UV Dynamics 8.40C User manual

Models
INSTALLATION & OPERATIONS MANUAL
System tested and certified by
IAPMO against:
NSF/ANSI Standard 55 Class A
NSF/ANSI 61
NSF/ANSI 372
CSA-B483.1
UVDynamics
a Castle Circuits Inc. Business Group
315 Neptune Crescent
London, Ontario
Canada, N6M 1A9
1.800.667.4629
1.519.452.1701
[email protected]
WWW.UVDYNAMICS.COM
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED
NSF/ANSI 55
Drinking Water
8.40C 8gpm
11.40C 11gpm
14.40C 14gpm
20.40C 20gpm

Installation and Maintenance Manual
READ AND UNDERSTAND ALL
INSTRUCTIONS BEFORE INSTALLING OR
USING THIS PRODUCT
TABLE OF CONTENTS
Safety Instructions 1
Application Overview 1
Water Quality 1
Installation Considerations 1
Installation Procedure 2
Disinfection Procedure 2
UV Power Source Features 3
Operating and Maintenance 4
Component Identifier
–model 8.40C 5
–models 11.40C,14.40C, & 20.40C 6
Installation Example
–model 8.40C 7
–models 11.40C,14.40C, & 20.40C 8
Low UV Alarm –Diagnostic Flow Chart 9
Specifications & Warranty 10
UV RADIATION HAZARD
NEVER OPERATE UV LAMP OUTSIDE OF THE UV
DISINFECTION CHAMBER –EXPOSURE TO UV LIGHT CAN
RESULT IN SEVERE BURNING OF SKIN AND EYES
Safety instructions –Please read carefully
DANGER –To reduce risk of electrical shock this system must be
grounded. Connect your UV system to a grounded, GFI protected (3
pronged) receptacle (120V, 60HZ) and ensure that the lamp connector
ground wire is connected to the ground stud on the top of the disinfection
chamber.
Note: Power source for applications outside of North America must
match requirements of the unit (eg. 240V, 50Hz).
Do not plug the unit in if any of the external surfaces or electrical parts
are wet. Condensation on the disinfection chamber is normal.
To avoid possible electric shock, special care should be taken since
water may be present near electrical equipment. Unless referred to in
these instructions, do not attempt repairs yourself. Contact the installing
dealer or manufacturer for service advice.
Do not operate this system if it has a damaged electrical cord or plug,
is malfunctioning, or has been dropped or damaged in any way.
Do not use this unit for anything other than its intended potable water
application. The use of attachments not recommended, approved, or
sold by the manufacturer/distributor may result in an unsafe condition.
Before any cleaning or maintenance, always disconnect the unit from
the AC supply voltage and de-pressurize the system.
Protect your unit from freezing. Drain all water from the unit if freezing
temperatures exist.
System must be installed in accordance with all applicable codes and
regulations.
If system indicates a failure state, water needs to be boiled before use
and the system and plumbing are required to be disinfected after system
failure is resolved.
This installation and operating manual is to be kept with UV
system.
APPLICATION OVERVIEW
UVDynamics UV disinfection systems certified to NSF/ANSI standard 55
are suitable for use on waters which are known to be contaminated.
This product uses a proprietary extended cold spot lamp design along
with an active temperature controlled cold spot cooling fan, resulting in
improved lamp output maintenance during stagnant hot water conditions.
The UV display indicates actual dose in mj/cm2 at rated flow.
To insure trouble free operation of your UVDynamics UV disinfection
system it is important to ensure that your water source meets the
minimum water quality parameters specified.
Failure to meet minimum water quality standards may result in
excessive maintenance requirements or, in the case of UVT%
below 70%, may preclude the system from reaching the minimum
operating UV fluence (dose).
WATER QUALITY
Your UV disinfection system requires clean water for optimum
performance. You should only operate your unit if the source water
meets the following standards:
If your source water does not meet these water quality parameters,
additional pre-treatment will be required. Operation of this system with
water that does not meet these quality standards will increase the
occurrence of nuisance alarms, and result in increased maintenance and
more frequent lamp replacement. Operating the system with excessively
low UVT% (ultraviolet transmission percentage) will reduce UV intensity
to the point where operation of the system is not possible.
