White Rodgers Sst1400 User Manual

Electronic Air Cleaner

Model Number

SST

E-R

SST1000

SST1400

SST1600

SST2000

ATIN

LIG

OWNER’S MANUAL

• Installation

• Operation

• Basic SST Service Guide

• Technical Repair Guide

• Repair Parts

Please read and familiarize yourself with the contents of this manual before

installing, operating or performing maintenance on the unit.

White-Rodgers is a division

of Emerson Electric Co.

PART NO. 37-6373C

Replaces 37-6373B

0238

Printed in U.S.A.

www.white-rodgers.com

HOW THE AIR CLEANER WORKS

Dirt particles flowing through the ducts (Figure 1) first enters

the pre-filters (A) where large particles (hair, lint, etc.) are

trapped. Smaller particles (smoke, dust, pollen, etc.) pass

through these pre-filters and enter the ionizing section (B).

Here each tiny particle receives a positive electrical charge.

These charged particles then enter the collecting section

(C). This section consists of a series of aluminum plates

which are alternately charged negative and positive.

Dirty Air In

Clean Air Out

The positive charge of the particles cause them to be

repelled by the positive plates and attracted to the negative

plates where they are collected . . . just as a magnet

attracts iron filings.

Figure 1

Clean-filtered air re-enters the supply duct system.

Carbon (Charcoal) Filters

White Dust (Lint)

Odors are gas molecules, not particles. They cannot be

removed by an Electronic Air Cleaner or by any other

filtration media designed to remove airborne particles.

However, some gases can be absorbed by an activated

carbon filter or diluted with fresh outdoor air. When odors

are present, the addition of charcoal filters will neutralize

odors, such as cooking odors, pet odors, cigar and ciga-

rette odors, ozone, etc. Optional charcoal filters are

available for your Air Cleaner. Refer to the parts list for the

charcoal filter part number for your Air Cleaner. Charcoal

filters require replacement. They cannot be washed. While

there is no rule of thumb for how often they should be

changed, you can use your best judgement based on the

odors you perceive in your environment.

An Electronic Air Cleaner is designed to collect two major

types of contaminants: LLIrritants (Pollens, Spores, Molds,

Bacteria, etc.) and L Black Soiling Contaminants (Dirt and

Smoke particles).

The residue on the collecting plates of an electronic air

cleaner is black, indicating it is removing dirt from the air

stream. After installing an air cleaner you may notice white

dust (typically, long linty particles or fibers – from carpets,

cotton materials or drapery fabrics). This material is not

collected by the air cleaner because it does not contain the

irritants or soiling contaminants listed above or settles out of

the air before reaching the air cleaner. The presence of

white dust does not indicate an air cleaner requires service.

CONSTRUCTION OF THE AIR CLEANER

Not only is your air cleaner easy to install, it is also easy to

operate and maintain. Its basic components, and their

functions, are as follows: (See Figure 2)

Pre-Filters

Cabinet

Handle

Cabinet - mounts to existing duct work and houses the

collecting cells and pre-filters.

Collecting Cells - are made in two sections and perform

the actual collecting of dust, dirt, and other impuri-

ties from the air. They contain the ionizing and

collection sections described above.

Each cell must be installed with the ionizing wires

on the air entering side. Each cell must be oriented

with the handles and contact button (Figure 2)

toward the operator.

Contact

Button

Pre-filters - are in two sections which are interchangeable.

They serve as a pre-filter to trap large particles

such as hair and lint before they can enter the cell

sections.

Collecting Cells

Contact

Button

Power Pack

Figure 2

Power Pack- contains operating and power on lights as well

as the solid state components that convert the 120

volt power supply to the high-voltage, direct current

required for the collecting cell.

PREINSTALLATION

Not to Exceed 20

(Interchangeable)

Collecting Cell

(Interchangeable)

Collecting Cell

Air Flow

Outlet Box

Cabinet

Power Pack

Handle

Air Flow

Furnace

Opening

Electronic

Air Cleaner

Opening

Contact

Button

Contact

Button

Furnace

Electronic

Air Cleaner

Pre-Filters

(Interchangeable)

Transition Section

(if Needed)

See text for Cell

Removal Clearance

Figure 4

Figure 3

LOCATING THE AIR FILTER

Knockouts for

3/4" Conduit

(three sides)

Your air filter must be mounted in the return air duct of a

central forced-air system, on the air entering side of your

furnace. (See Figure 3 for example.)

