Aseptico AEU-14CF User manual

AEU-14CF
Emergency Field Dental Unit
OPERATION MANUAL
Expedition

TABLE OF CONTENTS:
Introduction . . . . . . . . . . . . . . . . . . . . . . . . .1
Package Contents . . . . . . . . . . . . . . . . . . . .1
Safety Precautions . . . . . . . . . . . . . . . . . . .2
Setting Up the Unit . . . . . . . . . . . . . . . . . . .3
Operation Functions . . . . . . . . . . . . . . . . . .5
Operation . . . . . . . . . . . . . . . . . . . . . . . . . . .7
Battery Pack Removal & Installation . . . . . .8
Solar Panel Deployment . . . . . . . . . . . . . . .8
Sterilization & Maintenance . . . . . . . . . . . . .9
Charging the Battery Packs . . . . . . . . . . . .11
Fuses . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12
Re-Packing Unit . . . . . . . . . . . . . . . . . . . .13
Symbol Definitions . . . . . . . . . . . . . . . . . . .14
Troubleshooting . . . . . . . . . . . . . . . . . . . . .15
Warranty . . . . . . . . . . . . . . . . . . . . . . . . . .16
SPECIFICATIONS:
Case Dimensions: 17.5 in x 11.6 in x 7.0 in
(44.5 cm x 29.5 cm x
17.8 cm)
Weight: 27 lbs. (12.25 kg.)
Volume: 0.82 ft3(0.23 m3)
Power Source: AC dual voltage
120V/230V at 50Hz/60Hz
12V/24V vehicle battery
28.0V battery pack (x 2)
36V solar panel to charge
battery packs
Water Reservoir: 16 fl. oz. (0.473 liter)
Air Reservoir: 28.8 in3. (473 cc)
Noise Level: 66dBa @ 1 meter
Fuses: 120V: 1.25A, 250V slo-blo fuse
(Installed at Factory)
230V: 0.6A, 250V slo-blo fuse
Fuse size: 5 x 20mm
Mains Current Ratings: 120V: 1.25A, 230V: 0.6A
NOTE: The appliance inlet is the mains disconnect means.
Environmental Conditions:
Operating Temperature: 5° to 45° C (41° to 113° F)
Transport/Storage Temperature:
-20° to 55° C (-4° to 131° F)
Relative Humidity: 5 to 95% non-condensing
Altitude: 0 to 2591 meters (0 to 8,500 feet)
If the integrity of the protective earth ground is in
doubt, only use battery pack or vehicle battery
power for operation.
• Type of Protection Against Electric Shock:
- Class I when system is powered by mains power
source.
-Class II when system is powered by Vehicle Battery
power source.
-Internally Powered Equipment for Battery Pack
power source.
• Degree of Protection Against Electric Shock:
- Type B Applied Part
• Degree of Protection Against Ingress of Water:
-Ordinary Equipment
• Model of Operation: -Continuous
Duty Cycle for AE-200-30 Motor:
Intermittent use:
1 minute On / 3 minutes Off
MEDICAL EQUIPMENT WITH RESPECT
TO ELECTRIC SHOCK, FIRE AND
MECHANICAL HAZARDS ONLY IN
ACCORDANCE WITH UL 60601-1:2003
Equipment not suitable for use in the presence of a flammable
anaesthetic mixture with air or with oxygen or nitrous oxide.
This device has been tested and found to comply with the emissions
requirements of IEC 60601-1-2:2014. These requirements provide
reasonable protection against harmful electromagnetic interference in
a typical medical installation. However, high levels of radio-frequency
(RF) emissions from electrical devices, such as cellular phones, may
disrupt the performance of this device. To mitigate disruptive
electromagnetic interference, position this device away from RF
transmitters and other sources of electromagnetic energy.
E208087

