Feature/Benefits
ATS Applications
Oil Mist:
Machine Shops
Cold Heading
Screw Machines
Foundry
• Customized for specific applications
HVAC:
Clean Rooms
Return Air
Outside/Makeup Air
Lounges
Bars
Smoke:
Welding
Presses/Forging
Curing
Kitchen Exhaust:
Grease
Smoke
• Effective on airborne solids, liquids
and odors
• Available in various capacity ranges
• Factory assembled, built-up construction
• Integral automatic cleaning system
• Optional fire suppression system
• ETL listed
Odors
Rubber
Wood-fired
Manufacturing
Cookers
Presses
Plasticisers
Heat Treating
Smoking Rooms
Casinos
Machining Centers
Heat Treating
Tenter Frames
• Designed for: simplified installation,
ease in service, NFPA 96 standards
Indoor Gun Ranges
• Trion Quality
The same high quality that Trion provides on ALL of the US Navy submarine fleet
since 1947 as a sole supplier of air cleaning equipment to the world’s navies.
• NFPA Qualified
• ETL Listed
Designed to NFPA 96 standards for kitchen exhaust.
ETL approved to UL standard 867.
• Sectional Design
Built-up design allows units to be tailored to your exact requirements.
• Smoke and Odor Control Components effectively remove both liquid and solid particulate, as well as gas and odor.
• Complete System Design One central system to effectively treat virtually any application for kitchen or industrial exhaust air.
• High Efficiency Cleaning Up to 99% efficient, per DOP or ASHRAE test methods.
• Spiked Ionizer Design
• Heavy Duty Cell Design
• Automatic Cleaning
Eliminates common wire breakage and replacement, as seen in wire and other ionizer cell designs.
The most durable and efficient cell design on the market insures long term performance and reliability.
Programmable Logic Controller (PLC) automates the cleaning process, which reduces
maintenance costs and insures efficient air cleaning at all times.
• Simple to Service
Designed for easy serviceability from either side of cabinet, as specified.
• Optional Fire Suppression Available on all systems to meet your specific requirements.
• Ease of Installation System design makes installation simple and requires no field assembly. Just attach your
ductwork, electrical connection and plumbing, and it’s done.
EAC with
Prefilters
Conditioning System
Coils Blower
Return
Air
Typical System Arrangements
Clean
Conditional
Air
Tempering
Coils
Make-up
Air
The ATS units readily adapt to the
various air collection methods.
Multiple Source Captured Contaminate
Hooded to Main Trunk Line
Fugitive Contaminate - Multiple Overhead
Discharge through Cental Trunk Line
Central System
Multiple Source Captured Contaminate
Hooded to Common Mixing Plenum
Fugitive Contaminate - Low Column
Ducted Discharge
Kitchen Exhaust
(Weatherproof)
3
Revolutionary Technology
for the New Millennium
During operation, the contaminated air to be cleaned passes
across Trion’s unique spiked ionizer blades which are sup-
ported between flat grounded electrodes. Revolutionary to the
industry, the blades are made of stainless steel that will not
rust or break, thus eliminating costly maintenance time and
replacement costs.
Durable, compact cabinetry
When you invest in a Trion ATS, you want it not only to fit your
unique needs, but your individual space as well. And you want
it to last. Trion ATS housings are constructed using 16-gauge
zinc-coated steel. Then all welds and the finished area of welds
are treated with a corrosion- and rust-inhibiting coating to
assure long life. Cabinet finish is completed with a durable
industrial-grade semi-gloss baked-on enamel no less than
3 mil thick. All doors are gasketed to prevent air and water
leakage. Finally, the housing is furnished completely assembled
for easy shipment and installation.
The DC voltage supplied to the blades creates a high intensity
field where the particulate matter in the air becomes electri-
cally charged. The charged particles then pass into a collector
plate section made up of a series of equally spaced parallel
plates. Each alternate plate is charged with the same polarity
as the particles, which repel, while the interleaving plates are
grounded, which attract and collect.