6 7/8"

Select a location that meets the following:

1. The face of the cell will be at a right angle to the air

stream.

2. Allow the following clearances to permit removal of

cells and pre-filters: (See Figures 4 and 5)

Model SST1000 - 14 inches

Model SST1400 - 15 inches

Model SST1600 - 14 inches

Model SST2000 - 15 inches

For complete dimension data refer to Figure 5.

3. The air filter is not to be placed in the discharge of

either the heating or cooling unit.

4. IMPORTANT: If atomizing spray type humidifier is

used, it must be installed downstream from the air

filter.

If your furnace duct system has a pre-installed boot,

discard front cover of boot and slide the air cleaner

component inside the boot. For installation of Air Cleaner

Retrofit (ACR) kits, see page 13.

MODEL NO.

SST1000

SST1400

SST1600

SST2000

24 3/4 21 5/16 18 5/8 13 9/16 16 7/16 19 1/16

29 11/16 26 1/4 23 5/8 13 9/16 16 7/16 19 1/16

25 1/2 21 5/16 18 5/8 17 3/4 20 5/8 23 3/8

29 11/16 26 1/4 23 5/8 17 3/4 20 5/8 23 3/8

If furnace opening cannot be enlarged to required size, a

transition sheet metal section must be used. Transition

must be planned for each job. Reduction should not be

more than 4 inches per linear foot, approximately 20

angular degrees (Figure 3).

Figure 5

tions. Turn cells upside down (with the same end facing

the cabinet opening). This will locate the ionizing wires at

the right, and both contact buttons and cell handles will be

facing the power door. Air flow direction must agree with

arrow embossed on end of collecting cells.

DIRECTION OF AIR FLOW THROUGH THE

AIR CLEANER

After installing the cell sections, install pre-filters in cabi-

net tracks on the right. This will again place the pre-filters

on the air entering side (on the same side as ionizing

wires).

Your air cleaner is shipped from the factory with air flow

from left-to-right. If this air flow is suitable for the installa-

tion, no further changes need to be made (Figure 4). For

right-to-left air flow, remove both pre-filter and cell sec-

TYPICALMOUNTINGPOSITIONS

Air Flow

Rear View

Figure 6

BASEMENT FURNACE

Figure 8

Figure 7

HIGHBOY FURNACE

(Figure 8)

(LOWBOY) (Figure 6)

COUNTERFLOW

FURNACE (Figure 7)

Cleaner is mounted hori-

zontally in return plenum,

just above furnace.

Side installation. Cleaner

is mounted vertically,

where return air enters

side inlet of furnace.

Cleaner is mounted horizon-

tally in return duct or plenum,

just above furnace.

HIGHBOY FURNACE

(Figure 9)

Installation beneath furnace.

Cleaner mounts horizontally,

where return air enters from

below. Raise furnace and in-

stall beneath base.

Less than

7 Inches

Offset

At Least

9 Inches

Air Flow

Figure 10

OFFSET INSTALLATION

(Figure 10)

Figure 9

Typical use of duct offset to match air filter opening.

If duct connection to furnace allows less than nine

inches for mounting the air cleaner, shorten the

lateral trunk, or attach an offset fitting to the elbow.

Air Flow

HORIZONTAL FURNACE

(Figure 11)

Cleaner is mounted vertically

in the return duct near furnace.

Figure 11

INSTALLATION

REMOVE OLD FILTER AND DISCARD

(Figure 12)

NOTE:Thisfiltermaybemountedinthefurnacecompart-

ment.

CLEAN BLOWER COMPARTMENT

It is suggested that the furnace blower compartment,

blower and blower housing be cleaned to ensure clean air

circulation.

Figure 12

Power

Supply

Box

INSTALLATION

Frame

The following is a typical installation of the air cleaner on

a “Highboy” furnace (Figure 8).

