of the following:
a. Charger internal thermal breaker turned
the charger off due to overheating
because charger ventilation openings are
blocked. After the charger has cooled
down to a safe temperature, it will
Operating Instructions
Severe overcharging occurs when gel cell
(maintenance free) batteries are charged
on the conventional wet lead acid
"BATTERY TYPE" switch setting. Battery
capacity lost in this manner is permanent
and occurs very rapidly. Check with your
dealer about battery replacement.
d. The battery has been allowed to sulfate.
Charge the battery no less frequently than
once every three days when the
wheelchair is lightly utilized.
Once
sulfation is allowed to take place it may be
partially reduced by returning, temporarily,
to daily charging.
b. Fault in equipment wiring. Poor or open
connections in the wiring that connects to
the batteries. Corroded terminals, loose
or worn plugs and receptacles, loose or
worn fuseholders (have your dealer repair
the equipment).
c.
The DC cord charging plug accidentally
disconnected during charge.
d. Fault in equipment wiring. The equipment
charging circuit has high resistance,
corroded or loose connections, loose or
worn charging receptacle, loose or worn
fuseholders.
FUNCTION
No AC power or no battery
connected
Steady
If the charger
it
may
be
f.
6
This is the normal wearout process for all
types of deep-cycle motive power
batteries.
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c.
5. If battery voltage does not exceed 18 volts
after 10 minutes of charging, the charger turns
off and the RED light will turn on steady,
indicating one of the following:
Very deeply discharged batteries (100%
discharged) can require more than 16
hours to charge.
d. Several failed cells in the batteries that do
not allow the charge rate to taper below 4
amps.
a. Improper batteries used with charger.
Must be a 12 cell, series connected 2.382.50 volts per cell battery system.
b. Failed cells in the battery do not allow the
battery voltage to rise above 18 volts.
7. If battery voltage exceeds 2.83 volts per cell,
the charger turns off and the RED light begins
to slow blink, indicating one of the following:
6. The charger operates through 20 hours before
turning off. The RED light will begin to blink
very rapidly indicating one of the following:
a. Improper batteries used with charger.
Must be a 12 cell, 2.38-2.50 volts per cell
battery system.
a. Batteries of higher than 150 amp-hour
capacity (20 hr. rate) can require more
than 16 hours to charge.
b. Battery design may be inappropriate for
this use. Check with your dealer for deepcycle batteries only.
b. New batteries (5 cycles or Less) can
require more than 16 hours to charge.
c.
Operating Instructions
7
Sulfation of batteries may have occurred.
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WIRING DIAGRAM
PARTS LIST FOR MODEL 18360L
TYPE 24EL12-3ET
120 VAC / 60 HZ
PART NO.
QTY.
27628S
18365S
22458S
04275S
23083S
24286S
26054S
27717S
22667S
25523S
18965-02S
1
1
1
2
1
1
1
1
1
1
1
DESCRIPTION
CASE ASSEMBLY
TRANSFORMER
POWER SWITCH
BUSHING, STRAIN RELIEF, FOR CORDS
CORDSET, AC, 18/3, 102", W/ MOLDED PLUG
CORDSET, DC, 14/2, 108", W/ SB50 GRAY PLUG
CORDSET, DC, 14/2, 108", W/ SB50 RED PLUG
CORDSET, 14/2, 108" W/ SB175 GRAY PLUG
CORDSET, DC, 14/2, 108", W/ CANNON PLUG
CORDSET, DC, 14/2, 108", W/ CANNON PLUG
CONTROL BOARD ASSEMBLY
CAUTION: DO NOT DISASSEMBLE THE CHARGER. TAKE IT TO A QUALIFIED SERVICE
AGENT WHEN SERVICE OR REPAIR IS REQUIRED.
Operating Instructions
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