Aquafog XE CRSM User manual

Read & Understand
Retain for Future Reference
XE MOBILE ATOMIZER
USER'S MANUAL AND OPERATING INSTRUCTIONS
OPERATOR'S MANUAL
NOTICE
Rear-Feed
UL and CSA Electrical Components
XE CRSM
MODEL
115V 60Hz 1Ph
240V 50Hz 1Ph

2
Safety GuidelineS
This manual contains very important information.
This information will help ensure SAFETY and
PREVENT EQUIPMENT PROBLEMS. Use these
symbols to understand safety guidelines.
DANGER DANGER INDICATES AN
IMMINENTLY HAZARDOUS
SITUATION WHICH, IF NOT AVOIDED, WILL RESULT IN
DEATH OR SERIOUS INJURY.
WARNING INDICATES A
POTENTIALLY HAZARDOUS
SITUATION WHICH, IF NOT AVOIDED, COULD RESULT IN
DEATH OR SERIOUS INJURY.
CAUTION INDICATES A
POTENTIALLY HAZARDOUS
SITUATION WHICH, IF NOT AVOIDED, MAY RESULT IN
MINOR OR MODERATE INJURY.
NOTICE INDICATES IMPORTANT
INFORMATION, THAT IF NOT
FOLLOWED, MAY CAUSE DAMAGE TO EQUIPMENT.
WARNING
CAUTION
NOTICE
Notes
deScription
Aquafog CRSM mobile units are intended to condition
large volumes of air by atomizing chemical and water
mixtures in air temperatures between 31º and 145ºF.
Any other use of these units will void the warranty
and the manufacturer will not be responsible for
problems or damages resulting from misuse.
General Safety . . . . . . . . . . . . . . . . . . . . . . . .
Getting Started . . . . . . . . . . . . . . . . . . . . . . . .
Controls/ Installation . . . . . . . . . . . . . . . . . . .
Flow Rates/ Calibration . . . . . . . . . . . . . . . . .
Chemical Dilution . . . . . . . . . . . . . . . . . . . . .
Placement and Setup . . . . . . . . . . . . . . . . .
Treatment Procedure . . . . . . . . . . . . . . . . . .
Clean-up/ Maintenance . . . . . . . . . . . . . . .
Troubleshooting . . . . . . . . . . . . . . . . . .
Aquafog Fan Exploded View . . . . . . . .
CRSM Tank Exploded View . . . . . . . . .
Electrical Schematics . . . . . . . . . . . . . . . . . .
Warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . .
PAGE
3
4
5
6
7
8
9
10
11 - 12
13 - 14
15 - 16
17
18
table of contentS

3
11. If the equipment starts to vibrate abnormally,
STOP the motor and check immediately for
the cause. Vibration is generally an indication
of trouble.
Fogging Precautions
DANGER
A motionless atomizer may
appear safe, but its blade
could suddenly begin high-
speed rotation without
warning as a result of
control programming.
When the CRSM is automated by controls,
warning signs should be posted near the high-
speed equipment.
Disconnect and lock out power source to inspect
or service the unit.
General Safety
Since the mobile CRSM uses high-speed
components to atomize liquids, the following safety
precautions must be observed at all times:
1. Read all manuals included
with this product. Be familiar
with the product and controls.
2. The CRSM is intended to be
used on level ground. Test for stability before
operation.
3. Follow United States Environmental Protection
Agency (EPA) guidelines and regulations when
fogging pesticide or chemical solutions.
4. Follow all local electrical and safety codes
as well as the United States National
Electrical Codes (NEC) and Occupational Safety
and Health Act (OSHA).
5. Only persons well acquainted with these rules
of safe operation should be allowed to use the
atomizer.
6. Keep visitors away and NEVER allow children in
the work area.
7. Use of an extension cord for the CRSM
is not recommended. If necessary, refer
to the A.W.G chart in the following section or
consult a certied electrician.
8. Before each use, inspect blade assembly
and electrical components for signs of damage,
deterioration, weakness or leakage. Repair or
replace defective items before using.
9. Check all fasteners at frequent intervals for
proper tightness.
10. Keep ngers away from a running unit; fast
moving and hot parts will cause injury and/or
burns.
MOTORS, ELECTRICAL EQUIPMENT, AND
CONTROLS CAN CAUSE ELECTRICAL
ARCS THAT WILL IGNITE FLAMMABLE
LIQUID OR GAS. NEVER OPERATE
OR REPAIR IN OR NEAR FLAMMABLE LIQUID OR GAS.
NEVER STORE FLAMMABLE LIQUIDS OR GASES IN THE
VICINITY OF THE ATOMIZER.
POTENTIALLY HAZARDOUS
CHEMICAL VAPORS
12. Avoid exposure to
hazardous chemicals. Wear a
respirator and protective
clothing: goggles, gloves, long
sleeves and pants, etc.
13. Read and understand all directions and safety
precautions before operating CRSM. Follow all
E.P.A. guidelines for chemical/pesticide use.
14. NO humans or animals should be in the area
during chemical/pesticide application.
SERIOUS INJURY OR DEATH COULD OCCUR!
15. Follow chemical manufacturer's
instructions regarding length of restricted
entry interval (REI).
NEVER OPERATE CRSM
WITHOUT THE SAFETY GUARD
IN PLACE UNLESS THE UNIT IS RAISED SEVEN FEET
ABOVE WORKING HEIGHT.
WARNING
WARNING
DANGER
HIGH-SPEED ROTATION