INSTALLATION CONSIDERATIONS
Select a disinfection system mounting location where a potential leak
will not cause water damage. UVDynamics is not responsible for water
damage. When the disinfection system can only be located where water
damage is a possibility, the installation of an automatic leak detector /
shut off device is highly recommended
UVDynamics disinfection devices are designed to be installed on the
cold water line only.
Cold water source must be connected to the inlet port only.
CAUTION: reversing the flow direction by connecting the water source
to the output port could result in reduced disinfection performance and
improper operation of the flow regulator.
Turbidity < 1 NTU
Suspended Solids < 10 mg/L
Colour None
Tannins/Other Organics < 0.1 ppm
Total Iron < 0.3 mg/L
Manganese < 0.05 mg/L
Hardness < 7 gpg
UVT% > 80%
7
1
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED

Install your UV Dynamics disinfection system indoors in a protected
area where the temperature does not fall below 15C (60F) and the
humidity level is low (to prevent condensation on the chamber). This unit
functions ideally in a temperature range from 15C - 29C. (60 –85F)
Models 8.40C, 11.40C and 14.40C must be installed vertically. Model
20.40C may be mounted horizontally with inlet and outlet ports
orientated upwards only. Installing with ports orientated downward will
result in air being trapped in the disinfection chamber, resulting in
reduced disinfection performance and erratic UV sensor operation.
Use teflon tape on all pipe connections. DO NOT USE ANY
OTHER SEALANT.
If the AC power distribution system is subject to frequent power line
surges or electrical storm activity, the installation of an external surge
protection device is required. Preferably, the surge protection device will
have an indicator showing that the surge protection components have
not failed and the device should be checked frequently.
If the water system in which the UV disinfection system is to be
installed includes a pump, the UV disinfection system should not be
connected to the same AC supply circuit as the pump. Pumps can create
significant voltage droop on start-up which may be sufficient to trigger an
abnormal operating condition alarm in the UV power source. In these
cases connection of the UV disinfection system to an isolated AC supply
will minimize nuisance alarms.
If the installation location is subject to frequent power outages or
brown out conditions an inverter type uninterruptable power system
(UPS) device with true sine wave output should be installed on the AC
supply to ensure reliable system operation.
Do not connect UVDynamics disinfection systems directly to PEX
tubing or other plastic piping. Plastic material will suffer structural
degradation, and possible service failures, when subjected to long-term
UV light exposure. PEX tubing and plastic piping can be connected
directly to the inlet port if it is located on the bottom of the chamber.
All side ports will require the use of a metallic light dam (16”/40cm
section of metallic tubing, street elbow or stainless steel flex connector
suitably bent to prevent direct UV radiation)
Installation Procedure
The UV disinfection system should be the last step of your water
treatment system. Choose a location for installation with a close
electrical outlet. Note the direction of water flow in the supply line. Refer
to the installation example diagrams and check that you have all
necessary fittings for installation. Note: Ensure that the chosen
mounting location has adequate clearance to facilitate quartz sleeve and
UV lamp replacement.
Shut off the main water supply valve.
Mount the unit to the wall using the mounting brackets provided.
Mount power source beside the chamber. Ensure that the chosen power
source location is not subject to any possible dripping of condensation
from either plumbing or system components
Install new plumbing as per diagram. Note: When installing the 5
micron pre-filter, make sure the flow arrows point in the same direction
as the water flow. WARNING: if soldering, do not allow heat near
plastic threads or fittings.
SOLENOID VALVE INSTALLATION
On vertically mounted systems a solenoid valve can be directly mounted
to the inlet port. In all other mounting configurations the solenoid valve
should be isolated by 12” (30cm) of piping on either port of horizontally
mounted disinfection chambers, and the output port of vertically mounted
chambers,
Mounting of the solenoid valve directly to the ports of a horizontally
mounted chamber or directly to the output port of a vertically mounted
chamber will result in premature solenoid coil failure due to the elevated
temperature conditions that exist during periods of no water flow.
