Parker SMOG-HOG MSH-05-H User manual

Industrial Electrostatic Air Cleaner
Owner's Manual
SMOG-HOG®Model MSH

ii
KNOW YOUR EQUIPMENT
READ THIS MANUAL FIRST.
Your SMOG-HOG®system should provide many years of trouble-free service. This manual
will help you understand the operation of your SMOG-HOG®unit. It will also help you under-
stand how to maintain it in order to achieve top performance. For quick future reference, fill
in the system and filter information in the spaces below. Should you need assistance, call
the Parker customer service number shown below. To expedite your service, have the fol-
lowing information available when contacting Parker.
Parker Order #: ________________________________________________________________
Unit Model #: __________________________________________________________________
Unit Serial #:___________________________________________________________________
System Accessories:
______________________________________________________________________________
______________________________________________________________________________
______________________________________________________________________________
Installation Date: _______________________________________________________________
Parker Industrial Gas Filtration and Generation
Customer Service
1-800-343-4048

iii
TABLE OF CONTENTS
Page
Safety Precautions ................................................................................................... ii
1. Important Notice ................................................................................................1
2. Description .........................................................................................................1
3. Installation ..........................................................................................................1
3.1 Inspection Note..............................................................................................1
3.2 Installation Planning........................................................................................1
3.3 Unit Mounting ................................................................................................2
4. Start-up and Operation......................................................................................2
5. Maintenance and Manual Cleaning ..................................................................2
5.1 Normal Maintenance ......................................................................................2
5.2 Manual Cleaning of SMOG-HOG Components ..............................................3
5.3 Manual Cleaning Methods..............................................................................3
5.4 Appearance Of Components After Cleaning...................................................4
5.5 Replacing Damaged Ionizer Wires..................................................................4
6. Troubleshooting..................................................................................................4
6.1 Tools Required ...............................................................................................4
6.2 Perform Before Troubleshooting.....................................................................4
6.3 Troubleshooting Procedures...........................................................................4
6.4 Troubleshooting Table ....................................................................................7
7. Replacement Parts ............................................................................................8
7.1 Replacement Parts List ..................................................................................8
8. Figures .......................................................................................................... 9-11
9. Wiring Diagrams......................................................................................... 12-18
10. Warranty............................................................................................................19

iv
SAFETY PRECAUTIONS
We have provided many important safety messages in this manual. Always read and obey all safety messages.
• Use two or more people to move and install the
air cleaning system.
• The air cleaner must be properly grounded.
• Disconnect power before servicing.
• Replace all access panels before operating.
• Wear protective clothing and safety glasses when handling
collection components or servicing the air cleaner
• Electrical connections should only be made by qualified per-
sonnel and be in accordance with local and national codes
and regulations.
• Do not use in explosive atmospheres.
• Use nonflammable cleaners.
• Do not collect emissions which are explosive.
• Keep flammable materials and vapors, such as gasoline,
away from air cleaner.
• The unit should be inspected frequently and dirt removed to
prevent excessive accumulation which may result in flash-
over or fire damage.
• The air cleaner should not be used for support of personnel
or material.
• Operate only in a safe and serviceable condition.
!
!DANGER
!WARNING
!CAUTION
CAUTION
This is the safety alert symbol.
This symbol alerts you to potential hazards that can kill or hurt you and others. All safety messages will follow the safety alert
symbol and the word “DANGER”, “WARNING” or “CAUTION”. These words mean:
Indicates a hazardous situation which, if not avoided, will result in death or serious
injury.
Indicates a potentially hazardous situation which, if not avoided, could result in death
or serious injury.
Indicates a potentially hazardous situation which, if not avoided, may result in minor
or moderate injury.
CAUTION used without the safety alert symbol indicates a potentially hazardous
situation which, if not avoided, may result in property damage.
IMPORTANT SAFETY INSTRUCTIONS
To reduce the risk of fire, electric shock, or injury when using the air cleaner, follow these basic precautions:
!WARNING