The Impinger Module
The impinger module is an optional part of the ATS system
design. A 2” rail is positioned upstream of the impinger panel
to accommodate a standard 40% free area perforated panel for
Periodically, depending on the type and amount, the contami- heavy, fluid or semi-fluid particulate matter or a metal
nant is washed into the cabinet drain basin by an automatic mesh prefilter for light oil mist. It also allows for even, dry air
activated integral washing system that is located on both the distribution through the filtering sections. The particulate matter
upstream and downstream sides of the ionizing-collecting cell(s). may range in viscosity from that of water to relatively heavy
“U” shaped slide rails are positioned on the air entrance and greases. In heavy loading applications, the liquid particles strike
exit sides of the module housing. These rails will hold two-inch the impinger, coalesce into droplets and then flow to the drain
metal mesh filter panels or a 40% open perforated plate. The pan below, thus eliminating problems with evaporation. If the
selection depends on the nature of the contaminant and the particles are of a high viscosity nature that do not readily
other modules used in the air treatment system.
flow into the drain pan, they are periodically flushed down
the drain with the integral wash system nozzles located
upstream and downstream of the impinger panel.
A programmable logic controller (PLC) and dual voltage solid-
state Pulse Width Modulated (PWM) high voltage DC power
supply are housed in a remote-mounted NEMA 12 enclosure.
The PLC controls the system functions of wash, fire suppression,
and fan on/off. A 7 -day clock is standard. The PWM
power supply, which energizes the ionizing-collecting cells, comes
standard with LED indicator lights. Optional door-mounted
meters, which aid in determining cell operating status, are
also available.
The Electrostatic Air Cleaner Module
Electrostatic Air Cleaner Section enables extremely small par-
ticulate matter, “The Fines,” to be removed from an air stream
with relatively no resistance to air flow. This is due to the open
area of the collecting elements. The low resistance is main-
tained from the start to the completion of the collection cycle.
The unit operates in the higher efficiency collection range,
upward of 95% DOP Method, on particles ranging in size from
10 Microns down to 0.01 Microns in size.
In applications requiring extremely high collection efficiency
and low resistance to air flow, two or three electro-
static sections may be placed inline to create a double or
triple pass unit.
4
screen and rain guard are available as options. The blower
wheel is steel, backward-inclined, all-welded construction.
Media Module (optional)
The flexibility of the media module provides an efficient means
for high efficiency filtration, as a prefilter or afterfilter, depend-
ing on your requirement. This section is designed to house a
variety of mechanical filters that may be required in your appli-
cation. The housing allows for various filter combinations that
are tailored to your specific needs, such as HEPAs, 95% bags,
mini-pleated cartridges or other media. The heavy-gauge
access housings are supplied with industrial-grade hardware.
Optional UpBlast Blower
The NFPA 96 UpBlast fan is designed to mate with the air
purification system and provide uniform air distribution. It is a
centrifugal upblast exhaust fan, with drain, in compliance with
UL 762 for kitchen exhaust applications containing grease-laden
air. The blower wheel is steel, backward inclined, all welded
construction.
Adsorber Module (optional)
Principle of Operation
Unlike particulate filters, odors in the form of undesirable gases
and vapors are most commonly removed from the air stream by
the process of adsorption that is enhanced by multi-faceted
porous surfaces of certain materials. Filter trays of activated carbon
or optional potassium permanganate pellets effectively facil-
itate the adsorption of these odors and gaseous contaminants.