QUARTZ SLEEVE INSTALLATION - Model 8.40C
Verify that the red “O” ring is installed in the inside groove of the gland
nut, and place the black “O” ring on the open end of the quartz sleeve
approximately 1”(25mm) from the end. Then push the quartz sleeve into
the gland nut until the sleeve touches the top of the retainer edge in the
gland nut. Failure to insert the quartz sleeve fully into the gland nut will
allow excessive sleeve movement during water flow, resulting in possible
water leakage and sleeve breakage.
QUARTZ SLEEVE INSTALLATION - All other Models
Install one of the black “O” rings on the end of the quartz sleeve and
position approximately 1”(25mm) from the open quartz sleeve end.
Carefully insert the other end of the quartz sleeve into the disinfection
chamber. Install the second black “O” ring on the remaining quartz
sleeve end which is now emerging from the end of the chamber and
adjust sleeve position so that equal amounts of quartz sleeve extend
from both ends of the disinfection chamber. Install the gland nut with the
black light shield on the bottom or non lamp end of the disinfection
chamber. The other gland nut is used on the lamp end of the
disinfection chamber. Hand tighten both gland nuts.
Place the lamp spring, then the lamp into the quartz sleeve. Install the
Cold Spot FanTM over the gland nut. Holding the top of the lamp, attach
lamp to the lamp connector. Ensure the lamp is orientated so that the
lamp wires are not in the path of the UV Sensor Probe. FAILURE TO
ORIENTATE THE LAMP CORRECTLY COULD RESULT IN REDUCED
UV DOSE INDICATION Push the lamp connector down snugly into the
gland nut and tighten the lamp connector set screw.
WARNING: do not over tighten as plastic threads are easily
damaged.
Connect the lamp connector cable labeled FAN to the Cold Spot FanTM
assembly.

Remove the nut from the ground stud at the top of the unit. Next,
place the ground wire (green wire with yellow stripe) over the stud and
re-install nut and tighten. FAILURE TO GROUND CHAMBER MAY
RESULT IN AN ELECTRICAL SHOCK HAZARD AND ERRATIC UV
SENSOR BEHAVIOUR

Install UV Sensor Probe. The probe must be hand tightened
completely to insure accurate calibration. Connect UV Sensor Probe
plug into port labeled UV Sensor on the UV power source.
Caution –Hand tighten only

Open the valves on either side of the disinfection chamber. Check for
leaks. Open supply valve slowly and bleed air from system.
Connect UV power source to AC line. UV power source audio alarm will
sound three times before igniting the lamp.
Your UV Dynamics disinfection system is now ready for service. Before
service begins, all household plumbing lines should be chemically
disinfected.
9
2
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED

DISINFECTION PROCEDURE
THE FOLLOWING DISINFECTION PROCEDURE IS GENERALLY
ACCEPTED AS BEING SUITABLE FOR THE DISINFECTION OF
PLUMBING SYSTEMS KNOWN TO BE CONTAMINATED.
IF YOU ARE UNCERTAIN ABOUT THE EFFICACY OF THIS
PROCEDURE, YOU ARE ADVISED TO CONTACT THE LOCAL
HEALTH AUTHORITY RESPONSIBLE FOR WATER SAFETY.
The UV disinfection process takes place only in the UV disinfection
chamber and the process provides no residual disinfection capability,
therefore it is necessary to chemically disinfect the entire plumbing
system before using water treated by the UV system. The plumbing
system should also be disinfected if the power goes out for several hours
or more, or if the unit has been accidentally shut-off for several hours or
more. It is advisable to disinfect the plumbing lines at least once a year.
The disinfection of the plumbing system is most readily accomplished
by removing the 5 micron sediment filter cartridge and adding 250ml -
500ml (1 –2 cups) of standard 5.25% concentration un-scented chlorine
bleach to the empty filter housing and re-installing.
Verify that the UV disinfection unit is connected to the AC supply
voltage and operating properly. The addition of chlorine bleach to the
plumbing system may cause the water to go cloudy, resulting in a low
UV alarm condition. If a solenoid valve is installed it will be necessary to
place the solenoid valve in the manual open mode.
Operate all faucets, fixtures and appliances until you clearly smell
chlorine, then shut off. This includes shower heads, outside taps,
dishwashers, laundry equipment and any appliance connected to the
plumbing system.