1
1. Important Notice
This manual contains important safety information and
precautionary measures. It is impossible to list all potential hazards
associated with every air cleaning system in each application.
Proper use of the equipment must be discussed with a Parker
representative. Operating personnel must be aware of, and adhere
to, the most stringent safety procedures.
Unit Specifications:
For Indoor Use Only
* Weights are approximate and may not reflect final unit weight
2. Description (See figure 1)
This unit is a self-contained, two-stage, air cleaner designed to
remove dry or oily airborne contaminants from industrial work
areas. Operating on the principle of electrostatic precipitation, it
pulls air past a mist-stop pre-filter, charges and collects airborne
particulate, then exhausts clean air to the environment.
Mist-stop pre-filters serve the dual purpose of trapping large
particles and diffusing the air stream evenly into the precipitator
components at low, controlled velocity. Air passes through an ion-
izing section where nearly all particulate is charged; then on to a
collecting section where charged particles are repelled from simi-
larly charged plates and drawn to ground plates. Agglomerated
particles separated from collection plates during unit startup are
trapped on an after-filter, allowing clean air to pass through the
system blower at all times.
The Model MSH may be ducted directly to the contaminant source
or un-ducted to remove particles from the general environment.
2.1 System Components
1. Mist Stop Filter
The Mist Stop filter is a pre-filter used to remove large particulate
and aids in diffusing the air entering the ESP section.
2. High Voltage Power Supply
The power pack contains the necessary components to convert
customer provided input power (see section 1) to the high-volt-
age DC required for the ionizer and collection cell.
To ensure both equipment and personnel safety, the power
supply high voltage output circuit is limited to a maximum of
5.0mA when using power-pack 21-1216 and 5.6mA when using
power-pack 21-1234.
In the event of a short circuit or other overload condition, the
power supply is designed to cause the high voltage to col-
lapse. When the voltage collapses, the indicator light will blink.
When the overload is removed, the voltage will automatically
build up to normal and the indicator light will illuminate.
The power supply is self-protecting against overload.
When the power is removed from the power supply circuit, an
internal resistor bleeds off the residual charge on the collection
cell. As a precaution, when the access door is opened, the
blade of an insulated handle screwdriver should be used to
ground components before removal (see grounding procedure,
figures 5 & 6).
3. Unicell Ionizing & Collection Section
The ionizing section supports thin tungsten wires which carry a
positive charge of approximately 11 KVDC. This section electri-
cally charges (ionizes) the contaminated particles being pulled
through the unit.
The collection section contains plates alternately charged to a
positive voltage of approximately 5.5 KVDC. This section col-
lects charged particles passing through the ionizer.
4. Air Mover
The motor/blower pulls in the contaminated air and exhausts the
clean air through the outlet.
3. Installation
3.1 Inspection Notice
Upon receipt of your unit, check for any shipping damage.
A damaged carton indicates that the equipment may have
received rough handling during shipping that may have caused
possible internal damage. Notify your delivery carrier and enter
a claim if any damage is found.
3.2 Installation Planning
Locating the Unit: Consideration must be given to the placement
of the precipitator to maximize its effectiveness. When your
SMOG-HOG®is used as a ducted source collector, the enclo-
sure or pickup hood design is important for adequate capture of
contaminants. Model MSH blowers have limited static pressure
capacity. Check with factory for anticipated duct losses in
excess of 0.5 inWC (12.7 mmWC).
CFMCMH lbs kg HP kW V/PH/Hz FLA
MSH-05-H
MSH-05-V
MSH-05-M-H
MSH-05-M-H
MSH-11-H
MSH-11-V
MSH-11-M-H
MSH-11-M-V
1,100 1,870
Electrical Service
0.25 0.2
1.45 1.1
100-120/1/60
3-wire
230/1/60
4-wire
578192
3.5521572
2.3
9.297571
Weight *Blower Size
Model
115 52
Airflow
500 850