► Un-crate carefully and position CRSM on
level ground.
► Save crate and packing materials until
evaluation and testing are complete.
► Read manual carefully and understand all
instructions.
► Do not connect power until after thorough
inspection and lling the sump with liquid.
► After lling the unit with some liquid, inspect
for leaks.
► Never operate without liquid in tank.
► Be sure guards are securely in place and
warnings are clearly visible.
► Check power supply for correct voltage.
GettinG Started
Unpacking checklist
DO NOT OPERATE UNIT IF
DAMAGED DURING SHIPPING,
HANDLING OR USE. DAMAGE MAY RESULT IN BREAKAGE
AND CAUSE INJURY OR PROPERTY DAMAGE.
WARNING
electrical
GROUND FAULT RECEPTACLES
ARE RECOMMENDED AND MAY
BE REQUIRED BY LOCAL AND/OR NATIONAL CODE.
WARNING
USE OF AN EXTENSION CORD IS
NOT RECOMMENDED.
IF NECESSARY, REFER TO FIG. 12.
NOTICE
4
EXTENSION CORD SPECIFICATIONS*
FOR SINGLE FAN USE ONLY • (AWG - American Wire Gauge)
Voltage 25 to 50 ft. 50 to 100 ft.
115/230 16 AWG 14 AWG
Fig. 12
*Grounded and suitable for outdoor use.
Unit preparation
ENSURE THE BLADE ASSEMBLY
IS FREE & CLEAR FOR
START-UP (HIGH-SPEED ROTATION).
WARNING
Adjustment Pin
The CRSM is equipped with a four position pivoting
fogging head with 15º intervals up to 45º (see Fig. 1)
Propelling the fog upward allows more time for the
particles to evaporate, keeping oor areas drier.
When making an adjustment, support the weight of
the fogging head off of the pin for easy removal.
Locate a level, stable
area to place the
CRSM. If there's a
slight grade, blocking
the wheels may be
necessary to keep unit
secure.
Visually check to
make sure the fan
blades can rotate
freely. There should
be approximately 1/4"
space between the
venturi pins and the
blades.
Fig. 1