Your new Aseptico Expedition Emergency Field Dental Unit is the most compact, full-
featured portable electric dental system available. The AEU-14CF Expedition features an
“E” type autoclavable 30,000 RPM brushless micromotor, a 3-way air/water syringe, a self
contained water system, and oil-less air compressor. The light weight dual voltage system
comes in a sturdy case for maximum portability.
Congratulations!
This system is engineered to provide many years of reliable service. Please read the
instructions provided in this manual to receive the best and longest service from your
Aseptico equipment.
Separate manuals may be provided to cover the operation and maintenance of handpieces
or other accessories for your unit.
PACKAGE CONTENTS:
AE-200-30 Autoclavable 30K brushless micromotor•
TA-90D Three-way air/water syringe•
with tips
Air supply bottle•
Water supply bottle with filter•
AE-7P On/Off foot switch•
Power cord•
36V Solar panel•
Vehicle battery cable•
Two 28V battery packs•
Operation & Maintenance Manual•
Service Manual / Parts List•
Schematic Drawing Set•
AEU-14CF VERSION:
Handpieces sold seperately.
AEU-14CFH VERSION:
AEU-14CFH Transport Case•
Multicam Tactical Backpack•
AHP-64 1:1 Ratio 40K Straight Handpiece•
Two AHP-72MK-FO Highspeed 1:5 Increaser Contra-Angle Handpiece with Fiber Optic•
AHP-88MNP 8:1 Ratio Reducer Handpiece•
1.

2.
SAFETY PRECAUTIONS:
Aseptico accepts no liability for direct or consequential injury or damage resulting from improper use,
arising in particular through the non-observance of the operating instructions, or improper preparation and
maintenance.
To prevent injury to people and damage to property, please heed relevant warning and remarks. They are
marked as follows:
WARNING: Serious injury or death may result if ignored.
CAUTION: Damage to property or the environment may result if ignored.
NOTE: Important additional information and hints.
WARNING: Sterilize before first and all uses. Clean, disinfect, and sterilize new or repaired handpieces
and instruments before first use. Only use sterilized handpieces and instruments during treatment. Non-
sterile handpieces and instruments may cause bacterial or viral infections. Always sterilize handpieces and
instruments after operation.
WARNING: Clean and disinfect the console user interface, motor, and air/water syringe before and
between uses.
CAUTION: Always examine unit components for damage before commencing treatment. Damaged
components must not be used and must be replaced.
WARNING: When operating with power from vehicle battery:
1. Patient must be six feet minimum from vehicle chassis.
2. All other devices on the system should be unpowered or disconnected from battery to prevent electronic
interference.
WARNING: Use for intended purposes only. Failure to observe the operating instructions may result in the
patient or user suffering serious injury or the the product being damaged, possibly beyond repair. Before
using this product, make sure that you have studied and understood the operating instructions.
WARNING: For use by qualified and trained dental professionals only.
WARNING: Do not install where there is a risk of an explosion. The AEU-14CF is not intended for
operation in the presence of flammable anesthetics or gases
CAUTION: Use clean water only in water supply bottle. Do not use saline or other liquid as water supply.
CAUTION: Repack the unit carefully to avoid damage during transport.
NOTE: This device does not include a saliva or irrigation water evacuator. For longer procedures, use a
supplementary product to evacuate the saliva and irrigation water.
WARNING: If using other electrical equipment with this product, assure that it meets appropriate safety
standards for electrical dental equipment.
WARNING: Do not stare into the fiber optic light or shine it in the eyes of the patient.
WARNING: If the integrity of the protective earth ground is in doubt, only use battery pack or vehicle
battery power for operation.