2
3.3 Unit Mounting
Carefully remove the unit from the shipping container, again inspect-
ing for shipping damage. For ease of installation, open the access
door and remove the unicell and filters from the cabinet.
Units are designed for machine mounting. Units may be mounted
onto any flat surface such as a machine tool cabinet top or on an
angle iron support base using the mounting feet on the unit. Ensure
the structure is adequate to safely support the full weight of the
MSH unit.
Prior to installation, verify you have at least 25˝ (635 mm) [Horizontal
Single-Pass, Vertical Single & Tandem Pass] and 40˝ (1016 mm)
[Horizontal Tandem Pass] for door swing and component access on
the door side of the unit. Allow 12˝ (305 mm) clearance from side
obstructions to electrical box where the high voltage power supply
is located. Allow 15˝ (381mm) clearance to the blower access panel
for service.
Drain Connection: MSH unit is equipped with a 11/2˝ NPT drain and
can be supplied with an optional drain loop assembly. (See figure 2)
(horizontal unit only)
To avoid the risk of electrical shock and proper operation of the air
cleaner when making the power connection make certain the air
cleaner is grounded by connecting a good earth ground wire to the
earth ground point in the electrical enclosure.
Installation should conform to all national and local codes.
Refer to Section 9 for your appropriate wire diagram and intercon-
nect. Ensure to take into account all purchased options. These
may include power cord kits, remote on/off, disconnect, and/or
external transformer. Complete the electrical connections to the unit
utilizing the supplied terminal blocks inside the electrical enclosure.
4. Start-Up and Operation
For best results, the unit should be started before the air becomes
contaminated, insuring clean air at all times. The unit has been
thoroughly tested prior to shipment from the factory; however, there
may be some initial arcing of the components at start-up. The arcing
should cease after a few minutes of operation.
An indicator light on the unit is illuminated during normal operation
of the power pack and unicell. If the light fails to illuminate when the
power is turned on, see “Troubleshooting” (section 6.4) for further
instructions. Periodically, momentary shorts will occur indicated by
the flickering indicator light. If the light is dim, fails to glow, or contin-
ues to flicker, the components may need cleaning or servicing (see
“Cleaning Instructions”, Section 5.2 and 5.3).
5. Maintenance and Manual Cleaning
5.1 Normal Maintenance
Once the unit is operational, periodic maintenance is necessary to
assure proper performance. Follow a regular pattern of unit obser-
vation and log abnormal conditions. Since units reflect the process
under control, maintenance patterns will vary accordingly.
Check Power Pack Enclosure Indicator Lights
The MSH should be monitored daily by observing that the indica-
tor light is illuminated to each power pack enclosure. Occasional
arcing (flashing of an indicator light) is normal. An established arc-
ing condition or dead short condition (continuous flashing of an
indicator light) or the indicator light is not illuminated is not normal
should be corrected.
Check Component Appearance Weekly
A visual of the unicell could identify problems such as moderate
to extreme contaminant build up to the unicells even though the
indicator lights are illuminated. This will be helpful in scheduling
a manual cleaning of the components. To check the condition of
the unicells, place the MSH off line. Open the module door and
perform the grounding procedure, refer to Figures 5 and 6, inspect
the condition of the unicells, filters, door feed-thru insulators and
interior of the cabinet. Experience will dictate whether contaminant
build-up is excessive. Contaminant build up will decrease high
voltage to the ionizer and collector cell circuit. When accessing the
module, always clean the two door feed-thru insulators.
The following should be inspected.
Inspect the ionizer section of each unicell, noting the condition of
the contact spring (distorted? bent? missing?), ionizer standoff
insulators (contaminant build up) and ionizer wires (contaminant
build up? missing?), repair or replace. Ionizer wires should be taut
and centered between ground plates. Ground plates between
each ionizer wire should be straight and parallel. Inspect the collec-
tor cell section of each unicell, noting the condition of the contact
spring (distorted? bent? missing?), cell plates (bent? warped?)
should be parallel and straight, repair or replace. Cell hot plates
(smaller dimensional plate) should be centered between ground
plates (larger dimensional plate). Cell plates should not have con-
taminant bridging between the cell plates or at support structure
corners or the triangular insulators. Inspect filters, noting the con-
dition (contaminant build up?, media separation?, bent frames?)
should not have contaminant build up restricting airflow, repair or
replace. Module drain sump should not have moderate to extreme
contaminant build up. Unicell module support tracks should be free
of contaminant build-up for ground contact. Module and access
doors gaskets should be in-place and in good condition.
ELECTRICAL SHOCK HAZARD ELECTRICAL
CONNECTIONS SHOULD ONLY BE MADE BY
QUALIFIED PERSONNEL
!DANGER
DO NOT OPERATE THIS EQUIPMENT IN THE
PRESENCE OF COMBUSTIBLE VAPORS OR
GASES
The MSH unit should be inspected frequently and col-
lected contaminant removed from the system regularly
to prevent excessive accumulation which may result in
a flashover or risk of fire.
!CAUTION
!DANGER