5
evaluation/ controlS/ inStallation
BEFORE TESTING FAN MAKE SURE ALL OBJECTS ARE OUT OF THE
ROTATION PATH OF THE FAN BLADES.HIGH-SPEED WARNING. KEEP HANDS
CLEAR! MAKE SURE GUARDS ARE INSTALLED OR UNIT IS OUT OF REACH.
DANGER
► For rst-time evaluation, ll tank (with water only) about quarter full.
► Connect to power supply.
► BUMP START CRSM and check for proper fan blade rotation (clockwise if looking at front of unit). If incorrect,
nd rotation connection changes on the motor's electrical schematic.
► Turn on the unit and listen for any possible abnormalities, such as the blades rubbing against the
venturi or any objects. Make re-adjustments if necessary.
► Evaluate fog quality adjusting the output by using the ow control valve. (See Fig. 2).
After starting, it generally takes several seconds for the liquid to reach the atomizing fan.
The volume of fog can be regulated by adjusting the Flow Control
Valve. (See Fig. 2)
Particle size is smaller/drier at lower outputs, so it is wise to
operate the unit at a lower output for longer periods of time rather
than high outputs for short periods of time.
At the base of the plumbing is an in-line strainer with a removable
cap. Occasionally check inside and ush any sediment from the
screen.
The Hose Connection is used to supply fresh water to the unit and is
controlled by an internal oat valve assembly.
Rain-tight Double-throw On - Off switch box.
Upper Switch - Fan Motor
Lower Switch - Feed Pump
A Fluid Level Gauge to aid in monitoring the tank's 18 gallon capacity.
Back Controls
A) Manual Treatment
Fast / Easy setup. Simply
ll the unit's tank with pre-
mixed chemical concentrated.
Wettable powders can be used
if kept well stirred.
B) Dosing with Feed Pump
Can be arranges if using liquid
concentrated product. A feed
pump will provide accurate ow
rate of chemical product.
Setup
A timer should be used to turn off the
CRSM at the appropriate time. If a
Metering Pump is installed it should be
controlled by the timer.
Water Connection
Optional connection port for a feed pump.
Dosing concentrated liquid chemical product
into the stream of fresh water traveling to
the fogging head.
►
Fresh
Water
Storage
Atomized
Mixture
Fig. 2
*Connection for metering pump (3/8" tting provided).
▼
▲
OFF
ON
Fluid Level Gauge
On/Off
Fan Motor
Key
Hose Connector
On/Off
Pump
Inline
Strainer
Flow Control
Valve
*Metering
Pump Inlet

16
14
12
10
8
6
4
2
2.13 ozs per
minute = 1 GPH
KEY's Storage
Location
calibrate the flow rate
The Flow Rate (at full open) is pre-set to 3.5 GPH
This ow rate can easily be changed to achieve customer's desired
output. Outputs usually vary based on the treatment time. The
most common ones are:
2 to 3 GPH ~ Overnight Treatments
up to 5 GPH ~ Time Sensitive Treatments
Min/Max range is .75 to 11.25 GPH (60Hz unit).
Min/max range is .75 to 8.25 GPH (50Hz unit).
Optional, connect an appropriately - sized metering pump to feed
regulate chemical product.
To calibrate a New (fully open) Flow Rate
Fill the unit's tank with water. Remove the Fan Housing and Blade
Assembly to expose the Feed Tube (See Fig. 3).
Use a measuring cup and turn on the feed pump (lower switch) for 60
second interval while catching the water from the feed tube. Multiply
ounces of water by 60 and then divide by 128. This will give you your
GPH rate. Use the Key on the internal valve to make changes.
Example: 1 minute/ (4.2 ozs. x 60 ÷ 128 = 2 GPH)
The KEY is needed to make changes
You will need the KEY located on the side of the electrical control
box to make changes (see Fig. 3). Slide this key on top of the ow
valve's stem (see Fig. 4) to make your adjustment.
Remove KEY from valve
Regular cleaning and/or maintenance inside the tank will likely
move the setting and cause problems to your pre-set ow rate.
Fig. 3
AUTOMATIC PRIMING OF THE SYSTEM
OCCURS THROUGH THE FLOW RATE VALVE.
NOTICE
flow rateS
6
R
S
M
AQUAFOG
Flow Rate
Valve
Flow Rate
Valve KEY
Fig. 4
Capture & Measure
Water Output
Feed Tube
LOW FLOW, Feed Tube
Colored
Insert
HIGH FLOW, Feed Tube
Low Flow Tube comes pre-installed
The low ow feed tube has higher precision calibration
capability at low ow rates. The low ow tube can be
identied, having a colored insert factory installed.
High Flow Tube (provided)
Is suited for high ow applications, switch the unit
to the high ow feed tube. To install, disconnect
power supply, and remove the housing and fan blade
assembly to gain access to the feed tube. Maintain the
same angle of the factory installed tube and secure.
Output Range:
@ 60Hz .75 - 3.75 GPH
@ 50Hz 2.8 - 14.0 LPH
Output Range:
@ 60Hz 2.0 - 11.25 GPH
@ 50Hz 7.6 - 31.2 LPH

