AmeriWater OZONE Manual

98-0109 Rev. B
INDUSTRIAL OZONE
DISINFECTION SYSTEM
OPERATION & MAINTENANCE MANUAL
WARNING: NOT FOR USE IN THE DISINFECTION OF HEMODIALYSIS WATER
DISTRIBUTION SYSTEMS OR OTHER DEVICES FOR HEMODIALYSIS
APPLICATIONS!
Manufactured With Pride
In The USA
www.ameriwater.com • 800-535-5585
AmeriWater • 3345 Stop 8 Rd. • Dayton, OH 45414

Table of Contents
SECTION 1, GENERAL INFORMATION ................................................................................ 1
1.1 INDICATIONS FOR USE.......................................................................................... 1
1.2 WHAT IS OZONE?.................................................................................................... 1
1.3 THE TECHNOLOGY................................................................................................. 2
1.4 THE SYSTEM .......................................................................................................... 2
1.5 SPECIFICATIONS.................................................................................................... 2
1.6 HEALTH AND SAFETY............................................................................................ 3
1.7 OZONE COMPATIBLE MATERIALS........................................................................ 4
SECTION 2, COMPONENTS AND FLOW SCHEMATICS...................................................... 5
2.1 OZONE DISINFECTION SYSTEM COMPONENT IDENTIFICATION...................... 5
2.2 FLOW DIAGRAM AND ELECTRICAL DIAGRAM..................................................... 7
SECTION 3, INSTALLATION & OPERATION......................................................................... 8
3.1 GENERAL OVERVIEW............................................................................................. 8
3.2 TANK FITTING INSTALLATION INSTRUCTIONS ................................................. 10
3.3 WATER TREATMENT SYSTEM DISINFECTION PROCEDURE........................... 11
SECTION 4, MAINTENANCE / TROUBLESHOOTING GUIDE ............................................ 14
4.1 MAINTENANCE...................................................................................................... 14
4.2 GENERATOR TROUBLESHOOTING GUIDE........................................................ 14
4.3 BACKPRESSURE................................................................................................... 15
SECTION 5, PRODUCT WARRANTY .................................................................................. 16
SECTION 6, SPARE PARTS LIST........................................................................................ 17
6.1 OZONE DISINFECTION SYSTEM COMPONENTS............................................... 17
SECTION 7, OZONE AMBIENT AIR MONITORS................................................................. 19
SECTION 8, OZONE MSDS.................................................................................................. 21

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SECTION 1, GENERAL INFORMATION
IMPORTANT SAFETY INSTRUCTIONS:
1. READ AND FOLLOW ALL INSTRUCTIONS.
2. DANGER – Risk of injury.
a. Replace damaged line cord immediately
b. Do not bury cord
c. Connect to a grounded, grounding type receptacle only
3. WARNING – For indoor use only. This unit is not intended for outdoor use.
NOTE: The operation manual should be stored near the system and used as a
reference and troubleshooting guide.
1.1 INDICATIONS FOR USE
The AmeriWater Ozone Disinfection System is intended for use in disinfection of water distribution
systems. The disinfection process is completed during off-hours when the water distribution system is
not being used to supply water to a point of use. The AmeriWater Ozone Disinfection System provides
dissolved aqueous ozone concentrations of at least 0.5 ppm for disinfection of the water distribution
system.
WARNING: This device is not cleared for market by FDA for use on hemodialysis water
distribution systems or other devices used in hemodialysis applications!
The device is NOT intended for disinfection of medical devices and should
not be used for disinfection of medical devices!
1.2 WHAT IS OZONE?
Ozone is a form of naturally occurring oxygen possessing three atoms of oxygen per
molecule instead of the normal two-atom oxygen molecule. Created by either lightning or
ultraviolet radiation, ozone is commonly found in our atmosphere. The “ozone layer” protects
us from the sun’s radiation. The “fresh air” smell after a thunderstorm is due to lightning
generated ozone.
Ozone has a relatively short life span before it reverts back to oxygen. While active, ozone is
52% stronger and 3,125 times faster (in water) than chlorine as a disinfectant. Since it is
much more effective than chlorine in destroying water-borne contaminants, ozone has
become the preferred method of water treatment for over 4,000 large cities worldwide.
Ozone is recognized by the U.S. Environmental Protection Agency as a viable water
treatment alternative to chlorine, and the FDA has added ozone to its list of disinfectants
approved “Generally Recognized as Safe.” Ozone is the most powerful and rapid acting
oxidizer disinfectant produced, and will oxidize all bacteria, endotoxin and biofilms it comes in
contact with in medical piping and water systems.