3
5.2 Manual Cleaning of Smog-Hog
Components
There are a number of methods for manual cleaning, certain key
cleaning criteria contribute to the effectiveness of every method.
These include the type of detergent, detergent strength, water
temperature, agitation/ impingement, duration, rinse procedure and
dry-out time.
Type of Detergent
In general, the detergent used on most hydrocarbons (e.g., oily
residues) will be alkaline in nature. It is extremely important that the
detergent have a built-in buffering agent to reduce aluminum
deterioration.
Detergent Strength
Detergent concentration in a mixture with water varies with the
application from 1:1 to 20:1 parts water to parts detergent. For any
contaminant condition, the best course is to use a cleaning solution
per the detergent manufacturer’s directions. More or less detergent
may eventually be required for effective cleaning at reasonable
detergent cost. The recommended factory detergent concentration
is 5% (20:1).
Water Temperature
Detergents can be up to twice as effective in hot water. Hot water
alone is very effective in softening built-up residue. Water tempera-
ture should be 140°F to 170°F, not to exceed 180°F.
Agitation/Impingement
These methods are virtually the same, with impingement being the
most extreme form of agitation. Any liquid movement over built-up
residue will remove a layer, allowing detergent to work on the next
layer. A reduction in cleaning time duration usually results.
Cleaning Cycle Duration
In most cleaning methods, adequate time should be allowed for the
detergent to remove the contaminant thoroughly. Reaction time will
vary depending on detergent strength, temperature and agitation.
Guidelines for mixing, heating and expected results are included
on specification sheets for most detergents. Time is necessary for
effective cleaning. Soaking may seem slower and less effective than
high impingement and/or hot water above 180°F for cleaning action,
so personnel should be forewarned about using excessive pressure
or temperature to shortcut the cleaning process. High pressure or
stream spray cleaning until plate edges are shiny is not effective.
Not only will penetration to the cell core not occur, but warping and
bending of the plates may result as well. Patience and thoroughness
of cleaning best preserve the integrity of the components in the long
term. Soaking and gentle rinsing provides for best results.
Never mix caustic and alkaline detergents for manual
cleaning. Detergent mixing could cause rapid heat
release, gel formation, or some other undesirable
condition.
Rinse Procedure
Cleaned components should be rinsed off quickly and thoroughly
to remove remaining contaminants. Some detergent residue will
remain if rinsing is not performed. The residue may contribute to
voltage bleed-down when the unicell is placed in operation. Also,
even though the detergent is “buffered” prolonged contact could
cause minor corrosion. Hot water should be used for rinsing.
Dry-Out Time
Unicells and filter media should be dry before the MSH is placed into
operation. Startup of a wet system will cause dead short conditions
to the ionizer and collector cell circuits. Wet unicells and filter media
should be placed in a warm room for drying. Techniques such as
hand wiping insulators and blow drying unicells and filter media with
compressed air will decrease drying time.
5.3 Manual Cleaning Methods
The manual cleaning method selected will depend on the type of
contaminant, rate of deposit, facility limitations such as cleaning
time windows (process downtime) and available utilities. All cleaning
methods listed in this section are acceptable.
Soak Tank
This method involves placing unicells and filter media in an agitated
solution of hot water and detergent and is the most effective method.
With proper detergent selection, this procedure will quickly remove
most contaminants. Unicells and filter media should not be placed in
highly concentrated detergent solutions or allowed to soak for extend-
ed periods, (e.g., overnight), especially at elevated temperatures.
Extended soaking (e.g., days) in solvent or detergent solution will
degrade components over time and should be avoided.
Portable Pressure Washer
A self-contained pressure washer with a spray wand can be an
effective cleaning method, providing it is used with caution. Care
should be taken not to expose the unicells to close-up and pro-
longed blasts of high pressure/temperature, causing cell plate
deformity, requiring a replacement set of unicells and filter media.
!CAUTION