Leave the bleach solution for 6 to 8 hours, preferably overnight.
Re-install the sediment filter cartridge and thoroughly flush the system
at all fixtures and appliances connected to the system.
Note: The introduction of a chlorine disinfection solution to a hot water
heater that has been used with untreated hard water or water with
excessive iron, manganese or other organic contaminants may lead to
oxidization of these materials. If you feel that these conditions may apply
to your installation, a thorough flushing of the hot water tank should be
undertaken to eliminate the oxidized material from the system.
UV POWER SOURCE FEATURES
The micro-processor controlled UV power source supplied has both
audio and visual alarm indicators to validate lamp operation and an
integral annual lamp change reminder timer.
A two digit display is provided to display the actual UV dose, lamp life
remaining (when timer reset button is pressed), and various error codes
to aid in system diagnostics. If the actual UV dose falls below 40mj/cm2,
the unit goes into the low UV alarm mode and the solenoid valve, if
installed, will be de-activated.
UV power source initialization sequence: When AC power is applied
to the UV power source the lamp is ignited, as indicated by the green
lamp-on LED, after which a self test of the annual lamp failure LED and
alarm buzzer occurs. This test consists of three buzzer beeps and three
red lamp failure LED flashes. The two digit display indicates the actual
UV dose. If a solenoid is connected to the UV power source, it will
activate when the UV level reaches 40mj/cm2.
Normal Operation: During normal operation, the green lamp-on LED is
illuminated and the two digit display indicates the actual UV dose in
mj/cm2.
Diagnostic Display
Pushing the timer reset button on the UV power source initiates the
diagnostic display and sensor self test function of the system. In
sequence, the display will output the parameter followed by the
parameter value;
(lr) Lamp life remaining (weeks)
(ul) UV level
(tf) Disinfection Chamber temperature F0
(tc) Disinfection Chamber temperature C0
(fn) Cold Spot FanTM status 1=on 0=off
(at) Alarm threshold –”C” for certified system
E7 if the sensor self test detected a sensor failure
Note: The diagnostic display does not function if a lamp failure condition
exists.
Lamp failure: When the UV power source detects a lamp failure or
enters the auto shut down mode due to abnormal operating conditions,
the alarm buzzer sounds and flashes the red lamp failure LED, the green
lamp-on LED and 2 digit display are extinguished. If connected, the
solenoid valve will terminate the water flow.
Note: The UV power source is designed to shut down if the AC input
voltage is outside of operating limits. When a lamp failure alarm is active,
the unit should be unplugged from the AC power source for fifteen
seconds and then reconnected to the AC power source. If the failure was
due to out of limit AC power, the unit will re-ignite the lamp and operate
normally.
Chamber Over Heat: When the chamber temperature exceeds 45O C
(113OF) the chamber overheat code (oh) will be displayed.
Lamp timer operation: The annual lamp change reminder timer will run
for approximately one full year. At the end of the one year period the E5
lamp change reminder error code will be displayed and the buzzer will
sound. The E5 error code indicates that the lamp timer function is in the
28 day grace period. Pushing the timer button during this grace period
will silence the buzzer for a seven day period but the E5 error code will
remain. The buzzer reset can be activated a maximum of four times
during the 28 day grace period. Under no circumstance does the grace
period exceed 28 days. At the expiry of the 28 day grace period the E5
error code is replaced by E6. When the E6 error code is active the lamp
must be replaced and the lamp timer reset.
Note: As long as the UV level reading on the two digit display is above
40mj/cm2the solenoid valve drive is not disabled.
Time remaining: When the lamp change reminder timer is not in the
grace period or lamp change alarm mode, the number of weeks of lamp
life remaining will be displayed on the two digit display by pressing the
timer reset button.
Solenoid Valve Output: The UV power source is capable of controlling
a solenoid valve using the remote solenoid interface (RSI) accessory,
which will shut off water flow during alarm conditions.
Low UV Intensity: If the output of the UV detection system falls below
40mj/cm2, a low UV alarm will be initiated and error code E1 will be
displayed. If a solenoid valve is installed it will be deactivated to stop the
flow of water.