Duct

1. Place the air filter cleaner on the floor. Stand it upright

with the power door facing you (Figure 4). If a

horizontalinstallationisbeingplanned,laythecleaner

on its side, this will help you to visualize the relative

location of all parts.

Allow ample space for wiring and servicing the power

supply box (Figure 13).

Mounting

Holes

2. Release the latch, remove the power pack (by grasp-

inghandleandpullingpowerpackawayfromcabinet)

and set it aside. Remove the collecting cells and pre-

filters. Set pre-filters and cells aside in a safe location

until the cabinet is installed.

Figure 13

3. Set the cabinet next to the furnace. If necessary,

enlarge the opening in the furnace (if possible) to

match the opening in the cabinet.

Turning

Vanes

Air Flow

If the furnace opening cannot be enlarged, a transi-

tion fitting should be used. (Figure 3).

The cabinet can be attached directly (Figure 13), or

a starting collar can first be fitted to the furnace inlet.

A butt or slip joint can be used.

Securely attach the cabinet to furnace inlet, using at

least two of the mounting holes on each side of the

cabinet.

Figure 14

4. Using butt joint, attach duct work (normally an elbow)

to the upstream side of air cleaner cabinet. (Note the

use of the sheet metal turning vanes inside the elbow

to improve air distribution over the face of the cells.)

(Figure 14)

NOTE: An optional method of attaching duct work to the

cabinetistomodifythecabinet(Figure15)bybendingthe

tabs outward at a 90° angle and attaching duct work to

tabs.

Optional method

(Bend tabs outward at 90˚ angle)

Figure 15

5. Connecttheverticalductsectiontotheelbow.Wedge

a wood block between floor and elbow for support

(Figure 16).

Transition Fittings

If the air duct does not fit the cabinet opening, a transition

fitting should be used. Gradual transitions are preferred

for greatest efficiency. Not more than four inches per

linear foot (approximately 20° angle) should be allowed

(Figure 3).

6. Seal all joints in the return air system downstream

from the air cleaner with duct tape to prevent dust

from entering the air stream. Tape is usually applied

ontheoutsideofducts,butmayalsobeappliedonthe

inside, or both.

WIRINGINSTRUCTIONS

10. With the cabinet Installed, reinstall pre-filter(s) and

7. With the cabinet installed, the air cleaner can now be

wired to electrical input source.

collecting cell(s) (Figure 19).

NOTE: The contact button and handles on the cell

must be facing you and ionizing wires must be on the

air intake side.

WARNING

Installation of this unit must comply with local

electric codes or other applicable codes.

11. Install the power pack as follows:

Engage the lip on lower inside edge of power pack in

the flange on cabinet and carefully close the power

pack,makingsurethattheelectricalconnectorprongs

on the power pack enter the slots in the socket on

cabinet. When the power pack is fully in place, en-

gage the latch and snap it closed.

Review and understand local codes prior to in-

stallation.

Failure to do so could result in serious personal

injury or death.

8. This air cleaner unit has no air flow monitor installed,

it does require electrical wiring through the furnace

controls. Connect wiring to the furnace control termi-

nals. (EAC-H) for power, (EAC-N) for neutral, and

connect metal frame of EAC to ground. If air flow

monitorisrequiredforoperation,orderF859-0381Air

Flow kit. Install kit and connect a 120 VAC 60 Hz input

circuit. A 20 amp circuit is more than adequate.

Floor

9. Remove junction box cover and install the required

bushing into the 3/4 in. Knock out. With the supply

voltage turned off, route three (3) wires into junction

box for connections. (See Fig. 17.)

Conduit

Insure all wires are clamped, wire connectors prop-

erly installed and grommets used to prevent wire

abrasion.

Vertical

Section

Duct

Tape All

Joints

Electronic

Air Cleaner

Figure 18

Pre-Filters

Wood Block

Cabinet

Handle

Figure 16

Hot

Neutral

Grounding

Conductor

Contact

Button

Collecting Cells

Contact

Button

Front View

Figure 17

Power Pack

Figure 19

OPERATION

1. With the 120 VAC power turned on at the circuit

breaker for the furnace, push the air cleaner ON-OFF

switch to the “ON” position (Figure 20).