4
Automatic Parts Washers
Certain commercially available units combine and automate the
features necessary for effective cleaning, including water heating,
detergent injection, agitation, rinsing and drying.
Other Cleaning Considerations
The previous methods address the cleaning of unicells and filter
media. The MSH cabinet should also be periodically cleaned
(i.e., during normal planned downtimes) to reduce contaminant
build up. High voltage output of the power packs should also be
checked when manual cleaning is performed.
5.4 Appearance Of Components After
Cleaning
Components should have a clean, not necessarily “new,” alu-
minum appearance. Moderate discoloration will not affect unit
efficiency. Checklist for acceptable components.
Unicell
1. Frame, end plates and cell plates are free of contaminant
build-up (residual contaminant has been removed between
plates and at comer supports).
2. The frame is square, cell plates are parallel and cell hot plates
are centered between ground plates.
3. Ionizer standoff insulators and cell triangular insulators are
cleaned (no residual coating). Cracked or carbon-tracked
insulators have been replaced.
4. Ionizing wires and springs are intact and taut, centered
between plates and free of coatings.
5. Contact springs and contact screws are properly located, and
replace missing contact hardware.
6. Contact springs are not deformed.
7. Bent or broken parts have been repaired or replaced.
Pre-filters/After-filters
1. Aluminum media and frame are free of contaminant.
2. Frame is square and media is intact.
3. Filters are to be installed with drain holes on the bottom.
Cabinet
1. Door feed-thru insulators are cleaned and white.
2. Door gaskets are cleaned and intact.
3. Component tracks are free of contaminant build up (for unicell
grounding).
4. Module drain sump is cleaned and free-flowing.
5. Interior is free of extreme contaminant build-up.
6. Blower wheel is free of contaminant build-up.
5.5 Replacing Damaged Ionizer Wires
1. Remove the damaged wire from each spring. Also replace
spring if it is damaged.
2. Loop one end of the new wire over the bottom spring, then
extend the top spring and loop the end of the wire over the
top spring. Pliers may aid in this procedure (Refer to Figure 4).
NOTE: In the event that replacement wires are not immediately
available, the ionizer may be left in service. Remove bro-
ken wire(s) and springs from the assembly. Operation with
missing wires will result in reduced operating efficiency.
6. Troubleshooting
6.1 Tools Required
Screwdriver: 8 inches or longer with insulated plastic handle.
Volt-Ohm meter: For checking input voltage, low-voltage DC and
continuity (ohms).
High-voltage probe: For checking high-voltage power supply
(range: 0 to 15 KVDC)
Amp probe (or clip-on amp meter): For checking motor current.
6.2 Perform Before Troubleshooting
The following should be checked to the module(s) in which the
indicator light(s) is flashing or is not illuminated. Corrections
should be completed and parts replaced.
• Contact springs in the correct location, Figure 1.
• Unicell components have a moderate to extreme contaminant
build up, manually clean the unicell components.
• Ionizer wires and tension springs missing or broken, remove
broken wires and springs from the drain sump.
• Ionizer standoff insulators, cell triangular insulators, and or door
feed through insulators display moderate to extreme contami-
nant build up, broken or carbon tracked insulators (imbedded
black streak which cannot be removed by cleaning, replace
insulator).
6.3 Troubleshooting Procedure
TROUBLESHOOTING AND SERVICING
PROCEDURES SHOULD BE PERFORMED BY
QUALIFIED PERSONNEL ONLY
!CAUTION
Risk of electrical shock. The high voltage circuits
to the ionizer and collector should be grounded
before removing the power pack, high voltage
wires, door feed through insulators and unicell(s).
The grounding procedure can be accomplished by
waiting one minute after turning the unit off and
referring to Figures 5 and 6. An internal resistor
within the power pack discharges the residual high
voltage. The grounding procedure statement is
not identified within the troubleshooting steps but
should be performed. The power pack total current
output is limited to a maximum of 5 milliamps to
assure personnel safety.
!CAUTION