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1.3 THE TECHNOLOGY
The AmeriWater Ozone Disinfection System uses a high technology corona discharge
process for producing ozone. This design provides the most efficient ozone production
available in the small-scale ozone equipment market. Ozone is manufactured by drawing
oxygen (O2) into the ozone generator and exposing it to multiple high voltage electrical
discharges. This causes a percentage of the oxygen molecules to dissociate and
reassemble as ozone (O3).
The ozone is drawn into the water by a venturi injector / mixer. This allows the ozone to be
injected into the water under a vacuum condition, which is the safest and most efficient
technology available. A pressure differential of at least 15 PSI (Pound per Square Inch) must
be maintained across the venturi injector. This pressure causes a vacuum that is measured
on the vacuum gauge. The gauge should read between –3” and –8” Hg when the system is
in normal operation.
1.4 THE SYSTEM
The AmeriWater Ozone Disinfection System is a complete unit with ozone generator, venturi
injector mixer, gas off chamber with excess ozone gas destruct, feed water flow meter,
oxygen flow meter and vacuum gauge that are mounted in a portable cabinet for disinfection
of water distribution systems.
1.5 SPECIFICATIONS
Model 0077-0010
Dimensions 35” High X 15” Wide X 24” Deep
Weight 70 pounds
Electrical Requirements 115 VAC, 60Hz, 3 AMP
Power Consumption 275 Watts
Ozone Output 10 Grams/Hour (Oxygen)
Indicators: RPC K100-0111 Ozone Test Strips, 0.05 - >0.5 ppm (Not provided)
HACH 25180-50, Accuvac Ozone, High Range Test Kit. (Not provided)
Water Feed Flow Meter - GPM (Gallons Per Minute)
Oxygen Flow Meter SCFH (Standard Cubic Feet/Hour) with flow control valve
Injector Vacuum Gauge (inches of mercury)
Safety: Ozone Safety Vacuum Switch prevents the ozone generator from operating
without the proper ozone draw (vacuum).
Ozone Overload Switch shuts the ozone generator off when the system begins
to overheat.
Door switch kills power to the system when door is not in place.
Ozone gas-off destruct device eliminates excess ozone gas.

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1.6 HEALTH AND SAFETY
Ozone is a toxic gas above certain high concentrations, and an irritant at lower
concentrations. The Occupational Safety and Health Administration (OSHA) regulations
state that an individual must not be exposed to a concentration of ozone gas higher than:
1) 0.10 PPM (Parts Per Million) by volume over an 8-hour period.
2) 0.20 PPM by volume over a 10-minute period.
*See ambient air ozone monitor information in Section 7.
The AMERIWATER OZONE DISINFECTION SYSTEM uses a gas off tank to contain any
ozone gas not dissolved in the water and an ozone gas destruct device to limit the ozone
exposure in the area of use. Ozone has a very short half-life and will decompose to oxygen
in less than 5 hours. The human nose can detect the ozone odor at .02 PPM, which is 5
times lower than the OSHA safe level.
Call 1-800-535-5585 for the ozone MSDS sheet.
WARNING: Oxygen is a fire hazard. It is a highly active oxidizer as it vigorously
accelerates the burning of combustible materials. Do not use oil, grease,
cotton fibers or any other combustible material on or near the Ozone or
Oxygen Generator. Smoking, heat or any open flame should be
kept at a distance of not less than 5 feet from any part of the system. It is
STRONGLY recommended that only individuals experienced in the safe
handling of Oxygen be allowed to operate this equipment.
WARNING: Connect power cord only to a properly grounded wall outlet.
WARNING: High voltage is present in Ozone Generators. Only qualified electricians
should work on this equipment.