chemical dilution (for fumiGation)
"UlV" - sUmmary
ULV (Ultra Low Volume) refers to the amount of water needed to mix and disperse chemical solution evenly.
Typical sprayers use small water droplets to carry the chemical solution to its intended source. That spraying
process requires much more water than a ULV method to treat an equal amount of area.
CRSM's atomization process produces billions of tiny fog particles laced with chemical. These fog particles are
propelled with great force and quickly evaporate out most of their water content, leaving behind small particles
of pure chemical residue. These airborne micro-sized particles of residue will oat in all directions until eventu-
ally making contact and coating most surfaces evenly.
Conventional spraying requires: about 3.5 gallons of water / every 1,000 square feet of greenhouse.
Low-Volume application requires: about 0.25 gallons of water / every 1,000 square feet.
crsm DilUtion
7
1. Determine the square footage of the area to be treated.
2. Refer to the chemical's label to determine its dilution formula:
(A) Pounds of chemical needed per acre
(B) Ounces of chemical per 100 gallons of water applied by conventional spray nozzles
If (A) Convert the pounds into ounces. Divide the ounces by 4.36 [43,560 sq. ft. per acre].
This will determine the amount of chemical needed to cover 10,000 square feet.
Example: A chemical labeled at 2 pounds per acre.
2 lbs. x 16 ozs. = 32 ozs. ÷ 4.36 = 7.33 ozs. per 10,000 square feet of greenhouse OR
2 lbs. x 16 ozs. = 32 ozs. ÷ 43.6 = .73 ozs. per 1,000 square feet of greenhouse
If (B) Multiply the number of ounces by .035. This equals amount needed to treat 1,000 square feet.
For example, if treating 8,000 square feet:
12 ozs per /100 gals x .035 = .42 ozs x 8 = 3.36 ozs. (amount of chemical needed in just
a few gallons of water)
- This is based on average use of 3.5 gallons for every 1,000 square feet using conventional spray nozzles.
Bottom Line and Rule of Thumb
Regardless of the application method, you will need the same amount of chemical.
The difference is:
Conventional spray nozzles require lots of water.
(because the spray is being used to carry the chemical to the product)
CRSMs need only a few gallons of water.
(because 1 hour is generally enough time to fumigate the chemical mixture into the atmosphere)
WEAR GOGGLES & RUBBER GLOVES WHEN
HANDLING CHEMICALS.
CAUTION

placement and Setup
FOGGING @ 5 GPH
Amount Est. Discharge Treatment
of Solution Time "On Time"
2 gallons 25 min 1 hr
4 gallons 50 min 1 - 1/2 hrs
6 gallons 75 min 2 hrs
When to Apply Treatment
The BEST time for a pesticide application is at dusk,
when the air is cooling off. Another good time is at
early dawn before the sun warms up the area.
What to Expect
During fogging operation, millions of small fog particles
will quickly evaporate into microscopic sticky chemical
residue. This invisible fumigation will circulate quickly
and engulf the entire enclosed air space, lightly
covering all surface areas. Although you will not be
able to see this movement, the movement would
closely resemble a similar release and circulation of
ambient temperature smoke.
► Close Up the Structure
Fumigation can only work in a closed environment.
All openings to the exterior need to be closed.
► Pivot Fogging Head Up
Pivot the fogging head upward into large open
air space away from the foliage. If greenhouse
is equipped with Horizontal Airow Fans (HAF),
simultaneous operation of CRSM and HAFs will
enhance circulation and even out the treatment.
Position HAFs where they'll be most effective.
(See Fig. 7)
► Treatment Time
Calculate how long it will take the tank to empty and then add an additional 30 to 60
minutes to ensure an empty tank and aid in circulation. Both CRSM pumps are engineered
to operate un-submerged. However, running them dry for too many hours can shorten the
life of pumps over time. (See Fig. 8)
Fogging at 5 GPH (full throttle - factory pre-set ow rate) = Fine/ Dry Output with Fast Treatment Time
Fogging at 3 GPH (half throttle or custom ow rate) = Very Fine/ Vapor Output with Longer Treatment Time
► Automation
Set up the time clock to automatically turn off the system if desired.
Fig. 7
HAF
CRSM
FOGGING @ 3 GPH
Amount Est. Discharge Treatment
of Solution Time "On Time"
2 gallons 50 min 1 - 1/2 hrs
4 gallons 100 min 2 hrs
6 gallons 150 min 2 - 1/2 hrs
Fig. 8
8