5
HIGH VOLTAGE SPECIFICATIONS:
Ionizer Circuit Operating Range: 10.0 to 11.8 KVDC
Collector Cell Circuit Operating Range: 5.0 to 7.5 KVDC
There will be continuous cell arcing if cell voltages exceed 7.5
KVDC.
If there is a dead short condition or arcing condition usually the
problem is within the collector cell. The power pack should be
confirmed that the power pack is operational, start with step (1),
before proceeding to the step (2). In the event of a dead short
condition the power pack is designed to “shut down” the high
voltage to the ionizer and collector cell circuits causing the indi-
cator light to flash. When the dead short condition is removed
the high voltage output will return to normal. The indicator light
will be illuminated. The power pack is self protecting from dead
short conditions.
All connectors on the power pack are identified with name and
wire number with the exception of the ground connector (green
wire to this connection) Refer to Figure 7. Step 1 and Step 2 do
not require a high voltage probe.
The ionizer section supports 10 mil tungsten wires which apply a
high voltage positive charge to the contaminant particles.
The cell section contains plates alternately charged collecting
the charged particles from the ionizer section.
High voltage problems can generally be isolated by reference
to the indicator light. If the indicator light(s) are illuminated and
the unit is moving air but efficiency is below normal (unicells not
dirty, smoke discharging from the exhaust blower) check that the
contact springs are in the correct locations, see Figure 1.
A high voltage probe is required to measure high voltages to the
ionizer and collector circuits to the unit. As an accessory, a high
voltage probe can be purchased for a multimeter.
STEP 1
PROBLEM: Indicator light is flashing or not illuminated
PROCEDURE: Checking the power pack
The MSH should be placed "off", open power pack enclosure
lid door, and disconnect both high voltage wires (Ionizer #8
and Collector #7) from the power pack. The high voltage wires
should carefully be placed away from the ionizer and collector
cell power pack connectors, eliminating the high voltage wires
from contacting the power pack connectors. Place the MSH
"on"; the indicator light should be illuminated. If the indicator
light is illuminated the power pack is operational, proceed to
step (2). If the indicator light is flashing (high voltage wires #8
and #7 disconnected from the power pack), the power pack
requires replacement. If the indicator light is not illuminated pro-
ceed with following until the problem is corrected.
Verify there is 120 VAC to the power pack, place the MSH "off"
and remove the 120 VAC wires from the power pack terminals
5 and 6. Connect the multimeter to the two 120 VAC wires and
place the MSH "on". If 120 VAC is not present there are prob-
lems upstream from the power pack, refer to wiring diagram.
STEP 2
PROBLEM: Indicator light is flashing.
PROCEDURE: Checking the unicell components
Do not proceed with step (2) until step (1) is completed. The
following steps are the process of elimination in identifying the
problems to the ionizer/collector cell circuit.
There are four conditions which could occur with a flashing
indicator light.
1. The high voltages are below specifications to the ionizer and
or the collector cell circuit(s).
2. There is an arcing condition to the ionizer and or collector
cell circuit(s).
3. There is a dead short condition.
4. The power pack has failed. Refer to step 1.
(a) Place the MSH "off", and open power pack lid door. Disconnect
high voltage wire #8 to the ionizer connector with high voltage
wire #7 (Collector) connected on the power pack and place MSH
"on". The indicator light should be illuminated. If so, the cell circuit
is operational proceed to (b). If indicator light is flashing perform
the following:
• Place MSH "off", open component door, and remove the
unicell(s).
• Place MSH "on". The indicator light should be illuminated. If the
indicator light is illuminated the problem is within the collector
cell section. If the indicator light is flashing the problem is the
high voltage door feed through insulator (dirty, cracked, carbon
tracking) and or the high voltage wire (broken wire or wire insula-
tion has deteriorated causing a dead short condition).
Parts should be replaced as required.
Inspect the unicell(s) for the following:
Collector Cell Conditions Causing Failure
•Dirty collector cell(s) (contaminant build up bridging the cell
plates and or on cell triangular insulators) requiring manual
cleaning.
• “Wet” collector cell(s), not properly dried after manual cleaning,
use compressed air to accelerate the drying time.
• Deformed collector cell contact springs contacting a “grounded
surface”.
• Bent cell plate(s) contacting the opposing cell plate(s).
• Carbon tracking to the cell triangular insulators, imbedded black
streak which cannot be removed by cleaning (replace insulator.)
• Surface oxidation to unicell component requiring a replacement.
• Unicell is structurally weak, loose steel rivets, deterioration to
cell plate spacers or paper thin cell plates due to utilizing the
improper detergent.
Parts should be replaced as required, install unicell(s).
Sometimes a flashing indicator light will clear itself by removing
the unicell(s) from the module and then installing the unicell(s)
back into the module.
Place MSH "off"; connect all wires which have been disconnected
and install unicell(s).
Power pack enclosure(s) service voltage is 120VAC
or 230VAC. This can be lethal. Voltage (120 VAC)
or (230 VAC) is present within the power pack
enclosure.
!WARNING