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1.7 OZONE COMPATIBLE MATERIALS
Ozone is one of the strongest oxidizing agents currently available for water treatment, so
great care should be taken to ensure that all piping, valves, gaskets, and other materials
used in the water treatment system that will come in contact with ozone are resistant to the
concentrations of ozone present during disinfection. Just about all the materials except filter
cartridges and membranes used in the typical water system are acceptable.
Below is a list of materials that are compatible for ozone concentrations up to 6 PPM in water.
Piping: Gaskets & Seals:
304L Stainless Steel Kel-F 2800
316L Stainless Steel Kal-Rez
PTFE (Teflon) Chem-Rez
ETFE (Teflon) Gortex
ECTFE (Halar) Teflon tape
PVDF (Kynar) Hypalon
CPVC Schedule 80 Viton
PVC Schedule 80 Silicon
HDPE (Polyethylene) EPDM
PP (Polypropylene)
NOTE: Natural rubber and many plastic and synthetic rubbers cannot be used as
gaskets, seals, or o-rings in combination with ozone. Exposure to ozone will
cause these components to become brittle and crack.

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SECTION 2, COMPONENTS AND FLOW SCHEMATICS
2.1 OZONE DISINFECTION SYSTEM COMPONENT IDENTIFICATION
FIGURE 1

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IDENTIFICATION OF COMPONENTS (FIGURE 1)
1. Inlet Hose Connection – (Female connector) Carries water to be disinfected to the
ozone machine.
2. Outlet Hose Connection – (Male connector) Carries ozone rich water to the loop or
tank to be disinfected.
3. Door Switch – Shuts off power to the unit when the cabinet door is removed.
4. Gas Off Chamber – Ozone rich water enters the gas off chamber to remove any
excess, un-dissolved ozone before being directed into the water system.
5. Ozone Gas Destruct Chamber – Converts ozone gas back to oxygen.
6. Ozone Generator – Produces ozone by passing oxygen through a corona discharge.
7. Strainer – 40 mesh screen ensures small particles do not block injector.
8. Injector Vacuum Switch – Turns off the ozone generator when there is not enough flow
of water to create an adequate vacuum.
9. Check Valve – Controls the direction of flow of ozone into the water stream.
10. Injector – Injects ozone gas into the water flow.
11. Ozone Generator ON / OFF Switch – Turns power to ozone generator ON and OFF
and will illuminate when the ozone generator is producing ozone.
12. Water Flow Meter and Valve – Measures the flow rate in gallons per minute (GPM) of
the water.
13. Feed Sample Port – Test port used to sample the water feeding the device.
14. Ozone Sample Port – Test port used to sample product water rich in ozone.
15. Oxygen Flow Meter and Valve – Controls and measures the flow rate in standard cubic
feet per hour (SCFH) of oxygen to the ozone generator.
16. Oxygen Connection – Quick connect fitting for connecting oxygen supply to the
system.
17. Vacuum Gauge – Displays the vacuum draw at the injector vacuum switch.