Alarm Override: The UV power source has an alarm override feature to
disable the audio alarm when the system has entered a low UV alarm
state. Pressing the button during error code E1 will initiate the override,
which is active for 24hrs, but can be reset indefinitely. The alarm
override feature will not function if the lamp has failed. The display will
read error code E4 while the alarm override is active.
CAUTION: The water treated by the unit will not be
properly disinfected when the alarm override is in
operation and should not be consumed without
boiling.
3
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED

UV Sensor Error: If the UV Sensor Probe is not connected to the UV
power source, or if communication with sensor is not possible, the error
code E3 will be displayed. Verify that the sensor plug is fully inserted into
the UV power source before replacing the UV Sensor Probe. The system
also includes a sensor self test mode which is automatically executed if
the diagnostic display is activated. If the sensor fails the self test, the E7
error code is displayed and the sensor will need to be replaced.
Display & ERROR Codes Summary
The UV power source displays the following codes to announce system
status and/or problems. If more than 1 code is applicable, all active
codes will be displayed in sequence.
E1 –Low UV Alarm
E3 –Sensor Communication Error
E4 –Alarm Override Active
E5 –Change Lamp Reminder
E6 –Lamp Life Expired –Change lamp
E7 –Sensor Self Test Failure
oh –chamber over heat
Operating and Maintenance
Your UV system is on continuously during normal use.
After periods of not using your water supply exceeding 2-3 days, it is
recommended to open all faucets and flush your plumbing lines for a
minute or two.
Caution: Protect your unit from freezing. Drain all water from the unit if
freezing temperatures exist.
Ultraviolet lamp replacement: The ultraviolet lamp located inside the
chamber will operate effectively, around the clock, for approximately one
year. While the lamp will light longer than this, the UV light penetration
may fall below the prescribed safety level. Therefore, annual lamp
replacement is necessary regardless of apparent condition.
Replacing the UV lamp and cleaning the quartz sleeve
Note: Do not touch the lamp or the quartz sleeve with your fingers.
Handle by ends only or wear soft gloves.
Unplug the system from the electrical outlet, turn off all water supplies
to the unit, and de-pressurize system
Carefully extract the lamp connector from the sleeve gland nut
assembly to expose just the top of the lamp. While holding the lamp
base firmly, remove the lamp connector. Caution: lamp base can be
very hot –be careful not to drop lamp into quartz sleeve as it is easily
broken.
Carefully slide the UV lamp out of the quartz sleeve and discard
according to local disposal regulations.
Remove the quartz sleeve by loosening the gland nut(s) and carefully
extracting it from unit. Caution: The quartz sleeve is fragile and is easily
chipped or broken –use care when removing or installing.
Clean the quartz sleeve with a vinegar solution or any readily
available scale removal product (Limeaway, CLR etc.)
Re-install the quartz sleeve –replace “O” ring(s) if they appear
damaged.
Install new lamp by reversing procedure described in step 2 above.
Slowly open water supply valve and purge air from system –verify
that there are no leaks before reconnecting to AC power.
RESETTING THE LAMP CHANGE TIMER
The lamp change timer is reset by disconnecting the UV power
source from the AC supply, waiting for fifteen seconds and reconnecting
to the AC supply while depressing and holding the timer reset button.
The UV power source will emit a solid three second beep indicating that
the reset was successful. The reset button can now be released.
It is not possible to reset the lamp change timer unless the timer is
in the grace period, lamp change, or lamp failure alarm mode. If you
need to reset the lamp change timer prior to the end of one full year
there are special instructions included with all replacement lamps
describing the necessary procedure.
LOW UV ALARM
When the UV intensity level falls below 40mj/cm2, the system enters the
Low UV Alarm state and the E1 error code is displayed. If installed, the
solenoid valve will shut off water flow.
The Low UV Alarm Flow Chart on page 9 simplifies resolving Low UV
Alarm conditions.
0
10
20
30
40
50
60
70
80
010 20 30 40 50 60 70 80 90 100
UVT% ESTIMATOR CHARTnote 1
Note 1
- Chart is only valid with new lamp, sleeve and
sensor.
- operate system for thirty minutes and allow water to
flow for five minute before taking reading.