6
(b) Indicator light is illuminated with the high voltage wire #7 con-
nected to the collector cell connector on the power pack. Place
MSH "off" and connect high voltage wire #8 to the ionizer connec-
tor on the power pack. Place the MSH "on".
The indicator light should be illuminated? If so, the unicell(s) are
operational. If the indicator light is flashing perform the following:
• Place MSH "off", open the component door, and remove
unicell(s).
• Place MSH "on". If the indicator light is illuminated the problem
is within the ionizer section. If the indicator light is flashing the
problem is the high voltage door feed through insulator (dirty,
cracked, carbon tracking) and or the hv wire (broken wire or
wire insulation has deteriorated causing a dead short condition).
Parts should be replaced as required, install unicell(s).
Inspect the unicell(s) for the following:
Ionizer Conditions Causing Failure
• Dirty ionizer(s) (contaminant build up) requiring manual cleaning.
• “Wet” ionizer(s), not properly dried after a wash cycle or manual
cleaning procedure, use compressed air to accelerate the dry-
ing time.
• Deformed ionizer contact springs contacting a “grounded sur-
face.”
• Broken ionizer wires.
• Contaminant build up and or cracked ionizer stand off insulators.
• Carbon tracking (black streak) to the ionizer stand off insulators
(replace insulator).
• Ionizer wires not “taut” contacting the ground plates.
• Bent ionizer wire support bar contacting a “grounded surface.”
• Bent ground plates contacting the ionizer wires.
• Surface oxidation to unicell component requiring a replacement.
• Unicell is structurally weak or has loose rivets.
Parts should be replaced as required.
Sometimes a flashing indicator light will clear itself by removing
the unicell(s) from the module and then installing the unicell(s)
back into the unit.
High Voltage Probe Measurements
A high voltage probe (refer to manufacturers instructions) is
required to measure high voltage output from the power pack.
The component door should be closed with unicell(s) installed,
the indicator light illuminated and high voltage wires #8 and #7
connected to the power pack. Refer to Figure 3. If the indicator
light is flashing or not illuminated perform STEP 1 and if required
STEP 2 as outlined earlier in this section.
“With Load” is a measurement with high voltage wires #8 and #7
connected to the power pack and unicell(s) installed.
1. Place MSH "on".
2. Open the lid door to the power pack enclosure and connect
the ground wire from the high voltage probe to the bare metal
surface.
3. Place the tip of the high voltage probe to the ionizer door
feed through insulator bolt. The high voltage measurement
should be 10.0 to 11.8 KVDC. If the ionizer voltage is below
specifications refer step 2, “Ionizer Conditions Causing Failure.”
Low ionizer voltage will decrease the collector cell voltage but
low cell voltage will not affect the ionizer voltage.
4. Place the tip of the high voltage probe to the collector cell
door feed through insulator bolt. The high voltage measure-
ment should be 5.0 to 7.3 KVDC. If the collector cell voltage
is below specifications refer step 2, “Collector Cell Conditions
Causing Failure.”
“No Load” is a measurement of the power pack with high voltage
wires #8 and #7 disconnected from the power pack.
1. Place MSH "off".
2. Remove the high voltage wires #8 and #7 from the power pack
gently bend high voltage wires to eliminate the high voltage
wires from touching the power pack connectors.
3. Place MSH "on".
4. Place the tip of the high voltage probe to the ionizer and to the
collector power pack connectors. The high voltage measure-
ment should be 10.0 to 11.8 KVDC to the ionizer and 5.0 to 7.3
KVDC to the collector cell. If high voltage is below specifica-
tions to one or both circuits replace the power pack.

7
COMBUSTIBLE DUST HAZARDS –
SMOG-HOG®and DUST-HOG®Pollution Control Systems
Pursuant to National Fire Protection Agency (NFPA) Standards, the owner/user is required to test their dust mixtures
to evaluate and understand potential combustion or deflagration hazards that may exist. In addition, NFPA standards
require the owner/user to perform and have record of a Dust Hazard Analysis (DHA) if there is potentially a combustible
material involved within or exposed to the process.
The DHA serves as a systematic review of the process to:
1) Identify where fires and explosions can occur;
2) Identify the potential causes and consequences, and;
3) Determine if existing and proposed safeguards are sufficient.
It is the responsibility of the owner/user to evaluate, interpret and document any associated risk in their process
including adherence and compliance to any and all applicable local, state and federal codes, standards, laws and
regulations.
It is the sole responsibility of the equipment owner/user of record to coordinate and perform sample material collection
and combustion/explosivity testing of any and all dust and material that will be extracted and filtered by the Air Pollution
Control (APC) filtration equipment and to notify Parker of the results prior to any discussion involving equipment
specification and solution recommendation. It is recommended to utilize a Certified Industrial Hygienist (CIH) or certified
safety expert that is properly trained, licensed and approved and to use a licensed and approved dust testing facility
for proper dust and material analysis, testing protocol and reporting procedures. A sample of testing facilities and list of
Industrial Hygiene (CIH) and other occupational and environmental health and safety (OEHS) consultants can be located
through AIHA (American Industrial Hygiene Association) website.
To minimize the risk of fire or explosion, user must ensure proper installation, operation and maintenance of Parker
equipment. Since application, installation, operation and maintenance are beyond the control of Parker, Parker disclaims
any liability or responsibility for damage from fires or explosions regardless of origin. Parker recommends that all APC
dust collection equipment, installation and application conform to any and all applicable local, state and federal
standards, codes, laws and regulations including the addition of appropriate fire or explosion protection systems
including but not limited to venting, mitigation, suppression and isolation when and where required. Installation of
Parker equipment should be by a licensed contractor that is also experienced in potential fire and explosion hazards
and adheres to related local, state and federal codes, standards, laws and regulations. Parker is not an expert nor
certified design consultant in relation to spark, fire or explosion mitigation including but not limited to detection,
mitigation, suppression and isolation pf combustible dusts and materials. Therefore, Parker recommends that any
industrial air filtration system recommendation, design or solution be reviewed, approved, stamped and signed by
an industry expert consultant in air filtration systems, combustible dust/materials or certified safety expert such as a
Certified Industrial Hygienist (CIH) or a Certified Professional Engineer (PE) who is a licensed and certified expert with
industrial filtration system design and application including adherence and compliance to any and all applicable local,
state and federal codes, standards, laws and regulations.
Pursuant to Parker’s Offer of Sale (terms and conditions) and by accepting the purchased equipment, Buyer and owner/
user agree to defend, indemnify, and hold harmless Parker, its successors, assignees, suppliers, shareholders, directors,
officers, employees, agents, and affiliated companies from all losses, costs, damages, demands, claims, liabilities, fines,
penalties or any other expenses (including attorneys’ fees, court costs, and expert fees) (collectively “losses”), caused or
contributed to in any way by Buyer or owner/user’s failure to follow these instructions and/or failure to properly install,
apply, operate, or maintain the equipment purchased from or supplied by Parker, or losses caused or contributed to in
any way by Buyer’s and owner/user’s failure to provide accurate information, specifications or dust explosivity values.