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2.2 FLOW DIAGRAM AND ELECTRICAL DIAGRAM

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SECTION 3, INSTALLATION & OPERATION
3.1 GENERAL OVERVIEW
WARNING: Do not turn the ozone generator on until the water flow has been
established.
The flow path in the AmeriWater Ozone Disinfection System is illustrated in Section 2.2. The
water to be disinfected is pumped into the AmeriWater Ozone Disinfection System by the
water distribution pump(s). The water flows through the feed flow meter and into the venturi
injector, which draws the oxygen from the oxygen valve through the flow meter into the
generator creating ozone. The ozone is then mixed in the water flow. The ozone rich water
enters the gas off tank to remove any excess, un-dissolved ozone gas and then is directed
into the water system to be disinfected. The ozone gas collected in the gas off tank is vented
automatically to the ozone gas destruct chamber and destroyed.
The driving force of the AmeriWater Ozone Disinfection System is the distribution pump(s) on
the water loop. A valve arrangement has to be installed after the water distribution system
distribution pump(s) to divert the flow into the AmeriWater Ozone Disinfection System and
back to the storage tank.
Figure 4a
In the illustration Figure 4a, Valve A is throttled and Valves B and C are open. (Note: Valve
A is only closed enough to divert the loop water through the ozone system.) Once the flow
through the AmeriWater Ozone Disinfection System is established, the “Feed Flowmeter” on

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98-0109 Rev. B
the unit should read from 3.5 to 5GPM. The amount of pressure supplied by the pump
causes this variation in flow. If the “Feed Flow” is below 3 GPM the venturi injector may not
draw the oxygen through the generator properly, throttle valve A until the flow is above 3
GPM. It is also necessary to have a differential pressure across the venturi injector to create
a vacuum. The vacuum gauge should read between -3 and -8 in of Hg.
Once the water flow has been established, a vacuum will draw the oxygen into the ozone
generator and ozone will be created. The ozone generator has a vacuum switch and will not
operate without a minimum of -3” of vacuum from the venturi injector indicated on the vacuum
gauge.
The gas off tank is in the flow path after the venturi injector. The water-ozone mix enters the
bottom of the tank and exits at the bottom of the tank. The excess ozone will gas off and be
vented to the destruct chamber to be converted to oxygen.
When ozone is injected into the water, Ameriwater recommends a reading of (0.5 ppm or
mg/l) or greater for more than 30 minutes to thoroughly disinfect a system. Be aware that the
water being disinfected may contain bacteria and endotoxin, and the piping may contain
biofilm all of which consume the ozone. It is important to verify the ozone concentration at
the end of the loop with RPC Ozone Test Strips or the Hach, Accuvac Ozone, High Range
Test Kit before starting the 30-minute dwell time.
After the treatment with ozone, the disinfected water can be left in the water loop, storage
tank. Due to the killing of the bacteria, endotoxin will be present. You must dump the tank,
refill, flush the loop and dump the tank again prior to use to remove endotoxin (if your
application requires the removal of endotoxin).
Helpful Hints
Rapid intermittent stopping and starting of the ozone generator must be avoided to
prevent damage to the generator.
After stopping the ozone generator, do not restart for 1 minute.
Input voltage to the ozone generator should never exceed 125 Volt AC 60 Hz.
(The AmeriWater Ozone Disinfection System operates on 115 Volt AC 60Hz).
Always use clean, dry, oxygen.
Do not allow water to enter ozone generator. If a leak is detected inside the ozone
disinfection system, turn off the system, unplug the power cord from the receptacle
and repair the leak prior to restarting.
When adjusting the oxygen flow to the Ozone Disinfection system higher flow creates
lower vacuum and lower flow creates more vacuum.

