CLEANING INSTRUCTIONS
The prefilter and collecting cell must be washed on a regular
basis for the Air Cleaner to function at its peak efficiency.
The frequency of cleaning will vary from one environment to
another, therefore the cell should be checked monthly to
determine cleaning schedule. On average, the cell should be
washed every 2-3 months.
COLLECTING CELL AND PREFILTER
1.
Turn Air Cleaner OFF. Remove prefilter and collecting
cell from the Air Cleaner.
2.
Rinse prefilter and collecting cell, and spray completely
with DAX Detergent (or a non-chlorine, non-corrosive,
non-abrasive, liquid household detergent). Let stand for
5 minutes.
Rinse well with hot water (120°F / 49°C
maximum). Repeat process 3 times.
3.
If dirt remains, let cell soak in a solution of DAX
Detergent and hot water for 30 minutes.
4.
For drying, place the cell on a 45° angle on one end,
with the arrow pointing sideways, and let stand for 10 -
24 hours. A hair dryer may be used to speed up drying
time.
Make sure the cell is completely dry before
reinserting back into Air Cleaner. The arrow on the cell
must point up toward the fan blower.
5.
If arcing or snapping occurs or the lights do not come on
when the cell is placed back in the unit and turned on,
then remove the cell and allow to dry longer.
ODOR & GAS (VOC) REMOVAL FILTER
1.
The Activated Carbon Odor & Gas (VOC) Removal Filter
must be replaced at regular intervals if odour removal is
desired
(approximately
ODOR REMOVAL FILTERS ARE NOT WASHABLE.
CABINET
1.
Turn Air Cleaner OFF.
2.
A soft, damp, lint-free cloth may be used to remove dirt
and fingerprints from painted surfaces and grills.
NEVER USE AN ABRASIVE CLEANER ON THE
CABINET.
WARNING
DO
NOT
WASH
DISHWASHER.
Never use any object to clean between the cell plates as
this may cause damage to the plates or ionizing wires.
Never place the cell in an oven to dry.
The edges of the cell may be sharp. Handle with care.
DAX Detergent, No. 9900, and the Activated Carbon Odor & Gas
(VOC) Removal Filter, No. 89-0810, are available from PUR
Distribution.
every
3-6
months).
COLLECTING
CELL
TROUBLESHOOTING CHART
PROBLEM
Fan does not operate
Both Operation Lights off
Green Performance
Light on
Red Ion Light off
Fan operating
Both Operation Lights off
Fan does not operate
Green Performance
Light on
Cell arcing excessively
Both Operation Lights on
Cell not collecting dirt
Cell does not go in far
enough to allow the door
to close
The two Operation Lights, located behind the front grill, are
also used as the high voltage fault indicator. If the fan is
operating, but the lights do not come on, then there is a
problem in the high voltage circuit.
problem, turn the Air Cleaner OFF and remove the collecting
cell. Close the access door and turn the Air Cleaner back
ON. If the lights come back on, the problem lies in the
collecting cell. Check the cell for wetness from washing or
look for a broken ionizing wire(s) or bent cell plate(s).
If the lights do not come on, the problem is with the power
board or Operation Light (s). If you are unable to correct any
of the above problems, call 416-410-3450.
IN
Dimensions
With Castors
Width
Depth
Height
Weight
Input Voltage
Power Consumption
(max)
Air Flow
High
Medium
Low
Cell Output Voltage
Collecting Cell
Surface
Negative Ionizer
Negative Ion Output
Ideal for rooms up to:
(1 room air change
every 20 minutes in
maximum room size)
CAUSE
Unit not plugged in
Screw not tight on access door
System switch not ON
Negative Ion switch not in ON
position
Cell wet from washing
Short in cell (see below)
Speed selector switch not
positioned correctly
Fan motor malfunction
Cell wet from washing
Cell plate(s) bent
Cell dirty or large lint ball/hair
caught in cell
Broken ionizing wire
Arrow on cell not pointing up
The cell is inserted wrong. The
cell should be inserted with the
arrow pointing up toward the fan
blower
To determine the
TECHNICAL DATA
13.0 in
19.0 in
26.5 in
42.0 lbs
120 V 60 Hz
220-240 V 50 Hz
114 Watts
350 cfm
245 cfm
170 cfm
7000 VDC @ < 1 mA
2079 in²
-5000 VDC @ <.1 mA
2 x 327.7 K/in³
868 ft²
33.0 cm
48.3 cm
67.3 cm
19.1 kg
220 V 50 Hz
595 m³/hr
416 m³/hr
289 m³/hr
13413 cm²
2 x 20 K/cm³
79.9 m²