Specifications

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Air Cleaner Selection Guide
*ASHRAE 52.2 test of 0.3 to 10.0 micron particles performed at 492 FPM.
**99%deactivationrateofcapturedparticlespassingthroughthesystemonlywhenaircleanerispoweredandsystemfanisrunning.Testingperformedatthirdpartylabsoncertainvirus
andbacteriaappliedtolterdisksandthenexposedtoanelectriceld.Testedvirusshowareductionofvirusnumbersofgreaterthan99%by8hoursofexposure.Testedbacteriashow
areductionofbacterianumbersofgreaterthan99%by24hours.Organismstested:humanandavianinuenzavirus,humancoldvirussurrogate,andothers.
***ASHRAE 52.2 test of 3.0 to 10.0 micron particles performed at 295 FPM.
Step 1: Charge
Particles enter the TrueCLEAN system
through an array of ionizing points, where
they become electrically charged. The
unique design charges all particles evenly.
Step 2: Capture
Next, particles travel into the media filter, where
they’re captured in the media fibers. A continuous
charge ensures dirt is loaded 360 degrees around
the filter fibers — not just on the face of the filter. This
process captures more particles than a standard
media filter and helps the filter last longer.
Step 3: Destroy
Once particles are captured, the charging strips
on opposite sides of the carbon-tipped media
filter continue to charge and deactivate particles.
Particles are trapped and destroyed inside the
filter, with deactivation rates of captured particles
exceeding99%.**
Here’s How They Work:
STEP 1
STEPS 2 & 3
Provides Continuous
Charge to Filter
Captures and
Deactivates
Particles
Grounding Plane
Ionizing Points
Filter Enhancement
Plane
Carbon-Tipped
Media Filter
TrueCLEAN Enhanced Air Cleaners use an advanced
3-step filtration technology to deliver cleaner air by taking
a high-airflow media filter and enhancing it with electronic
technology. The result is a MERV 15* efficiency that actually
improves over time.
Charge. Capture. Destroy. That’s the basis of the three-step
process that TrueCLEAN uses to capture and deactivate
upto99%**ofairborneparticlesandcontaminantspassing
through the system. Here’s how it works.
F300 Whole-House Electronic
Air Cleaner
TrueCLEAN
TM
Enhanced
Whole-House Air Cleaners
F52F Return Grille
Electronic Air
Cleaner
F200 Whole-House Media Air
Cleaner
F100 Whole-House Media Air
Cleaner
Model Type OS# Size Application Features and Functions Warranty
Rated
Airflow
Electric
Rating
Efficiency
(MERV not
applicable to
electronic air
cleaners)
Initial
Pressure
Drop at
Rated
airflow
Replacement
Filter/
Postfilter
Maintenance
Cycle
FH8000 Enhanced
FH8000F1625 16x25
Inline Air Filtration
1600 CFM
120V
MERV 15 at 492 FPM
0.3 to 1.0 microns=90%
1.0 to 3.0 microns=96%
3.0 to 10.0 microns=98%
0.22 - 0.25 in w.c..
FR8000F1625
Replace lter = up to 1 year 5 Year
FH8000F2025 20 x 25 2000 CFM FR8000F2025
FH8000A1620 16x20 1350 CFM
208-230 VAC
FR8000A1620
FH8000A2020 20x20 1800 CFM FR8000A2020
FH8000A2520 25x20 2000 CFM FR8000A2520
F300E
Electronic
F300E1001 16X20
Inline air
ltration
1200 CFM
120V
Initial efciency at 295 FPM
0.3 to 1.0 microns=91%
1.0 to 3.0 microns=98%
3.0 to 10.0 microns=100%
0.05 in. w.c. at 295 FPM
50000293-001
Vacuum prelter = up to 6 months
Wash cells = up to 1 year
Replace poslter = 6 months
5 Year
F300E1019 16X25 1400 CFM 50000293-002
F300E1027 20X20 1400 CFM 50000293-003
F300E1035 20X25 2000 CFM 50000293-004
F300A,B
F300A1620 16X20
Inline air
ltration
1200 CFM 120V
Initial efciency at 492 FPM
0.3 to 1.0 microns=78%
1.0 to 3.0 microns=92%
3.0 to 10.0 microns=97%
0.15 in. w.c. at 492 FPM
50000293-001
Vacuum prelter = up to 6 months
Wash cells = up to 1 year
5 Year
F300A1625 16X25 1400 CFM 120V 50000293-002
F300A2020 20X20 1400 CFM 120V 50000293-003
F300A2025 20X25 2000 CFM 120V 50000293-004
F300A2012 20X12.5 1000 CFM 120V 50000293-004
F300B2012 20X12.5 1000 CFM 240V 50000293-004
F52F Electronic Return Grille
F52F1048 20X12.5
Central return grille
1000 CFM
120V
0.3 to 1.0 microns=73%
1.0 to 3.0 microns=88%
3.0 to 10.0 microns=95%
0.2 in. w.c.