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3.2 TANK FITTING INSTALLATION INSTRUCTIONS
1. Any PVC tank bulkhead fitting can be used in a polyethylene tank. Verify that the gasket
material is compatible for use with aqueous ozone (Viton is preferred).
2. Instructions for installing PVC fittings in
Fiberglass Reinforced Plastic (FRP) tanks.
3. Use a standard hole saw that fits any ¼”
electric drill motor to cut the proper size
hole in the fiberglass or metal tank.
4. For installing the Raven 1/2”, 3/4”, and 1”
pipe thread fittings, a 2 1/8” hole saw must
be used.
5. For installing the 1 1/4", 1 1/2", and 2”
fittings, a 1/4" hole saw must be used.
6. The hole saw provides the perfectly round hole that is
necessary for a proper seal.
FRP TANK FITTING INSTALLATION…
1. Place your finger through the fitting and install the body in
the hole by placing one lug through the hole first. A slight
tap with a hammer will slip the second lug through the
hole.
2. Flex the back-up washer through the hole and over the
fitting body.
3. Slip the grommet over the fitting body but do not slide it
all the way down the body at this point.
4. While holding the fitting body with your finger, work the
grommet down the fitting body until the grommet is in
the hole in the tank wall. (The grommet will protrude
slightly on both the inside and outside of the tank.)
5. Place the washer on the fitting, then install the nut and
tighten until snug. Sealing is accomplished by the
grommet expanding against the circumference of the
hole you cut in the tank.

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3.3 WATER TREATMENT SYSTEM DISINFECTION PROCEDURE
WARNING: Verify that water usage at points of use has been terminated prior to
disinfection with ozone.
NOTE: When the red on/off switch light is lit, the ozone generator is producing
ozone.
1. Remove any loop filter cartridges and store in plastic. (If a cross flow ultra-filter is
used remove the membranes from the housings or bypass the ultra).
2. Disconnect DI exchange tanks (if applicable) and place a latex glove over the fittings
on the tanks. Jumper the hoses together by connecting the male connectors to the
female connectors or by using jumpers. Exposing DI tanks to ozone may cause
damage to the tanks.
DISINFECTION OF THE RO WATER STORAGE TANK & DISTRIBUTION LOOP
3. Connect the ozone inlet hose to VALVE B, on the ozone bypass (as shown below).
Connect the ozone outlet hose to VALVE C, on the storage tank. The quick connect
fittings are gender-oriented to prevent incorrect connections.
4. Connect the oxygen supply to the oxygen connection on the front of the ozone
disinfection system and adjust to between 2L and 4L.
5. Plug the power cord for the AmeriWater Ozone Disinfection System into a 115 V,
properly grounded power outlet.

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98-0109 Rev. B
6. Open VALVE B on the loop and VALVE C on the storage tank. Throttle VALVE A on
the loop (see above) to force water through the ozone system. Turn on the distribution
pump. (If the water system has dual distribution pumps, use only one of the pumps at
this time.) The feed flow should be between 3.5 and 5 GPM.
7. Turn on the oxygen flow meter valve (adjust to 2-5 SCFH). Verify that the vacuum
gauge on the front of the cabinet is above –3” Hg (the operating range is –3” to –6”
Hg). The ozone generator will not operate if the vacuum is less than –3” Hg. The
vacuum is adjusted by providing more or less oxygen flow. Less oxygen flow
produces more vacuum. More oxygen flow decreases the vacuum.
8. Turn the ozone generator power switch ON (power switch shown in Figure 1, page 5).
9. If the ON / OFF switch is illuminated, ozone is now being supplied to the system being
disinfected. Monitor the FEED FLOWMETER and the VACUUM GAUGE to verify they
are in range (Feed Flow = 3.5 - 5 GPM, Vacuum = -3” to –6” Hg).
10. Run the unit until the water from the sample port of the system has a reading of at
least 0.5 ppm (or mg/l). Use RPC Ozone test strips or the Hach, Accuvac Ozone High
Range Test Kit to obtain this reading.
11. Continue running the system for 30 minutes at a minimum of 0.5 ppm (mg/l) to build
the ozone level in the storage tank.
12. Throttle VALVE A to allow ozonated water from the storage tank to the loop. (Note:
on some systems, VALVE A may not need to be throttled at all.) Verify flow and
pressure on the loop.
13. If the water system has dual distribution pumps, use the opposite pump at this time.
14. Continue running the ozone system until ozone is detected at the end of the loop at a
level of at least 0.5 ppm (mg/l). DO NOT USE THE FEED SAMPLE PORT TO
VERIFY THIS. This level must be maintained for 30 minutes to completely disinfect
the system. If the water system has bacteria, endotoxin, or biofilm the ozone will be
consumed, so it may require several minutes to achieve the 0.5 ppm (mg/l) level at the
end of the loop.
15. All points of use must be opened and tested with RPC Ozone test strips or the Hach,
Accuvac Ozone, High Range Test Kit to verify that ozone is present at a level of at
least 0.5 ppm (mg/l).
16. Turn off distribution pump(s).
17. Turn off and disconnect the oxygen supply from the ozone disinfection system.
18. Turn the ozone generator power switch OFF and unplug the ozone disinfection system
from the power outlet.