treatment procedure
DANGER FOLLOW E.P.A. SAFETY
INSTRUCTIONS AND
GUIDELINES FOR PESTICIDE AND CHEMICAL USE.
USE ONLY ON PLANTS
MARKED SAFE FOR
PESTICIDE USE.
NOTICE
DANGER WEAR PROTECTIVE
CLOTHING INCLUDING
GLOVES, HOOD, ETC. WHEN HANDLING CHEMICALS.
DANGER NO HUMANS OR ANIMALS
SHOULD BE IN THE
TREATMENT AREA DURING APPLICATION.
preparation
1. Read all instructions.
2. Post warnings on entrances to the treatment area.
3. Close structure's vents and doorways.
4. Complete placement and setup (refer to Page 8).
5. Turn on available HAFs.
6. Ensure CRSM has been tested (operated with water only).
7. Connect time clock and set it to turn the unit off (optional, refer to Page 8).
proceDUre
1. Turn on ONLY the CRSM's pumps (unit's lower power switch).
2. Conrm agitation of the water inside the tank.
3. Conrm operation of feed pump (water trickling out of stationary blade assembly).
4. In a small bucket, thoroughly pre-mix the chemical with some water.
5. When Ready! Slowly pour the pre-mixed chemical into the tank's agitated water.
6. Replace the tank's lid.
7. TURN ON FOGGING HEAD (unit's upper power switch) and immediately leave area (unless
wearing protective gear with a respirator).
re-entry
1. The CRSM has been turned OFF.
2. Once OFF, the chemical's re-entry time period (REI) begins. The REI can be found on the
chemical's label and is generally 6 or more hours.
3. After the REI, enter the area and open up vents and doorways and turn on ventilation.
4. Check the CRSM for an empty tank.
5. Clean the unit for future use (refer to next page).
Checking for Results and Evaluating Coverage
If using liquid chemicals, checking for results is the only viable evaluation. If using wettable
powders, evaluate coverage by scattering clear cellophane sheets throughout the area in advance
of a treatment. Upon re-entry, examine the cellophane under light for differences in deposit
intensity.
9

1. Clean CRSM
DO NOT allow remaining chemical deposits
to dry inside the unit (especially wettable
powders). This will cause major clogging
issues.
2. Take Outside
Using a garden hose, unscrew the cap and
clean the in-line strainer (Part #71) located
on the back of the unit underneath the
Flow Control Valve.
3. Flush Tank
Remove tank's drain plug (Part #351)
to ush all sediment from tank and around
pumps.
4. Operate with Water
After rinsing, re-install strainers and run the unit with fresh water and throttle the ow control
valve open and closed a few times. When nished, drain remaining water and secure drain
plug.
Jaybird Mfg., Inc.
after treatment clean-up
► Inspect Blade Assembly
Clean the blade assembly about once a year, especially if a lm of calcium or mineral deposits
is visible on the exterior of the blades. Remove any build-up from the blades and any debris
from blade passageways. While cleaning, inspect for irregularities or hairline cracks and
replace as necessary.
► Winter Storage
Protect your mobile Aquafog from winter damage. Expansion due to freezing can burst the
ttings or the internal feed pump. If storing unit in below freezing temperatures, be sure all uid
is drained from the tank area. Damage due to freezing is not covered under warranty.
► Lubricate Main Motor
The main motor is a permanently lubricated motor, but it is benecial to apply spray oil around
the shaft where it exits the motor body. Lubricate motor once a season or whenever squealing
occurs.
DISCONNECT AND LOCK OUT POWER SOURCE
BEFORE SERVICING
WARNING
general maintenance
Flow Control
Valve
Inline
Strainer
Drain Plug
Fig. 9
IMPORTANT!
CLEAN UNIT
SHORTLY AFTER EACH TREATMENT.
NOTICE
10