- If UV dose reading below the alarm threshold of
40mj/cm2 use diagnostic display function to read
dose level.
- Validate system performance by rinsing and filling
disinfection chamber with water of known quality.
eg ( bottled water )
UV DOSE READING mj/cm2
ESTIMATED UVT%
4
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED

Lamp Spring Part # 400111
UV Lamp
Model 8.40C Part # 400269
UV Power Source + UV Detect
Part # 400206 model 8.40C 120V
Part # 400230 model 8.40C 240V
Internal Glandnut “O” ring (red)
Part # 400288
Glandnut Part # 400254
Quartz Sleeve
Model 8.40C Part # 400273
“O” Ring Part # 400286
IEC Power Cord
Part# 400114 all models
ColdSpot FanTM
Part # 400290 all models
Outlet Port
Disinfection Chamber
Model 8.40C Part # 400304
Mounting bracket
Part # 400108
Inlet Port
UV Sensor Probe
Part # 400285 all models
UV Sensor “O” Ring
Part # 400289
COMPONENT IDENTIFIIER - Model 8.40C
5
Flow regulator insert
Part # 400159
Retainer “0” Ring
Part # 400286
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED

Lamp Spring Part # 400354
Glandnut Part # 400254
Quartz Sleeve
Model 11.40C Part # 400274
Model 14.40C Part # 400323
Model 20.40C Part # 400275
UV Lamp
Model 11.40C Part # 400270
Model 14.40C Part # 400158
Model 20.40C Part # 400271
UV Power Source + UV Detect
Model 11.40C 120V Part # 400206
Model 11.40C 240V Part # 400230
Model 14.40C 120V Part # 400373
Model 14.40C 240V Part # 400496
Model 20.40C 120V Part # 400250
Model 20.40C 240V Part # 400497
IEC Power Cord
Part# 400114 120V
“O” Ring Part # 400286
Outlet Port
Disinfection Chamber
Model 11.40C Part # 400666
Model 14.40C Part # 400310
Model 20.40C Part # 400612
Inlet Port
“O” Ring Part # 400286
Glandnut Part # 400287
UV Sensor Probe
Part # 400285
UV Sensor “O” Ring
Part # 400289
ColdSpot FanTM
Part # 400290
Mounting bracket
Part # 400108
COMPONENT IDENTIFIIER - Model 11.40C, 14.40C, & 20.40C
6
Flow regulator insert
Model 11.40C Part # 400319
Model 14.40C Part # 400320
Model 20.40C Part # 400321
Retainer “0” Ring
Part # 400286
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED

READ INSTALLATION CAUTIONS AND VERIFY
MINIMUM WATER QUALITY REQUIREMENTS BEFORE
PROCEEDING WITH INSTALLATION
Installation Example - Model 8.40C
Disinfected water to all
taps and appliances
Select a disinfection system mounting location where a potential leak will not
cause water damage. UVDynamics is not responsible for water damage. When the
disinfection system can only be located where water damage is a possibility, the
installation of an automatic leak detector / shut off device is highly recommended
OPTIONAL –additional
pre-treatment as required,
5 micron sediment filter –
minimum required pre-treatment
UV detector
probe
UV Disinfection
Chamber
IEC power
cord
GFI protected outlet
Inlet
UV Power Source
7
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED
Optional
Solenoid valve

Installation Example - Model 11.40C, 14.40C, & 20.40C
READ INSTALLATION CAUTIONS AND VERIFY
MINIMUM WATER QUALITY REQUIREMENTS BEFORE
PROCEEDING WITH INSTALLATION
GFI protected outlet
OPTIONAL –additional
pre-treatment as required,
Optional
Solenoid valve
5 micron sediment filter –
minimum required pre-treatment
GFI protected outlet
UV detector
probe
UV Power Source
UV Disinfection
Chamber
Disinfected water to all
taps and appliances
IEC power
cord
Select a disinfection system mounting location where a potential leak will not
cause water damage. UVDynamics is not responsible for water damage. When the
disinfection system can only be located where water damage is a possibility, the
installation of a automatic leak detector / shut off device is highly recommended
© COPYRIGHT 2019UVDynamics - a Castle Circuits Inc. Business Group All RIGHTS RESERVED
Cooling
Fan
Ball
Valve
Ball
Valve
Inlet
8

oh –chamber over
heat
REPLACE SENSOR
Cold Spot FanTM
running ?