3.
SETTING UP THE UNIT:
(REFER TO FIGURES 1, 2, AND 3)
1. Unpack the chassis case.
NOTE: This system is designed to operate
with all power systems attached, and to
draw power from the highest source. It is
not advised to operate off all sources at
one time. The AEU-14CF Expedition
circuitry allows the unit to operate while
using an AC power source that is either
120V or 230V, and either 50Hz or 60 Hz.
2. For AC power, attach the power cord to the
right side of the chassis (Fig. 3) and plug
into a grounded electrical receptacle.
3. For vehicle battery power, place vehicle
battery cable into the appropriate connector
(Fig. 3). Securely connect the red positive
(+) clamp to the corresponding positive (+)
terminal of the vehicle’s battery. Securely
connect the black negative (-) clamp to the
corresponding negative (-) terminal of your
vehicle’s battery.
4. For battery pack power, attach one end of
the battery pack cable assembly to the
chassis, and the other end to the desired
pack (Fig. 2). Ensure correct pin alignment
when connecting cable to chassis socket.
It is recommended that the battery packs
be charged before each use (Refer to
Page 10).
5. Connect the motor to the connector on the
lower front panel of the chassis (Fig. 3).
Align connector to socket pins and screw
Note: Be sure the correct fuse is
used for each voltage.
120V: 1.25A, 250V slo-blo fuse
(Installed at factory)
230V: 0.6A, 250V slo-blo fuse
Fuse size: 5 x 20mm
collar into place. Attach the appropriate "E"
type handpiece to the motor (Figs. 1a, 1b,
& 1c).
(Fig. 2). Place motor in holder on the right
of the motor/syringe holder.
6. Remove syringe (Fig. 2). Place a sterilized
tip into syringe and place back into
motor/syringe holder.
7. Attach the supplied AE-7P On/Off Foot
Switch to the connector on the right side of
the unit marked "Foot Switch" (Fig. 3).
8. Fill the clear Water Supply Bottle with clean
water and connect to unit (Fig. 2).
FIG. 1a - MOTOR CONNECTION
HANDPIECE
ALIGNMENT
TAB
MOTOR
ALIGNMENT
SLOT
(Bulb Cover
Removed)
FIG. 1b - HANDPIECE ALIGNMENT
MOTOR / HANDPIECE ALIGNMENT
FIG. 1c - MOTOR BULB COVER
BULB COVER
(Bulb Cover
Removed)

FIG. 2 - Setup
Battery Pack 1
Battery Pack Cable
Motor
3-Way Air/Water
Syringe
Water Supply
Foot Control
Battery Pack 2
Motor Connector
Vehicle Battery Cable In
Foot Switch Receptacle
AC Power Receptacle
FIG. 3 -Chassis Inputs
Motor Receptacle
Battery Pack In
4.

1. Power On/Off Switch – Controls power
on/off to chassis from 120V/230V AC
source. NOTE: If both AC and DC power
are supplied, power will be drawn from the
AC source.
2. Battery On/Off Switch – Controls power
on/off to chassis from the battery pack or
vehicle battery DC sources. NOTE: AC
power switch does not have to be on to
run from DC power sources.
3. Motor Speed - Controls the motor/hand-
piece speed. Press the up(+) or down(-)
button until the desired speed is obtained.
- 1:1 Ratio Handpiece (REF: AHP-64):
Each push of up/down button will
increase/decrease speed by 2,600 RPM.
The LED speed display indicates relative
speed from 4,000 RPM minimum to
30,000 RPM maximum. Each LED
indicates a 5,200 RPM increment.
- 8:1 Ratio Reduction Handpiece (REF:
AHP-88MNP):
Each push of up/down button will
increase/decrease speed by 325 RPM.
The LED speed display indicates relative
speed from 500 RPM minimum to 3750
RPM maximum. Each LED indicates a 650
RPM increment.
- 1:5 Ratio Increaser Handpiece (REF: AHP -
72-MK-FO):
Each push of up/down button will
increase/decrease speed by 13,000 RPM.
The LED speed display indicates relative
speed from 20,000 RPM minimum to
150,000 RPM maximum. Each LED
indicates a 26,000 RPM increment.
4. Fiber Optic Light – Controls light On/Off
to the handpiece and enables adjustment
of light intensity. When fiber optic light ‘On’
button is pressed, the LED lights up and
the handpiece light turns on for thirteen
seconds to allow adjustment of the light
intensity. Press the positive(+) or negative
(-) button several times to increase or
decrease intensity to desired level (five
different levels to choose from). The new
OPERATION FUNCTIONS - REFER TO FIGURE 4
FIG. 4 - Chassis
1
2
37
6
5
4
8
910
11
12
13
5.