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19. Turn off the distribution pump and close VALVE B and VALVE C, and FULLY open
VALVE A. Let the system dwell for 15-30 minutes before turning the distribution pump
back on.
20. Empty the storage tank drain in order to remove any endotoxin created by the
destruction of the bacteria.
21. Refill the tank with RO water and flush the distribution loop. Empty the tank and loop to
drain.
22. Return the water distribution system to normal operation, reconnect the deionizers,
and replace the loop filters. Residual ozone will not affect these components.
WARNING: Prior to use, test the water at the end of the loop (when the storage tank is
full) to verify that there is no residual ozone left in the system. If the
residual ozone level is above 0.05 ppm (mg/l), dump the storage tank to
drain and refill the tank. Test the water again at the end of loop and repeat
until the residual ozone level is no longer detected.

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SECTION 4, MAINTENANCE/TROUBLESHOOTING GUIDE
4.1 MAINTENANCE
Keep the ozone generator clean. The ozone generator does not need regular service if clean
feed oxygen is used.
4.2 GENERATOR TROUBLESHOOTING GUIDE
Problem / Symptom Possible Cause Solution
Unit does not turn on No power to unit
Switch not turned on
Blown fuse
Cover / door interlock not active
Incorrect wiring connections
Vacuum switch not closed
Check breakers
Check switch
Replace fuse
Check door interlock switch replace
cover
Check wiring
Check vacuum and vacuum switch
Unit does not stay on Unit overheating
Insufficient vacuum (should be
–3 to –8 on vacuum gauge)
Defective check valve
Check fan
Adjust injector vacuum, be sure
check valves are properly installed
Inspect and replace if necessary
Unit cycles on and off
Overheating
Defective power
Insufficient oxygen supply
Insufficient water flow
Check fan
Check for constant power if not timer
controlled
Check oxygen supply
Check water flow meter
Unit trips circuit breaker Incorrect wiring
Incorrect circuit breaker
Check wiring
Check and, if necessary, replace with
correct circuit breaker
You receive an electric
shock upon touching the
unit
Incorrect wiring
Unit not grounded
Unit has been flooded
Check wiring
Ground unit in accordance with local
codes
Return unit for major service or
completely disassemble and clean

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GENERATOR TROUBLESHOOTING GUIDE (CONTINUED)
Water in unit or ozone
delivery tubing Insufficient vacuum
Defective check valve(s)
Excessive backpressure on check
valve(s)
Adjust injector vacuum
Replace check valve(s)
Backpressure not to exceed 40 PSI, if
over 40 PSI consult AmeriWater
Unit seems noisy Generator not securely bolted to
cabinet
Shipping damage
Fan blocked
Insufficient oxygen
Bolt it firmly into place
Locate and repair
Check and clear obstructions
Check oxygen supply
Flow meter will not adjust
oxygen flow
Oxygen not operating
Defective check valve
Make sure oxygen supply system is
set properly
Check and replace
Vacuum gauge reads on
pressure side Insufficient vacuum
Defective vacuum gauge
Loose Kynar compression fittings
Mesh strainer blocked
Adjust injector vacuum
Replace vacuum gauge
Tighten all Kynar fittings
Remove bowl from strainer and
remove obstructions
4.3 BACKPRESSURE
Excessive backpressure on the system will cause the injector not to function properly. The
inlet pressure must be at least 15 PSI greater than the outlet pressure in order for the injector
to work properly. If the vacuum is not at least -3 Hg, verify that there are no restrictions on
the outlet side of the system or in the loop or tank being disinfected.