11
troubleShootinG
BEFORE INSPECTION AND/OR SERVICE,
DISCONNECT AND LOCK OUT POWER SOURCE.
WARNING
1. Poor/Inconsistent Fogging Output
A.) Inconsistent or spotty chemical coverage usually occurs because the fog volume output
is too high. Ideally, fog will disappear when fogging at rates near 3 GPH. To check for fog
volume output, refer to Maximum Pre-set Flow Rate (See Page 6).
B.) Inconsistent fogging coverage may be circulation-related. To maximize circulation, check
inside tank around pumps, making sure they are both free from build-up.
C.) Reservoir may be clogged. Fluid entering a clogged reservoir will spill out the back of the
blade instead of entering the passageways of the fan blades (also ref. 6b). To
clean, remove the blade assembly from the motor shaft and disassemble. Next, ush the
reservoir under a sink. Check and clear the passageways for each individual blade as
well. Reassemble and reattach.
D.) It is possible for an air pocket to become caught within the plumbing. If you think
this is occurring, throttle the ow control valve to wide open a few times to expel any
trapped air. If the problem persists, check your pre-set ow rate valve (refer to page 6
Factory Pre-set Flow Valve). The CRSM will automatically prime the feed pump, but if the
pre-set ow rate valve is in a fully closed position, the automatic priming will not occur,
resulting in trapped air and poor/inconsistent fogging output.
E.) Consistency of fogging output greatly depends on the consistency of the cleaning
procedures (See Page 10). Check strainer, plumbing, and inside of tank for dried
sediment or clogs.
2. Blades Rub Against Venturi
A.) To make a horizontal adjustment, loosen the 4 bolts (Part #56) at the base of the main
fan motor and shift motor side to side until centered. Retighten bolts.
B.) To make a vertical adjustment, detach the housing by removing the 6 small bolts (Part
#54). Next, loosen 4 bolts (Part #52) and make necessary adjustments. Retighten bolts
and reattach housing.
3. Fan and/or Pumps Do Not Operate
Check voltage requirements on unit and electrical supply. Have a certied electrician check
for live receptacle, plug, power line, and toggle switch. If the fan works but one of the pumps
does not, look for any loose connections inside the main motor's junction box. If there are no
loose connections, the pump is probably damaged and should be replaced.
4. Fan and/or Motor Vibration
If the fan unit begins vibrating severely, rst be sure the blade assembly is fully engaged and
securely tightened on the motor shaft. Next, inspect the blade assembly, particularly the
ends of the blades. Look for wear or cracks - replace as necessary. Look for deposits of
calcium or minerals - clean and remove mineral deposits and/or calcium. Also, check that
the motor mounting hardware is securely tightened.

12
Contact Your Sales Representative for Further Assistance.
troubleShootinG (cont.)
BEFORE INSPECTION AND /OR SERVICE,
DISCONNECT AND LOCK OUT POWER SOURCE.
WARNING
5. No Fog
A.) The self-priming system will usually take about 10 seconds before you see fog output.
Check to see if the ow control valve is open. The valve is open when the handle is down.
B.) Check the pre-set ow rate valve located inside the tank (refer to page 6 Factory
Pre-set Flow Valve). Having the pre-set ow rate valve in either a fully closed or fully open
position will result in no fog output. If the positioning is incorrect, refer to page 6 for
instructions on calibrating the pre-set ow rate valve.
C.) Check for sediment clogs. Flush the inline strainer and check for sediment build-up
around the base of the pump. Spray around the pump with a hose and drain the tank.
D.) The pump may not be operating. Check by removing the Inline strainer cap and turning
system On. If no uid ows from the strainer, the pump may need to be replaced.
6. Poor Quality Fog
A.) The liquid feed tube (Part #575) may not be properly positioned. The feed tube is located
behind the blade assembly and should be inserted approximately 1/4" into the slot
between the motor shaft and the stainless steel face plate. Centered in the slot area and
aimed slightly downward, free from any rotational contact.
B.) Liquid not traveling through the fan blades. This can be diagnosed by viewing the back
of a blade assembly during operation (using a bright ashlight). If system is clogged,
liquid can be seen spinning out of the slot area between the motor shaft and stainless
steel face plate (Part #573). If conrmed, replace fan blade assembly (Part #571-assy).
Cleaning the internal passageways of a blade assembly is feasible with the aid of some
speciality tools.
7. Unusual Noise
Squealing at start-up or during operation may be caused by the motor shaft's bearing seal.
Spray with lubricant at the front of the motor where the shaft exits the motor's frame.
8. Fan Motor Becomes Excessively Hot
The main fan motor normally becomes very hot to the touch. However, it should not get so
hot that it begins to smell or smoke, nor should the power cord become hot. Discontinue
operation and consult an electrician to properly evaluate the problem.
9. Electrical Breaker Tripping
If the electrical breaker trips off, there is an overload in the system and there may be a
serious motor problem. Turn off all other devices connected to the same circuit. If the
breaker continues to trip, the motor is probably in need of repair. Consult an electrician for
evaluation.