Vacuum prelter = up to 6 months
Wash cells = up to 1 year
5 Year
F52F1055 20X25 2000 CFM
F200E Media
F200E1003 16X20
Inline air
ltration
1200 CFM
MERV 13 at 492 FPM
0.3 to 1.0 microns=63%
1.0 to 3.0 microns=90%
3.0 to 10.0 microns=97%
0.3 in. w.c.
FC200E1003
Replace lter = up to 1 year 5 Year
F200E1011 16X25 1400 CFM FC200E1011
F200E1029 20X20 1400 CFM FC200E1029
F200E1037 20X25 2000 CFM FC200E1037
F100F Media
F100F2028 16X20
Inline air
ltration
1200 CFM
MERV 11 at 492 FPM
0.3 to 1.0 microns=32%
1.0 to 3.0 microns=72%
3.0 to 10.0 microns=96%
0.23 in. w.c.
FC100A1003
Replace lter = up to 1 year 5 Year
F100F2002 16X25 1400 CFM FC100A1029
F100F2036 20X20 1400 CFM FC100A1011
F100F2010 20X25 2000 CFM FC100A1037
F100F2044 25X20 2000 CFM FC100A1037
F100F2051 25X22 2000 CFM FC100A1037
Electronic Air Cleaners, which electrically charge and collect airborne
particles on a collection grid. The Honeywell F300 EAC captures up to
98%***ofairborneparticlespassingthroughtheproduct.Thedesignof
the F300’s collection grid section offers the most surface area available for
collecting these charged particles. The F300 power supply also increases
voltage based on the amount of particles collected on these plates, so
that efficiency over time stays high; an important aspect in EAC selection.
Media Filters, which filter the air using webs of polypropylene
fibers. Honeywell offers several media air cleaners and
replacement filters, including space and time saving products
like the PopUP™ media replacement filter.
STAGE 1 —
Straining
STAGE 2 —
Diffusion
STAGE 3 —
Impaction
Clean air
circulated
back through
your home
In the first stage, larger
particles are strained out
of the air like cooked
pasta is strained when
poured into a colander.
Smaller particles pass
through this straining
stage, and are jostled
by random collisions
with air molecules in the
media filters, which
causes diffusion. This
diffusion causes many
particles to collide with
and stick to the fibers in
the process of impaction.
The filter-cleaned air is
circulated back through
your home.
Media Filters clean the air
in three ways – straining,
interception and diffusion.
PRE-FILTER
SCREEN
STAGE 1
CHARGING
SECTION
STAGE 2
COLLECTION
SECTION
POST-
FILTER
SCREEN
Air Flow Electronically
charged wires
zap particles
Electronically
charged plates
attract particles
like magnets
Electronically
cleaned air
circulated
back through
your home
The scientific name for the
air cleaning process is—
Two-Stage Electrostatic
Precipitation
Most large particles are
caught on the pre-filter
screen. Smaller particles
flow through the screen
to the first section of
the cell where they
are zapped by an
electrical charge.
Charged particles are then
trapped in the collecting
section. The electronically
cleaned air is circulated
back to your home.