intensity setting is retained in memory until
readjusted/changed. When the dental
motor/handpiece is activated, either manually
or via the foot switch, the handpiece light will
automatically turn on at the previously used
intensity level (fiber optic light switch must be
‘On’) . When the dental motor/handpiece is
turned off, the handpiece light will stay on for
thirteen seconds before timing out.
5. Manual – Manually activates the dental
motor, bypassing the need to use the foot
switch. When the LED is lit, the motor is
activated. When the LED is off, motor can be
activated via the foot switch.
6. Reverse – Selects clockwise or counter-
clockwise rotation of the motor handpiece bur.
When the LED light is on, the direction of the
bur is counterclockwise. When the LED is off,
the bur is turning clockwise.
7. Water – Controls the delivery of water to the
handpieces. When LED is lit, water is
delivered to the handpiece when the motor is
activated.
8. Source – Indicates power source. If 120V or
230V is powering the system, the LED will
light up. If vehicle 12V/24V is powering the
system, the vehicle LED will light up. If only
battery pack power is applied to the unit,
neither light will be on.
9. Charge – Allows the system to charge the
battery pack from a 120V/230V AC source or
vehicle battery when the LED is on. A drained
battery pack takes less than 4 hours to fully
charge. The unit is designed to charge the
battery pack while operating off 120V/230V
AC power or vehicle 12V/24V power. NOTE:
Charging via solar panel (included) takes
between 13-16 hours. Solar panel may be
used during operation. Charge button does
not need to be on to charge from solar panel.
10. Pump – When LED is on, power is applied to
the pump to allow for air and water pressure.
When LED is off, power is disengaged from
the pump to allow for water bottle removal
without shutting power off to the chassis or
battery charger.
11. Battery Level – Indicates level of charge for
the battery pack that is connected to the
chassis.
12. Fault – Battery light indicates problem with
connected battery pack. Unit light indicates
problem with the system. (Refer to
Troubleshooting Section)
13. Coolant Adj. – Controls the amount of water
flow to the handpiece - turn counterclockwise
to increase flow.
14. Foot Switch – The foot switch (see Fig. 6)
provides on/off operation of the dental motor
and water coolant (when water LED is on) to
the handpiece .
15. Three-way Air/Water Syringe (Fig. 6) -
Pressing the left button dispenses water.
Pressing the right button dispenses air.
Pressing both buttons simultaneously
dispenses an air/water mist.
16. Water Supply Bottle (Fig. 6) - The AEU-
14CF Expedition incorporates a self-
contained pressurized water system. This
consists of a 16 ounce clear bottle dispensing
water through the 3-way Air/Water Syringe
and Handpiece Coolant. The Water Supply
Bottle attaches to the threaded reservoir
connector, located below the pressure gauge.
To refill the Water Supply Bottle:
1. Disengage pump.
2. Unscrew bottle.
3. Fill with water.
4. Screw bottle onto reservoir connector.
5. Re-engage pump
6.