2. With the furnace blower running, the air cleaner will

be operating. An arcing or “snapping” sound may be

heard. This will occur occasionally, however the unit

is operating properly.

3. With the furnace blower running, the Operating Light

should be ON. If the Operating Light is not ON this

signifies that the cells need washing, or that trouble

exists in the unit.

Operating

Light

If, after washing the cells, the Operating Light stays off,

the cell could be wet, improperly placed in the cabinet or

may need servicing.

On-Off

Switch

NOTE: An occasional flicker of the light accompanied by

harmless sparking or snapping noise may occur. This is

caused by trapping large particles of dirt. If arcing is

continuous, the cells should be washed or checked for

service problems see Basic SST Service Guide.

Figure 20

4. Remove the cell(s) and pre-filter(s) from cabinet.

Using a solution of warm water and low sudsing

detergent, soak cell(s) and pre-filter(s) for 20 to 30

minutes.

MAINTENANCE AND WASHING

CAUTION

NOTE: Ionizing wires may become coated causing

loss of cleaning ability by the collecting cell. Using a

damp cloth, wipe each ionizing wire, exercising care

not to damage them.

CABINET AND CELLS MAY CON-

TAIN SHARP EDGES.

Use care when servicing unit or

handling cells.

5. Remove the cell(s) and pre-filter(s) from solution and

rinse thoroughly with clean water.

Failure to do so could result in

minor personal injury.

Allow cell(s) and pre-filter(s) to drip dry for a mini-

mum of 2 hours. Cell(s) and pre-filter(s) may be

tipped at a slight angle to expedite the drip-dry

process.

For maximum efficiency your air cleaner cell(s) and pre-

filter(s) should be inspected once a month and cleaned

when necessary. Cleaning will usually be required every

one to three months, depending upon the particular

household circumstances. When cleaning is required the

following procedure should be used:

7. Reinstall the cell(s) and pre-filter(s) in the cabinet.

8. Replace the power pack. Turn furnace fan on. After

30 minutes push ON-OFF switch on the power pack

to the “ON” position.

A moderate amount of arcing or “snapping” may

occur at this time, which will indicate that the cell(s)

are still damp. If the noise is objectionable, push the

ON-OFF switch to the “OFF” position and allow

additional time for cell(s) and pre-filter(s) to dry. In

some cases the Operating Light will remain OFF

during this initial activation of the air cleaner, and this

would indicate that the cell(s) are not completely dry.

The Operating Light should remain ON while the

furnace fan is running once the drying is complete.

CLEANING THE CELLS

1. Turn the air moving system “OFF.”

2. Push the ON-OFF switch on the power pack to the

“OFF” position (Figure 20). Wait 15 seconds and both

the power pack and the collecting cell(s) will be

automatically discharged.

3. Release the latch on top of power pack and pull the

power pack straight away from cabinet at the top.

Then lift pack out of ledge at bottom edge of cabinet.

Set power pack aside.

REPLACING AN IONIZING WIRE

If an ionizing wire should break, it can be replaced as

follows:

1. Remove all pieces of broken wire. Make sure sup-

ports at each end are in good condition and not bent

out of shape.

2. Hook the new wire onto the support at one end.

3. Hold your finger against the support at the other end

(Figure 21) and hold the ionizing wire between thumb

and forefinger as shown or use needle nose pliers.

Press inward on spring support. Hook end of wire

over small tab at end of support and release. Make

sure wire is securely anchored at each end.

Support

Ionizing

Wire

Figure 21

SPECIFICATIONS

SST1000

SST1400

SST1600

SST2000

Rated Capacity

Max. Pressure Drop

Cell Weight

600 - 1200 cfm

.08 in. W.G.

(2) 7 lbs. each

9 lbs.

1000 - 1600 cfm

.08 in. W.G.

(2) 9 lbs. each

9 lbs.

1000 - 2000 cfm

.12 in. W.G.

(2) 9 lbs. each

10 lbs.

1600 - 2200 cfm

.09 in. W.G.

(2) 9 lbs. each

10 lbs.

Power Pack Weight

Unit Weight

35 lbs.

42 lbs.

38 lbs.

45 lbs.