FLUSH CHAMBER
Note 2
REPLACE FAN
NO ALARM
Problem Resolved
Check UVT
Note 3
UVT% > 80%
Replace Lamp and Quartz
Sleeve
CONTACT SERVICE
ORGANIZATION
UVT% < 80%
NO ALARM
Review Pre-Treatment
Problem Resolved
LOW UV ALARM –Diagnostic flow chart
Note 1 –The Sensor self test is automatically performed whenever a low UV Alarm or diagnostic display is activated.
Note 2 –Purge hot water from disinfection chamber by closing isolation valves, remove UV sensor from disinfection chamber. Position a pail or other suitable receptacle to contain
the purge water and slowly partially open the inlet isolation valve to purge the hot water from the disinfection chamber. If you chose to purge the hot water from the disinfection
chamber by placing the solenoid valve in the by-pass mode and using a tap on the plumbing system you will be required to disinfect the plumbing system as described in
this manual before the UV system is returned to service.
Note 3 –To measure the UVT% of the water requires a specialized test instrument. Contact your installing dealer or private water testing laboratory.
9
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED
E1 low UV error code
E7 failed sensor
self test
Note 1

This Class A system conforms to NSF/ANSI 55 for the
disinfection of microbiologically contaminated water
that meets all other public health standards. The
system is not intended to convert wastewater or raw
sewage to drinking water. The system is intended to
be installed on visually clear water.
NSF/ANSI 55 defines wastewater to include human
and / or animal body waste, toilet paper, and any other
material intended to be deposited in a receptacle
designed to receive urine and / or feces (blackwaste);
and other waste materials deposited in plumbing
fixtures (grey waste).
If this system is used for treatment of untreated
surface waters or ground water under the direct
influence of surface water, a device found to be in
conformance for cyst reduction under the appropriate
NSF/ANSI standard shall be installed upstream of the
system.
Warranty
UV Dynamics water disinfection systems are supported with a ‘free from
defects’ Workmanship and Material warranty as follows:
-A ten year pro-rated warranty on the stainless steel disinfection chamber
-A three year warranty on the UV power source
-A one year warranty on UV lamps, sleeves and sensor
-Warranty commences from date of purchase. Proof of purchase required
UV Dynamics will repair or replace, at its option, any defective parts covered by
the warranty. Shipping and handling are not included in this warranty.
Parts repaired or replaced under the pro-rated warranty will be covered under
warranty to the end of the original warranty period. This warranty is also subject to
the conditions and limitations outlined under the heading “General Conditions and
Limitations” below.
Warranty for Replacement Lamps and Parts
UV Dynamics warrants replacement lamps, purchased for annual routine
maintenance, and other parts purchased to repair product components that are no
longer covered by the original warranty, to be free from defects in material and
workmanship for a period of one (1) year from the date of purchase. During this
time, UV Dynamics will repair or replace, at its option, a defective replacement lamp
or part free of charge except for shipping and handling charges. The warranty
period on replacement lamps and parts will be verified using date codes and/or
purchase receipts. You will be advised as to whether the defective item needs to
be returned to UV Dynamics for failure analysis.
General Conditions and Limitations
None of the above warranties cover damage caused by improper use or
maintenance, accidents, acts of God, or minor scratches or imperfections that do not
materially impair the operation of the product. The warranties also do not cover
products that are not installed as outlined in the applicable Owner’s manual.
These limited warranties outline the exclusive remedy for all claims based on a
failure or defect in any of these products. They are in lieu of all other warranties
whether written, oral, implied or statutory.
Under no circumstance shall UV Dynamics have any liability for liquidated
damages for collateral, consequential or special damages, or for loss of profits, or
for actual losses or for loss of production or progress of construction, regardless of
the cause of such damages or losses. In any event, UV Dynamics aggregate total
liability shall not exceed the specific product purchase price. The purchaser agrees
to indemnify and hold harmless UV Dynamics from all claims by third parties in
excess of these limitations.