1. Attach a sterile handpiece to the motor.
2. Turn the appropriate power switch to the
"ON" position. The Front panel display will
light and the compressor will charge the
system with air if the pump LED is on.
3. Set the Manual or Foot Control Selector
and Motor Direction Selector as desired.
4. When Manual LED is on, dental motor will
begin operation. When Manual LED is off,
press down on the Foot Control to begin
handpiece operation.
5. Press the Motor Speed Increase or
Decrease until the desired operating
speed is shown on the Speed Display.
6. When the fiber optic light LED is on, the
light on the motor will turn on when either
the manual mode selector switch or foot
control is depressed. The motor light will
remain on for 13 seconds after the manual
switch or foot control is turned off.
7. Set “WATER” switch to “ON” (indicated
with lit LED) for irrigation flow to the
handpiece. Adjust the Handpiece Coolant
Flow knob to desired setting.
8. Use the 3-Way Air/Water Syringe as
necessary for irrigation or drying. Use a
sterile syringe tip for each operation.
OPERATION:
REFER TO FIGURES 5 & 6
After the unit has been set up and you have made yourself familiar with the operation functions,
you are ready for operation as follows:
WARNING
When operating from a vehicle battery as a
power source, the patient and the operator
must be at least 6 feet away from the vehicle
with no electrical contact with the chassis of
the vehicle. If the patient and/or the operator
must be in contact with the vehicle, the AEU-
14CF Expedition can be safely powered by
way of an inverter through the AC power
connection of the system with no connection
to the DC power input.
Fiber Optic Light Motor Speed
Fault IndicatorPower Source Indicator
Water On/Off Selector
Reverse Motor Direction Selector Manual Mode Foot/Hand Control Selector
Fig. 5 - Chassis Control Console
Battery Level IndicatorPumpCharge
7.

Fig. 6 - System Components
Battery
Pack
1
Battery Pack
2
Motor
3-Way
Air/Water Syringe
Water
Supply Foot
Control
BATTERY PACK REMOVAL &
INSTALLATION:
1. Release velcro strap and unbuckle it from
the loop at the bottom of the battery bay.
2. Pull forward on the back right corner of
the battery to remove it from the battery
bay.
3. Reassemble in reverse order.
SOLAR PANEL INSTALLATION
& DEPLOYMENT:
1. Attach solar panel to receptacle marked
“Solar Panel” on battery that requires
charging. Refer to “Charging the Battery
Packs”.
2. Unfold solar panel with panels exposed to
the sunlight.
8.

1. CHASSIS - The exterior of the chassis,
including air/water syringes and tubing,
may be cleaned by wiping with a soft cloth
moistened with mild detergent or
disinfecting solution.
2. HANDPIECES - Thorough cleaning and
lubrication of handpieces after each use
and before sterilization is very important to
ensure proper operation and service life of
the handpiece. Follow the instructions
provided with the handpiece for complete
maintenance and sterilization procedures.
3. MOTORS - The AE-200-30 motor is fully
autoclavable. Detach the motor from motor
cord by unscrewing the metal motor to
cable connector by turning counterclock-
wise (see photo below). Steam autoclave
the motor at 132° C (275° F) for ten
minutes. Wipe down the motor cable with
disinfecting solution. We recommend also
sleeving the cable between each patient.
WHEN THE MOTOR CORD MUST BE
AUTOCLAVED, AUTOCLAVE CORD AND
MOTOR JOINED - DO NOT SEPARATE
THE CORD FROM MOTOR.
Note: Extensive autoclaving will shorten
the life of the motor cord.
STERILIZATION AND MAINTENANCE:
• Do not attempt to disassemble the motor.
• Do not oil or lubricate the motor.
• Do not attach a handpiece to the motor while the
motor is running.
• Do not bend motor cord sharply.
• Do not submerge in any solutions.
• Do not use ultrasonic cleaners.
WARNING
To autoclave motor only, without cord, detach the motor
from motor cord by unscrewing the metal motor-to-cord
connector counter-clockwise.
Motor-to-cord connector
O-rings
(Replace if worn
or damaged)
Failure to comply with any of the following
instructions may void your warranty
• Avoid sharply
bending the cord
when autoclaving.
AUTOCLAVABLE MOTOR CORD
• When autoclaving,
loosely coil the
motor cord.
FIG. 8 - BULB REMOVAL
FIG. 7 - CORD REMOVAL
Tool
Guide
Hole
9.