Power Consumption

Electrical Input

40 Watts (Max)

120 VAC 60 hz.

1.0 Ma

40 Watts (Max)

120 VAC 60 hz.

1.2 Ma

40 Watts (Max)

120 VAC 60 hz.

1.5 Ma

40 Watts (Max)

120 VAC 60 hz.

1.7 Ma

Electrical Output

@ 6450 VDC (nom)

Max. Ozone Output

Temperature Rating

.05 ppm

40 F to 125 F

BASIC SST SERVICE GUIDE

This guide will cover most homeowner complaints. If, after checking the items listed, the unit still fails to operate

properly, contact the nearest Authorized Service Center.

SERVICE INDICATION

SERVICE CHECKS

ON/OFF switch “ON”

Blower ON

Unit functioning Normally

Operating Light ON

ON/OFF switch “ON”

Blower ON

1. Power is not being supplied to air cleaner.

A. Check fuse or circuit breaker.

Operating Light OFF

B. Ensure power pack is properly installed and latched.

2. Collecting cell shorted - Turn power Off - Remove power pack - Remove

collecting cells - Replace power pack - Restore power (ensure blower is

operating).

A. If Operating Light comes ON check cells for bent plates, loose ionizing

wire(s) or cracked insulator(s).

B. If Operating Light remains OFF, malfunction is in the power pack. (See

power supply Checkout Procedure).

ON/OFF Switch “ON”

Blower OFF

Operating Light ON

1. Air flow sensor contaminated/misaligned

A. Remove power pack and clear contamination inside black bushing around

the small sensor element.

B. Ensure small sensor element is centered in bushing.

2. Air sensor left in bypassed condition after servicing.**

3. Faulty air flow sensor panel.

Excessive arcing during

normal operation -

Operating Light may blink

1. Wet collecting cell.

A. Allow cell(s) to dry after cleaning before applying power.

2. Damaged collecting cell(s).

A. Remove cell(s) and inspect for bent plates, loose ionizing wire(s), cracked

insulator(s), etc.

3. Collecting cells dirty.

A. Clean cells as instructed in this manual.

4. Faulty power supply (see power supply checkout procedure)

**NOTE: Your air cleaner is equipped with an air flow sensor (switch) which turns the unit ON and OFF in

response to the system blower. It may have been “wired out” during a service check and inadvertently left in this

condition

TECHNICAL REPAIR GUIDE

All voltage measurements indicated can be made with a

high voltage D.C. probe and a general purpose volt ohm

meter. For example: Simpson 260 or equivalent.

WARNING

Do not attempt repair of this unit unless you are

familiar with the necessary tools, equipment,

utility connections and potential hazards.

For test purposes, the air flow switch may be “wired out”

of the system. This will eliminate the need for air flow

across the sensing thermistor to energize the power

supply (see Fig 23).

Repair should be performed only by a qualified

service provider.

NOTE: All tests to be performed with the Ozone Reduc-

tion Jumper intact.

Failure to do so could result in reduced perfor-

mance of the unit, serious personal injury or

death.

NOTE: When servicing the power pack components, all

wiring must be routed to factory specifications.

This guide contains service checks to assist service

personnel in locating and correcting any malfunction that

might occur to render the air cleaner ineffective or inop-

erative. The air cleaner has been designed with replace-

able components, such as the high-voltage power supply

and air flow switch. This allows the serviceman to replace

a faulty component rather than attempt repairs of such

components in the field.

120 VAC

Connector

Power Pack

Assembly

Cover Assembly

Power Supply

Specifications

The solid-state power supply is not

designed for individual component part

replacement and must be replaced as

a complete "snap-in" unit.

Operating

Light

(If Required)

Airflow Switch

ON/OFF

Switch

Blk

Input voltage: 120 VAC 60 Hz.

Output to light: 1.5 to 2.5 VDC

H.V. Output: 6450 VDC (nom)

Wht/Brn

Wht

Blk

Red

Gnd

Collecting Cell

Specifications

Cell Contact

& Insulator

1000 cfm - 1.0 Ma @ 6450VDC

1400 cfm - 1.2 Ma @ 6450 VDC

1600 cfm - 1.5 Ma @ 6450 VDC

2000 cfm - 1.7 Ma @ 6450 VDC

Wht

Blu

Power

Supply

Wht/Brn/Air Flow

Blk

Figure 22

4. Using a standard extension cord, apply 120 VAC to

power pack. Turn power switch to “ON” position.