Dirty Air
Pre-Filter Ionizer
Collector
Clean Air
Standard Blower Module Package
Electronic Air Cleaning
The energy-efficient, backward-inclined blower, powered by a
TEFC motor, is designed for horizontal air flow and mates with
the air purification system to provide a uniform distribution of
air. The bolted rear panel provides service access. Air discharge
AIR VELOCITY FEET PER MINUTE
Efficiency-Curves 1, 2 and 3
1. Overall DOP (Dioctylphthalate) efficiency
using 10 Stage Cascade Impactor
2. ASHRAE Standard 52 Dust Spot Test
Method Atmospheric Air
3. 0.3 Micron DOP efficiency using 10
Stage Cascade Impactor
Pressure Drop Across Unit-Curves 4, 5 and 6
4. Cell with 40% open perforated plate, front and rear
5. Cell with 1” metal mesh filter, front and rear
6. Cell only
5
DIM. “A”
DIM. “B”
DIM. “E”
28.75
DIM. “F”
26.75
42.50
28.75
12.00
IMPINGER
MODULE
(DOOR SWING
22 1/8”)
MEDIA FILTER
MODULE
(DOOR SWING
24 5/8”)
MEDIA FILTER
MODULE
(DOOR SWING
24 5/8”)
ELECTROSTATIC AIR
CLEANER MODULE
(DOOR SWING 38 3/8”)
DIM. “D”
DIM. “C”
BI
UPBLAST
FAN
4.00 RAIL
TRANSITION
AVG. WATER
SYSTEM BLOWER MODULE SYSTEM REQUIRED CELL FACE DETERGENT
MODULE
MODULE INSIDE
INSIDE
SYSTEM MODULE
SP @
RATED CFM
WIDTH
DIM. “A”
FLANGE ID UNIT HEIGHT FLANGE ID DEPTH
DEPTH
WEIGHT WEIGHT CPM/WASH AREA
PER CYCLE
(GAL)
(CFM)
DESIGNATION
DIM. “B”
24.25
DIM. “C”
34.25
DIM “D”
27.19
DIM “E” DIM “F” (LBS)
(LBS)
@50 PSI
(FT2)
ATS-2
1,375
TO
IMPINGER
ELECTROSTATIC 0.39"
MEDIA
1.33"
27.96
50.00
72.38
50.00
61.18
72.38
174.25
35.00
175
320
115
315
270
1330
4.0
4.0
--
--
--
3.68
.20
0.44"
0.25"
--
2,000
ADSORBER
BLOWER
(TOTAL SP 2.41")
ATS-4
2,750
TO
IMPINGER
ELECTROSTATIC 0.39"
MEDIA
1.33"
46.38
68.75
46.38
57.56
68.75
34.25
34.25
58.63
58.63
58.63
27.19
27.19
51.56
51.56
51.56
176.25
TO
183.25
37.00
TO
44.00
235
480
150
550
420
2050
2700
3400
3900
4450
9.3
9.3
--
--
--
7.37
.40
0.44"
0.25"
--
4,000
ADSORBER
BLOWER
(TOTAL SP 2.41")
ATS-6
4,125
TO
IMPINGER
ELECTROSTATIC 0.39"
MEDIA
1.33"
179.25
TO
186.75
40.00
TO
47.50
295
640
185
785
535
14.6
14.6
--
--
--
11.06
14.74
18.45
22.12
.63
0.44"
0.25"
--
6,000
ADSORBER
BLOWER
(TOTAL SP 2.41")
ATS-8
5,500
TO
IMPINGER
ELECTROSTATIC 0.39"
MEDIA
1.33"
186.75
TO
190.25
47.50
TO
51.00
390
780
270
1070
675
18.6
18.6
--
--
--
.91
0.44"
0.25"
--
8,000
ADSORBER
BLOWER
(TOTAL SP 2.41")
ATS-10
6,890
TO
IMPINGER
ELECTROSTATIC 0.39"
MEDIA
1.33"
190.25
TO
193.25
51.00
TO
54.00
460
893
305
1297
770
24.0
24.0
--
--
--
1.20
1.40
0.44"
0.25"
--
10,000 ADSORBER
BLOWER
(TOTAL SP 2.41")
ATS-12
8,250
TO
IMPINGER
ELECTROSTATIC 0.39"
MEDIA
1.33"
190.75
TO
51.50
TO
59.00
520
1010
345
29.3
29.3
--
0.44"
198.25
12,000 ADSORBER
BLOWER
0.25"
--
1545
870
--
--
(TOTAL SP 2.41")
(1) DIMENSIONS SHOWN IN INCHES
(2) SYSTEM DEPTH AS SHOWN TO THE SUM OF ALL MODULE, TRANSITION & FAN DEPTHS AND 1/8” GASKET ALLOWANCE BETWEEN EACH MODULE.