4. MOTOR BULB - The motor light bulb may
become dirty in the autoclave and require
cleaning or replacement. NOTE: Do not
handle bulb with bare fingers. To remove
bulb, unscrew bulb cover from end of motor
housing. Insert dental pick or other small
pointed instrument into guide hole at base of
bulb (Fig. 8). Slide bulb forward until
disconnected from socket in motor housing.
Wipe bulb with clean soft cloth. Reinstall
bulb with guide hole facing outward.
Carefully guide the bulb’s contact pins
back into their respective socket holes.
5. MOTOR O-RINGS - Replace motor O-rings
when worn or damaged (Fig. 7). Gently
peel old O-ring out of groove and replace
with new ring (PN 520069). Occasionally
apply rubber compatible lubricant to O-
rings to maintain flexibility.
6. WATER LINES - Disinfect the water lines
weekly. Prepare a 1:10 bleach solution (1
part household bleach to 10 parts water).
Remove water reservoir and discard
residual water. Replace empty water
supply tank and air purge all waterlines. Fill
water supply tank with bleach solution. Run
bleach solution through all lines. Allow
bleach solution to stand in lines for 10
minutes. Remove water supply tank and
discard bleach. Flush water supply tank
and all lines thoroughly with clean water.
Air purge and leave lines dry until next
clinical use.
7. SYRINGE TIPS - The Three-Way Air/Water
Syringe features quick-change
autoclavable tips: To remove a tip, press
on the locking collar surrounding the tip
socket and pull the used tip straight out of
the socket (see Fig. 9). To insert a new tip,
press locking collar and push tip into
socket as far as it will go. Release collar
and gently tug on tip before using to
ensure that tip is securely locked into
socket.
Syringe Tip Sterilization:
1) Remove contaminated syringe tip.
2) Remove all visible signs of
contamination before autoclaving.
3) Autoclave tip at 132° C (270° F) for ten
minutes.
4) Sterilize between each patient use.
NOTE: Since only the tips can be autoclaved,
it is recommended that the Air/Water Syringe
be bagged with a disposable, single-use
plastic sleeve between each patient use.
FIG. 9 DEPRESS
LOCKING COLLAR
10.

Turn on the DC switch. If the battery is
less than 28 VDC, the system will
automatically start charging the battery
(the charge button LED will come on),
otherwise a continuous trickle charge will
take place as long as DC power is
available. The battery charging process
can be manually stopped or restarted by
pressing the charge button. The system
will automatically stop charging when the
pack is charged (the charge button LED
will go out). See IMPORTANT Note on the
next Page.
NOTE: When operating the system from a
vehicle battery, only the DC switch needs
to be turned on. It is not necessary to turn
on the chassis power switch.
4. Solar Panel Charging – Solar panel
charging is independent of the chassis.
The solar panel is attached directly to the
battery pack at the receptacle marked
“Solar Panel” (see below). Charging a
pack with the solar panel takes between
13-16 hours.
NOTE: The charge button and LED are
not used when charging from the Solar
Panel.
1. There are three methods for charging the
battery packs: The first method is through
an AC source, the second method is
through a vehicle battery (DC source) and
the third method is through the solar
panel. The system is designed to charge
while the instrument is in use.
2. Charging the Pack From an AC Source–
Attach the appropriate cable for the AC
source to the AC power receptacle on the
chassis. Attach the battery pack cable
assembly to the battery pack receptacle
on the chassis and to the desired battery
pack (We recommend connecting the
battery pack cable to the chassis first and
then to the battery pack and disconnecting
in this reverse order to avoid the possibility
of shorting the pins). Turn on both the
power switch and the DC switch. If the
battery is less than 28 VDC, the system
will automatically start charging the battery
(the charge button LED will come on),
otherwise a continuous trickle charge will
take place as long as AC power is
available. The battery charging process
can be manually stopped or restarted by
pressing the charge button. The system
will automatically stop charging when the
pack is charged (the charge button LED
will go out). See IMPORTANT Note on the
next Page.
3. Charging From Vehicle Battery (DC
source) - Attach the vehicle battery cable
to the vehicle battery DC power receptacle
on the chassis. Attach the battery pack
cable assembly to the battery pack
receptacle on the chassis and to the
desired battery pack (We recommend
connecting the battery pack cable to the
chassis first and then to the battery pack
and disconnecting in this reverse order to
avoid the possibility of shorting the pins).
CHARGING THE BATTERY PACKS:
Solar Panel
Input
11.