13
AQUA
FOG
1
41
114
115
42
417
427
8
43
562
aquafoG fan exploded view
1 Housing 1
2 Safety guard 1
7 Liquid feed tube tting 1
8 Drain tting 1
10-2000 WDD motor 115/240V // 60/50Hz 1
14 Pinned venturi assembly 1
16 Rear guard 1
20 1/4" Heavy large diameter washer 8
32 1/4-20 nylon stop nut SST 8
35 SST washer for feed tube tting 3
41 10-24 x 3/8" phillips RH SST 4
42 10-24 nylon stop nut SST 4
43 11/16 x 1 1/4" at washer SST 1
45 Liquid-tight cord tting 3
49 10-24 x 1/2" TH phillips SST 4
52 1/4-20 x 3/4" HH bolt SST 4
54 1/4-20 x 3/8" button head cap screw 6
56 5/16-18 x 3/4" HH bolt SST 8
57 5/16" lock washer SST 8
58 5/16" at washer SST 12
114 Drain tting nut 1
115 Drain gasket 1
116 5/16-18 nish nut SST 4
117 1/4-20 x 5/8" HH bolt SST 4
308 XE blade tip setscrew SST 3
349 5/16" brass rod 1
391 Top pivot plate 1
392 Bottom pivot plate 1
394 Brass pivot washer 2
395 5/16" nylon lock nut 2
400-047 XE Faceplate screw SST 8
403 Brass ring 1
417 Machine Nut 4
427 Safety Guard Clip 4
434 1/8" NPT x 1/4" tube elbow 1
510 10-24 setscrew SST 2
522 10-32 x 1/4" button head cap screw 2
523 #10 lock washer SST 2
562 Drain tubing 1.5'
568 XE Feed tube support SST 1
571 Turbo XE blade assembly 1
573 XE rear-feed faceplate SST 1
574 O-ring 1
575 High ow feed tube 1
576 Brass stand-off 2
582 Low ow feed tube 1
600-L RSM support left 1
600-R RSM support right 1
W-14 1/4" black tubing 2'
ID # Description Qty/Unit
part identification

14
574
573
400-047
571
572
308
Top of RSM
Side of top
pivot plate
Rear of
Housing
To Feed Pump
14
16
52
600-L
117
54
20
49
58
56
32
58
57
56
57
116
349
403 391
392
56
394
395
32
479
20
600-R
▼
►
►
◄
Motor's Junction Box
576
7
523
522
35
To Circulation Pump
▼
434
W-14
568
45
10-2000
10-2000
▼
From Switch Box
▼
582
575

15
Jaybird Mfg., Inc.
65
59
372
76
82
351
60 61
84
45
71-C
72
65
295
295
W-14
65
65
84
45
198
67
65
Tank's Wall
Inside Tank
crSm tank exploded view
232
207
86
423
423
75
171
173
143 - 3/8" tube tting provided for
optional connection to metering pump
96
XE
MOBILE
SERIES
AQUAFOG
93
94
677
▼
◄
65