(3) SYSTEM WEIGHT EQUAL TO THE SUM OF ALL MODULE WEIGHTS AND MOUNTING RAIL.
(4) IMPINGER MODULE AND ELECTROSTATIC MODULE SUPPLIED WITH (2) 1” WASH WATER SUPPLY COUPINGS AND (1) 2” DRAIN COUPLING.
(5) MODULE ACCESS DOORS LOCATED ON ONE SIDE. (LIFT-OFF HINGES) SPECIFY ACCESS REQUIRED.
8
EFFICIENCY
DOP CFM CAPACITY
ASHRAE CFM CAPACITY
95%
1,375
2,750
4,125
5,500
6,890
8,250
374 fpm
90%
1,500
3,000
4,500
6,000
7,500
9,000
406 fpm
95%
1,600
3,200
4,800
6,400
8,000
9,600
433 fpm
90%
ATS-2
2,000
ATS-4
4,000
ATS-6
6,000
ATS-8
8,000
ATS-10
ATS-12
Face Velocity
10,000
12,000
540 fpm
Static Pressure Drops
The ESP section must have both an
internal prefilter and after filter, select
and add for each.
TRION EQUIPMENT LOSSES INCHES H20
ESP Section
0.14”
0.15”
0.10”
1.25”
External losses for ductwork, exhaust
hoods, manufacturing equipment with
associated entry losses, kitchen hoods,
etc., must be added with the above Trion
internal equipment losses to calculate
total fan static pressure required.
40% open perforated prefilter or after filter
Metal mesh prefilter or after filter
2” impinger
Media Section
0.11”
Initial Final
0.17” - 1.00”
0.40” - 1.20”
1.00” - 1.50”
4” pleated prefilter, 40% efficient
10 pocket bag, 95% efficient
HEPA, 99.97% efficient
0.28”
0.26”
0.28”
0.36”
Adsorber Section
1” trays
2” trays
4” modules
0.11”
Fan Transition
9
Providing Clean, Comfortable & Safe IAQ
Solutions for More Than Half a Century
Since 1947, Trion has manufactured quality products for the
commercial, industrial, residential, and military markets. All Trion
products are engineered specifically to provide a clean, safe and
comfortable indoor air environment. Trion’s success has been
driven by the dependable performance and superior quality of
our products, as well as by our excellent customer service.
Trion’s technical expertise allows us to create innovative
products and cost-effective, environmentally sound solutions that
solve the air cleaning problems of our worldwide customer base.
Our products can be found in homes, offices, factories, clubs,
hospitals and sea vessels.
Headquartered in Sanford, North Carolina, Trion manufactures
products in a dedicated 263,000 square-foot plant. Trion UK’s
European, Middle East and Far East operations are based in
Andover, Hampshire in the United Kingdom.
Trion Deutschland GmbH, formed in 1984, is responsible for
serving markets in Central and Eastern Europe.
In 1 9 9 6 , Trion purchased Herrmidifier, a well-known
manufacturer of humidification products for use in a variety of
commercial, residential and industrial settings.
Trion is part of Fedders Indoor Air Quality, which opened its first
Asian manufacturing facility in Suzhou, China, in August 2002.
Today, and in the future, Trion will continue to develop
innovative air cleaning solutions that meet the demands of our
customers throughout the world .
10
11
Headquartered in Sanford, North Carolina
Leading Technology for Cleaner Exhaust Air Since 1947
Air Purification Systems
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