NOTE:When not powering the system from a
battery pack or charging a battery pack, it is
recommended that the operator disconnect
the battery pack cable assembly from the
pack. This prevents battery drain.
NOTE: A battery fault indication can occur due
to temperature, voltage, or charging errors. A
brief battery fault indication will also occur
when a battery is connected or disconnected.
If the fault light comes on, wait a moment to
confirm indication before troubleshooting (see
troubleshooting guide).
IMPORTANT: The Battery Packs include a
built-in thermal cutoff to protect the Packs
from overheating when charging. If the battery
charger shuts Off before a Pack is fully
charged, allow 15 minutes for the Pack to cool
down, prior to recharging. When charging both
Packs, allow 30 minutes of instrument cooling
time between Packs.
CHANGING THE FUSE:
1. Remove the Fuse Holder from the Power
Inlet connector.
2. Changing the fuse:
Replace the fuse in the Fuse holder.
Replacement Fuses:
120V: 1.25A, 250V slo-blo fuse
230V: 0.6A, 250V slo-blo fuse
(Fuse size: 5 x 20mm)
3. Reinstall the Fuse Holder.
To avoid risk of electrical shock, turn the
power off and unplug the unit before
following the steps below.
WARNING
NOTE:
The AEU-14CF is manufactured with
1.25A rated fuses installed, for a 120V
power source. If operating with a 230V
power source, change to the 0.6A rated
fuses before operation.
12.

RE-PACKING UNIT:
1. Remove all accessories from the unit.
2. Remove water bottle and attach cap
provided with unit when transporting with
water.
3. Position syringe under neck of the air
bottle below the console. Lay tube along
the back wall of the unit.
4. Place the water bottle next to the battery
pack, cap end facing toward the front of
the unit.
5. Bundle power cable and place it between
the air and water bottles.
6. Roll foot pedal cable around foot pedal.
Place above battery packs.
7. Place motor and accessories in small
pouch. Place on top of power cord and
water bottle.
8. Place vehicle battery cable and battery
pack cable in large pouch. Place on top of
motor accessories bag.
9. Place schematic drawing set and
operation/service manuals on top of
battery packs and battery cables pouch.
10. Fold solar panel and place on top of
manuals.
AEU-14CFH RE-PACKING
UNIT:
1. Once the AEU-14CF is packed, place
inside of AEU-14CFH transport case in the
front slot.
2. Place backpack in slot directly behind the
AEU-14CF.
3. Place individual handpieces back into
boxes. Insert them into slots in the top
casing of transport case. Velcro into place.
13.

IPX1IPX1
Alternating current
Protective earth (ground)
Protected Against Dripping Water
Dangerous Voltage
Attention, consult
accompanying documents
SYMBOL DEFINITIONS:
Type B Equipment
Do Not Throw Into Trash
14.