16
part identification liSt
Internal tank pump components
65
65
67
372
97 99
98
Inside Tank
Inside Tank
ID # Description Qty/Unit
part identification
32 1/4-20 nylon stop nut SST 4
45 Liquid-tight cord tting 2
55 M20 Serrated lock washer SST 1
59 Fluid level gauge 1
60 RSM tank 1
61 Fill cap 1
65 1/2" at washer SST 8
67 5/32 x 1 1/4" cotter pin SST 2
71-C Inline strainer 1/4" female NPT 1
72 1/4" NPT street elbow 1
75 Flow control valve 1
76 10-24 x 3/4" phillips RH SST 2
82 Electrical switch box 1
84 3/4" M socket x 1/2" F NPT Bushing 2
86 6-32 x 1/2" oval slotted screw 6
93 Hose connector gasket 1
94 Hose connector 1
96 Gasket 2
97 Float valve 1
98 Stem 1
99 Float 1
105 1/4" NPT-F Coupling 1
111 Axle SST 1
126 1/4" lockwasher SST 4
143 1/4" NPT-M x 3/8 tube tting 1
154 1/4-20 nish nut 4
155 1/4" NPT-M x 1/2" compression tting 1
156 Circulation tube 1
157 8-32 x 3/8" Phillips RH SST 2
160 Recirculation pump bracket 1
161 Recirculation pump 115 volt 60 hz. 1
162 Recirculation pump 230 volt 50 hz. 1
163 Feed Pump 115 volt 60 hz. 1
164 Feed Pump 230 volt 50 hz. 1
171 1/4" NPT TEE 2
173 1/4" NPT-M plug 1
198 18’ Power cord with plug 1
207 Double switch cover 1
232 115/230V Double switch 1
295 1/4" NPT-M x 1/4" tube tting 3
351 1" NPT black nylon hex plug 1
372 Heavy-duty RSM wheel 2
385 Pre-set ow rate valve 1
423 1/4" NPT close nipple 2
443 1/4-20 x 1-1/4 HH bolt 4
486 CRSM Feed pump support 1
677 11/16 x 1-1/4" at washer SST 1
W-14 1/4" black tubing 2.5'
105
157
126
160
155
156
161
162
163
164
295
385
171
443
32
154
[Tank Wall]
111
443
[Tank
Wall]
32
154
126
486
55

17
115 Volt 1Phase 60/50 Hertz
Domestic (USA)/ Foreign
electrical SchematicS
Note: All green wires
go to ground
Denotes Line Connection
Denotes Termination
Note: All green wires
go to ground
Denotes Line Connection
Denotes Termination
240 Volt 1Phase 50 Hertz
Foreign
N
mtr
FAN
mtr
PUMPS
SPST
TGS
115 VAC
LINE
SPST
TGS
On
2, 4, 5 1, 3, 8
Brown Blue
Off
115V
115V
On
Off
N
mtr
FAN
mtr
PUMPS
SPST
TGS
240 VAC
LINE
SPST
TGS
On
4, 5 1
Brown Blue
Off
240V
240V
On
Off 2, 3, 8

one year limited warranty
Aquafog and accessories are warranted to the original purchaser against defects in
material and workmanship under normal use for one full year from date of purchase. Any part
determined to be defective and returned to the manufacturer, shipping cost prepaid, will be
repaired or replaced at Jaybird Manufacturing, Inc.'s discretion without charge. Proof of purchase
date and an explanation of the problem or complaint must accompany the returned portion of
the machine.
Jaybird Manufacturing, Inc. reserves the right to verify the legitimacy of claimed defects.
The provisions of this warranty do not apply to damage resulting from direct or indirect misuse,
negligence, accident, lack of maintenance, or unauthorized repairs or alterations which affect
the machine's performance or reliability.
LIMITATIONS OF LIABILITY. TO THE EXTENT ALLOWABLE UNDER APPLICABLE LAW,
JAYBIRD MANUFACTURING, INC.'S LIABILITY FOR DEATH, INJURIES TO PERSONS OR PROP-
ERTY, OR FOR CONSEQUENTIAL OR INCIDENTAL DAMAGES ARISING FROM THE USE OF OUR
EQUIPMENT IS EXPRESSLY DISCLAIMED. JAYBIRD MANUFACTURING, INC.'S LIABILITY IN ALL
EVENTS IS LIMITED TO, AND SHALL NOT EXCEED, THE PURCHASE PRICE PAID. NO OTHER
WARRANTY, EXPRESSED OR IMPLIED, IS AUTHORIZED, INCLUDING WARRANTIES OF MER-
CHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
This warranty gives you specic legal rights, and you may also have other rights, which vary from state to state.
Printed in U.S.A.
© 2019 Jaybird Mfg., Inc.
Jaybird Manufacturing, Inc.
135 Summer Lane
Centre Hall, PA 16828
Parts & Service: 1.814.364.1800
Website: www.jaybird-mfg.com
1
year