10.
REPACKING INSTRUCTIONS:
1. Remove all accessories from the unit.
2. Remove water bottle and place in travel pouch provided.
3. Position syringe in its holder on left side of case (Fig. 10).
Lay tube behind syringe, next to waste tank.
4. Leave waste tank in place, with tie-downs connected.
Remove suction hoses from waste tank, coil hoses, and
place in bottom of case behind the tank.
5. Place travel pouch with water bottle to the left of the tank as
shown.
6. Coil motor drive air line and place in pouch. Place power cord
and fuses in pouch.
7. Tuck the blue water bottle tube between the pouch and
pouch flap as shown (Fig. 10). Close pouch flap.
8. Remove instrument clip-on holder from extended handle and
place in space located above waste tank. Retract handle.
9. Detach foot pedal cable from connector, coil cable around
pedal, and place on top of pouch as shown (Fig. 10).
10. Carefully close case lid, taking care not to pinch any internal
components.
CAUTION:
WHEN TRANSPORTING UNIT, DO NOT PLACE
OBJECTS ON TOP OF CASE.
SPECIFICATIONS:
Size:
10.5” x 14.5” x 24”
(27 cm x 36 cm x 61 cm)
Volume:
1.81 cu. ft. (0.05 m3)
Weight:
43.5 lbs (19.7 kg)
Power Source:
AC Dual Voltage Manual-Switching
120V / 230V at 50Hz / 60Hz
Current Rating:
6A at 120 VAC, or
4A at 230 VAC
Power Rating:
800 W
Operating Pressure:
45 - 50 PSI (344 kPa)
Average Air Flow Pressure:
35 PSI
High Volume Vacuum:
3.0 SCFM @ -4” Hg (84.9 liters/min)
Low Volume Vacuum:
1.4 SCFM @ -1.5” Hg (39.6 liters/min)
Water Reservoir Capacity:
33.9 fl. oz. (1.0 liter)
Water Flow:
5.07 fl. oz./min (0.15 liter/min)
Waste Tank Capacity:
1.08 gal. (4.08 liters)
Noise Level:
72 dBA @ 3’4” (1 meter)
Environmental Conditions:
Operating Temperature: 10° to 40° C (50° to 104° F)
Transport/Storage Temperature: -20° to 60° C (-4° to
140° F)
Relative Humidity: 10 to 90% non-condensing
Altitude: 0 to 3048 meters (0 to 10,000 feet)
Unit Duty Cycle:
Continuous
Note:
For reliable grounding, connect toreceptacle marked
“Hospital Grade”.
IMPORTANT NOTE:
When running the ADU-17A unit at 230VAC 50Hz,
expect approximately 17% less vacuum and pressure
volume due to the slower turning of the compressor.
FIG.. 9
This device has been tested and found to comply with the emissions requirements
of IEC 60601-1-2:2001-09. 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.
FIG. 10