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SECTION 5, PRODUCT WARRANTY
AmeriWater warrants the Ozone Disinfection System to be free from defects in parts and
workmanship for one year; provided that the system is not subject to abuse, misuse,
alteration, neglect, freezing, accident or negligence; and provided further that the system is
not damaged as the result of any unusual force of nature such as, but not limited to, flood,
hurricane, tornado, or earthquake. This warranty covers all system components under
normal use and operation. AmeriWater’s obligation under this warranty is limited to the
replacement of equipment and/or parts shown to be defective only. The warranty does not
cover labor charges or travel expenses resulting from the service of equipment. The
manufacturer is excused if failure to perform its warranty obligations is the result of strikes,
government regulation, materials shortages, or other circumstances beyond its control.
To obtain warranty service, notice must be given to the manufacturer within 30 days of the
discovery of the defect. Each system for which a warranty claim is asserted shall, at the
request of AmeriWater, be returned freight prepaid with proof of purchase date to AmeriWater
at the expense of the purchaser. Any replacement parts shall be warranted as stated above
for the original one-year warranty.
This warranty does not extend to any generator or part if a defect or malfunction occurs from
misuse. Allowing water to enter the generator will cause damage not covered under
AmeriWater’s product Warranty. Feed gas must be clean, dry Air or Oxygen at –60º F dew
point for maximum Ozone production. Provide proper voltage to the generator (100-125 VAC
60 Hz). Improper voltage causes damage not covered under the AmeriWater Product
Warranty. Locate the generator in a well-ventilated area that is protected from the weather
elements and remains between 40º F and 100º F to prevent damage not covered under the
AmeriWater Product Warranty.
There are no warranties on the AmeriWater Ozone Disinfection System beyond those
specifically described above. All implied warranties, including any implied warranty of
merchantability or of fitness for a particular purpose are disclaimed to the extent they might
extend beyond the above periods. The sole obligation of the manufacturer under these
warranties is to replace or repair the component or part which proves to be defective within
the specified time period, and the manufacturer is not liable for consequential or incidental
damages. No dealer, agent, representative, or other person is authorized to extend or
expand the warranties expressly described above.
Some states do not allow limitations on how long an implied warranty lasts or exclusions or
limitations of incidental or consequential damage, so the limitations and exclusions in the
warranty may not apply to you. This warranty gives you specific legal rights, and you may
also have other rights, which vary from state to state.

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SECTION 6, SPARE PARTS LIST
6.1 OZONE DISINFECTION SYSTEM COMPONENTS
NUMBER PART NUMBER DESCRIPTION
1 65-0008 Door Switch
2 77-0007 Gas Off Assembly w/Float Valve
3 77-0006 Ozone Gas Destruct Chamber
4 77-0005 Corona Discharge Chamber w/Fan
5 65-0007 Vacuum Switch
6 65-0003 Switch, Toggle, ON / OFF, Illum.
7 41530611 Flow Meter 0-5 GPM W/Valve
8 41821990 Flow Meter w/Valve, 0-5 SCFH
9 43-0011 Gauge Vacuum, 0/30 INHG
NOT PICTURED
- 77-0008 Fan for Corona Discharge Chamber
77-0009 Power Supply Board for CD Unit
- 40531620 Injector, 0-6 GPM, ¾” MPT
RPC # K100-0111 RPC Ozone Test Strips

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