Problem:
Chassis does not light when turned on:
Chassis lights when turned on, but
handpiece does not turn:
Chassis does not light when 12V/24V
power is applied:
Chassis does not light when battery
pack is applied:
Motor slowing down or sluggish:
Unit fails to build pressure:
Battery fault light on:
Unit fault light on:
Correction:
Check chassis to power connection.
•
Check that voltage is proper voltage.
•
Check fuse. If blown, replace with 1.25A/250V slo-blo fuse for
•
120V operation, & 0.6A/250V slo-blo fuse for 230V operation.
Check motor plug connection.
•
Check foot switch connection.
•
Depress foot switch.
•
Increase RPM.
•
Check that an instrument is properly seated in the handpiece
•
and the collet is closed.
Check connections at DC source, chassis, and cable.
•
Check voltage of DC source.
•
Check connections at the battery pack, chassis, and cable.
•
Check voltage of the battery pack.
•
Clean dirty, under-lubricated handpiece.
•
Handpiece lubricant is running into motor.
•
After lubricating, set handpiece with head down to let excess
•
lubricant drain out.
Check that bottles are tight.
•
Check for air leaks.
•
Battery is too cold (<0°C). Disconnect battery and allow it to
•
warm to room temperature.
Battery is too hot (>55°C). Disconnect battery and allow it to
•
cool to room temperature.
Battery voltage is too low (<23V). Disconnect battery and
•
confirm voltage is low (pins A to D). An under-voltage battery
may be able to be brought above 23V by trickle charging the
battery with the console or the solar panel.
Battery voltage is too high (>34V). Disconnect battery and
•
confirm voltage is high (pins A to D). An over-voltage battery
should be replaced.
Charging timeout at 4 hours. Reset the charger. If two
•
consecutive charging attempts fail, replace the battery pack.
Unit operational error observed. Remove all power from unit
•
for 30 minutes before attempting to use the system again. If
unit fault light is on during two consecutive attempts to
operate the system, return system for repair.
TROUBLESHOOTING:
Refer to Service Manual for additional troubleshooting that may require dismantling of the unit.
15.

WARRANTY
Aseptico Inc. warrants its new products against defects in material and workmanship under normal and
proper use, care, and maintenance for a period of two (2) years from date of original invoice. This two (2)
year warranty does NOT apply nor is it extended to products that are not manufactured by Aseptico. These
products may be covered by a separate limited warranty provided by the particular manufacturer, and all
claims and questions regarding the same are to be directed to the particular manufacturer.
Expendable components, such as batteries, fuses, light bulbs, and tubing sets installed on Aseptico products
are specifically excluded and have no warranty. Consumable goods are warranted for the stated expiration
date of such goods.
Repair or replacement of any product(s) or part(s) under this warranty does not extend the term of this
warranty, and such product(s) or part(s) shall remain covered by the unexpired portion of the warranty period,
or for ninety (90) days from the date of return to Aseptico, whichever is later. This limited warranty applies
only to the initial or first installation of the product or part.
During the specific warranty periods set forth above, Aseptico will, at its option, repair or replace the
product(s) or particular part(s) that are found to be defective in either material or workmanship in part or
whole. Aseptico shall be the sole arbiter of such action. In the event of alleged defect under warranty, the
purchaser is to notify Aseptico’s Customer Service department promptly. Customer Service will provide
Return Material Authorization (RMA) instructions, usually directing that the product be returned for service,
shipping prepaid by the buyer or end user, to Aseptico or its designated and authorized warranty service
center.
This warranty shall not apply to products (1) that have been subjected to neglect, abuse, misuse, improper
installation, inadequate maintenance, or damage due to improper use of cleaning materials or chemicals, or
non-compliance with Aseptico’s storage, installation, operation, maintenance or environmental requirements;
(2) that have undergone any modification or repair not previously authorized by Aseptico in writing, or
service, repair or modification by or from any facility other than an authorized Aseptico service center or
technician, or that use non-authorized software or spare or replacement parts; or (3) that fail due to
reasonable and normal use or wear and tear, or materials made, furnished or specified by the buyer or end
user.
Aseptico does not assume under this warranty any risks or liabilities arising from the clinical use of its
products, whether or not such use involves coincidental utilization of products manufactured by others. Under
no circumstances will Aseptico be liable or responsible for special, compensatory, incidental, consequential
or punitive damages, lost profits, lost sales, or loss of use or loss of business opportunity by or through the
use of the product. Aseptico’s sole and maximum liability with respect to the product, other than its
obligations set forth above, shall be the total purchase price paid for the product.
16.

17.
NOTES

PRINTED IN
THE U.S.A.
P.O. Box 1548 • Woodinville, WA 98072
8333 216th Street SE Woodinville, WA 98072
[phone] [phone]
www.aseptico.com • [email protected]
P/N: 420382
Rev. J
ECO 15548
07/2022