8
PROBLEM
1. Control switch on, indicator lamp off,
air mover operates.
2. Control switch on, indicator lamp on,
air mover does not operate.
3. Control switch on, air mover and
lamp off
4. Poor air quality
5. High voltage output low or zero
POSSIBLE CAUSE
Defective lamp
Faulty connection to lamp
Loss of high voltage
Air mover faulty
Foreign object blocking air mover
Faulty control switch
Connector not properly connected
(at control switch)
Fault in input supply voltage
Safety interlock switch not engaged
Safety interlock switch defective
Control switch defective
Unicell dirty
Unicell malfunction
Unicell installed backwards or
upside down
High-voltage contacts dirty
Loss of input voltage
Unicell malfunctioning
Power supply defective
POSSIBLE SOLUTIONS
Replace lamp
Check connection to lamp
Check power supply
Replace air mover
Clean foreign object from air mover
Replace control switch
Check connection at control switch
Correct wiring
Engage safety interlock switch
Replace safety interlock switch
Replace control switch
Clean unicell
Check unicell for:
• Foreign matter between plates
• Ionizer wires loose or broken
• Defects in insulators
Install unicell correctly
Clean high-voltage contacts
Determine loss of input voltage
Check unicell for:
• Foreign matter between plates
• Ionizer wires loose or broken
Replace power supply
6.4 Troubleshooting Table

9
7.1 Replacement Parts List (Reference Figure 1)
7. Replacement Parts
Common replacement parts are shown on the following page. For additional
information regarding your air cleaner, contact your local representative.
For prompt service, please have available:
1. Unit model number (nameplate)
2. Unit serial number (nameplate)
3. Part number and part description
Returning parts: When returning parts directly to Parker for any reason, call
Parker at 1-800-343-4087 for a return authorization number before returning
the parts. This number must be on the package being returned.
HSMnoitpircseDmet
I-
05 MSH-11
1Mist Stop Pre-Filter 33-10116 33-10121
20llecinU2-10429-0001-S02-1921-S
3Mesh Aer-Filter 33-10110 33-10120
4Inlet Cone Ring 32-10053 32-10067
5Motorized Impeller Fan32-10052 32-10065
6Ionizer 63gnirpS-006836-0068
7Cell 63gnirpS-0012 36-0012
8Cell Ground Spring 36-001636-0016
9Interlock Switch 20-000520-0005
10 Filter Door Latch 39-10054 39-10054
11 Feed Through Insulator37-002637-0026
12aPower 12kcaP-1216 21-1216
12bPower Pack, High Energy21-123421-1234
02*roticapaC3
1-
2640 25-10012
02esuF4
1-
0769 20-1245
02yaleR5
1-
295520-10181-4PR
16 Speed Control20-10187 20-001277
-Spring, Ionizer wire (20/set)03-0559 03-0559
-Ionizer Wire 10 mil 02-10426-0001 03-0738 (set of 10)
-12V, Green Indicator Lamp 02-10561-G02-10561-G
For parts not listed above, please consult UAS for assistance.
* MSH-11 Capacitor is located in clean air chamber next to blower.
For parts not listed above, please consult Parker for assistance.
*MSH-11 Capacitor is located in clean air chamber next to blower.

10
Figure 1. Unit Components

11
Figure 2. Drain Loop Assembly
Figure 4. Replacing Ionizer Section
Figure 3. Ionizer and Cell Voltage Measurement
Figure 5. Grounding The Collector Cell Section

12
Figure 6.
Grounding the Ionizing Section
Figure 7.
Power Pack Input/Output Connections

13
MSH-05

14
MSH-05-M

15
MSH-11

16
MSH-11-M