POWERSUPPLY

CHECKOUTPROCEDURE

5. Connect meter negative (-) lead to metal frame of

collecting cell. Use high voltage probe to measure

voltage at collecting cell ionizer or cell plates. Voltage

should be 6100 to 6800 VDC.

1. Turn power switch to the “OFF” position and remove

the power pack from cabinet.

2. If air flow switch is installed, locate air flow switch and

remove power pack cover. If air flow switch is not

installed, go to step 4.

NOTE:Anew“out-of-box”cellmaycausethevoltage

to be lower than normal for a short period of time. To

obtain a more accurate measurement, “age” the cell

by applying high voltage to the cell for 15 to 30

minutes.

3. Disconnectthethree-pinplasticconnectorandjumper

the two female pins (white wire to white-brown wire)

as shown in Fig. 23.

If voltage is below 6100 VDC, check cell for foreign

objects, bowed/bent/loose plates, broken ionizing

wires or cracked insulators. Wash cells if required. If

Operating Light remains OFF, replace collecting cell.

Plastic Connector

Male Pin

AIR FLOW MONITOR TEST

Jumper Lead

Female Pins

1. Connect a multimeter set to read 120 VAC to power

supply terminals marked “LINE.”

Method of jumping lead wires of

connector plug from air flow switch.

2. Connect 120 VAC to power pack plug, turn power

switch “ON.”

Figure 23

3. Blow on thermistor at air flow monitor. 120 VAC

should appear at multimeter. Stop blowing and volt-

age should disappear in 10 - 15 seconds.

4. Place power pack on a well insulated workbench.

Connect meter negative (-) lead to the sheet metal

chassis and the high voltage probe to high voltage

contact on back cover of power pack. Connect AC

powertopowerpackusinganextensioncordandturn

power switch to the “ON” position. Keep hands and

tools away from high voltage contact.

4. If voltage did not appear (Step 3), disconnect power

to power pack. Locate air flow switch and remove

power pack cover. Disconnect the three-pin plastic

connector. Jumper the two female pins (white wire to

white-brown wire) as shown in Fig. 23. Reconnect

power to power pack. Turn power switch “ON.”

5. If Operating Light comes ON and output voltage is

between 6100 and 6800 VDC, power supply is good.

A. If 120 VAC appears at multimeter, replace air

flow monitor.

6. If voltage is good but Operating Light does not come

on, replace Operating Light.

B. If 120 VAC does not appear on multimeter,

problem is other than air flow monitor. Recheck

all primary wiring.

CELL TEST

NOTE: The air flow monitor is designed to operate in the

temperature range of 65° to 120° F. Operation outside

this range is not recommended.

1. Place collecting cell on a well insulated workbench

with the cell contact button pointing upward.

2. Select a power pack (with air flow switch bypassed

and ozone reduction jumper intact) that reads be-

tween 6100 and 6800 VDC at the cell contact with no

cell attached.

3. Place power pack on top of collecting cell ensuring

that there is proper contact between the cell contact

on the power pack contact.

OZONEREDUCTION

All electronic air cleaners typically produce a small

amount of ozone that is within established limits.

Some customers may notice an odor especially at

high altitudes or low air flow rates.

This power supply has a “hairpin” shaped jumper

wire labeled W1 (see Fig 24) that can be cut and

separated in case of such complaints. This will

cause the power supply to limit the maximum

operating power to a lower level.

Cut and separate

Ozone Reduction

Jumper

WHT/BRN

BLK

LINE

Ozone Reduction Jumper

Figure 24

ELECTRONIC AIR CLEANER RETROFIT (ACR) KITS

INSTALLATION

Pre-Filters

Cabinet

Handle

1. Removethetwopre-filtersfromthepackageandinsert

intocabinettracksoppositethefurnace. Thesewillbe

used to catch the larger particles that are in the air

stream before entering the collecting cell.

2. Insert the two collecting cells into the cabinet behind

the pre-filters. Be sure ionizing wires are directly

behind the pre-filters so the particles can be charged

as soon as the air leaves the pre-filters.

3. Removecoverplateonthepowersupplyjunctionbox

and remove the knockout needed to bring the wire to

Contact

Button

the female receptacle.

4. Positionreceptaclewithgroundinthedownpositionas

Collecting Cells

Contact

Button

shown in Fig 17 (page 7) and pull wires through the

receptacle locator on the junction box. Snap the

receptacle into the hole until secure.

5. Connectgroundwirefromreceptacleandgroundwire

in kit to cabinet with rivet and washer as follows:

a) Place washer on rivet

b) Place terminal from ground wire on rivet

c) Place terminal from receptacle ground wire on

rivet

d) Insert rivet in hole in junction box and secure.

WIRING

5. Forwiringinstallation(seepage7)andfollowallwiring

instructions 7, 8 and 9.

6. Install the power pack (see page 7) instruction 11.

7. For operation (see page 8 – Operation).

REPAIR PARTS

PARTS LIST FOR ELECTRONIC AIR CLEANERS

When ordering repair parts, always give the following information as

shown in this list.

1. The PART NUMBER

2. The PART DESCRIPTION

3. The MODEL NUMBER

4. The NAME OF ITEM - Electronic Air Cleaner.

Always order by “PART NUMBER” . . . Not by “ITEM NUMBER”

PART NUMBER

ITEM

NO.

DESCRIPTION

SST1000

SST1400

SST1600

SST2000

Cabinet

N/A

Pre-Filter

• F825-0431

• F811-0398

F838-0072

------

• F825-0432

• F811-0397

F838-0072

------

• F825-0337

• F811-0321

F838-0072

------

• F825-0338

• F811-0319

F838-0072

------

Collecting Cell

Junction Box Cover

* Screw #6 x 3/8

Connector, Female

Power Pack Assembly

Cell Handle

F818-0053

F858-1021

F832-0039

F843-0484

F844-0130

F876-0202

N/A

F818-0053

F858-1022

F832-0039

F843-0484

F844-0130

F876-0202

N/A

F818-0053

F858-1023

F832-0039

F843-0500

F844-0130

F876-0202

N/A

F818-0053

F858-1024

F832-0039

F843-0500

F844-0130

F876-0202

N/A

Ionizing Wire

Light

Switch

Power Pack, Cabinet Only

Connector, Male

Power Supply

F827-0026

F858-1002

F820-0098

37-6373

F827-0026

F858-1002

F820-0098

37-6373

F827-0026

F858-1002

F820-0220

37-6373

F827-0026

F858-1002

F820-0220

37-6373

Cover, Power Pack

† Manual

† Charcoal Filter (with mounting clips)

Air Flow Switch (monitor kit)

F825-0466

F859-0381

• F825-0467

F859-0381

• F825-0468

F859-0381

• F825-0469

F859-0381

* Standard Hardware Item

• Two (2) Required

† Not Shown

WASH REMINDER SCHEDULE

frequent washing may be necessary on some installa-

A regular washing schedule is necessary to ensure tions where there is new carpeting, plaster dust or exces-

proper efficiency. A thorough washing once every month sive cigarette smoke, etc. (See page 8 for maintenance

will be adequate for most installations. More or Less

and instructions on how to clean a cell.)

Year

JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC

20___

NOTICE TO CONSUMERS

White-Rodgers

Electronic Air Cleaner

Dear Consumer;

White-Rodgers would like to thank you for purchasing a White-Rodgers Electronic Air

Cleaner or product containing a White-Rodgers Electronic Air Cleaner. Although White-

Rodgers does not extend a warranty directly to consumers, White-Rodgers does extend a

warranty to Wholesalers and Original Equipment Manufacturers who use White-Rodgers

Products. To obtain more information about how your Wholesaler or Original Equipment

Manufacturer’s warranty may benefit you, please contact your Wholesaler or Original

Equipment Manufacturer.

Sincerely,

White-Rodgers

TheEmersonlogois

trademarkandaservicemark

ofEmersonElectricCo.

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