UV Dynamics does not assume any liability for personal injury or property
damage caused by the use or misuse of any of its products. UV Dynamics shall not
in any event be liable for special, incidental, indirect or consequential damages. UV
Dynamics liability shall, in all instances, be limited to replacement of the defective
product or part and this liability will terminate upon expiration of the applicable
warranty period.
SPECIFCATIONS & WARRANTY
note 1 –actual flow rates may be up to 12% less due to flow regulator variability
10
WWW.UVDYNAMICS.COM
UVDynamics
a Castle Circuits Inc. Business Group
315 Neptune Crescent
London, Ontario
Canada, N6M 1A9
t 800.667.4629 f 519.452.1701
email [e-mail]
Product Specification
8.40C
11.40C
14.40C
20.40C
Maximum rated Flow Rate @
40mj/cm2- note 1
8.7 gpm
(32.9lpm)
(1.97m3/hr)
11.0 gpm
(41.6lpm)
(2.49m3/hr)
14.5 gpm
(54.8lpm)
(3.28m3/hr)
20.2 gpm
(76.4lpm)
(4.58m3/hr)
Dynamic Flow Regulator
yes
yes
yes
yes
Isolated Solenoid Drive
yes
yes
yes
yes
Cold Spot FanTM
yes
yes
yes
yes
Lamp watts
49watts
64watts
84watts
112watts
Total watts
63watts
81watts
103watts
136watts
AC Supply Voltage
120V 47-63Hz
(240V 47-63Hz)
120V 47-63Hz
(240V 47-63Hz)
120V 47-63Hz
(240V 47-63Hz)
120V 47-63Hz
(240V 47-63Hz)
Annual Lamp Change Timer
yes
yes
yes
yes
Lamp Change Grace Period
28 days maximum
28 days maximum
28 days maximum
28 days maximum
Grace Period Audio Alarm Disable
yes (7day increments)
yes (7day increments)
yes (7day increments)
yes (7day increments)
Reactor Chamber Material
304 SS
304SS
304SS
304SS
Operating Pressure Range
15psi (103kPa) -100psi
(689kPa)
15psi (103kPa) -100psi
(689kPa)
15psi (103kPa) -100psi
(689kPa)
15psi (103kPa) -100psi
(689kPa)
Ambient Temperature
15 - 40C (60 - 104F)
15 - 40C (60 - 104F)
15 -40C (60 - 104F)
15 - 40C (60 - 104F)
Water Temperature Range
4 –25C (40 –77F)
4 –25C (40 –77F)
4 –25C (40 –77F)
4 –25C (40 –77F)
Lamp Service Life
9000hrs
9000hrs
9000hrs
9000hrs
Chamber Dimensions (L x D x W)
24.25” x 4” x 6.5”
(61.6 x 10.2 x 16.5cm)
32.5” x 4” x 6.5”
(82.5 x 10.2 x 16.5cm)
39.75” x 4” x 6.5”
(101 x 10.2 x 16.5cm)
50.5” x 4” x 6.5”
(128.3 x 10.2 x 16.5cm)
Chamber diameter
3.5” (8.9cm)
3.5” (8.9cm)
3.5” (8.9cm)
3.5” (8.9cm)
Controller Dimensions (L x D x W)
10” x 1.7” x 2.3”
(25.4 x 4.3 x 5.8cm)
10” x 1.7” x 2.3”
(25.4 x 4.3x5.8cm)
10” x 1.7” x 2.3”
(25.4 x 4.3 x 5.8cm)
10” x 1.7” x 2.3”
(25.4 x 4.3 x 5.8cm)
Shipping Weight
10lbs (5kg)
13lbs (6kg)
14lbs (6.8kg)
17lbs (8.6kg)
Inlet/Outlet Port Size
¾” FNPT inlet
¾”MNPT outlet
1” MNPT inlet
¾” MNPT outlet
1” MNPT inlet
1” MNPT outlet
1’’ MNPT inlet
1” MNPT outlet
© COPYRIGHT 2019UVDynamics –a Castle Circuits Inc. Business Group All RIGHTS RESERVED
System tested and certified by IAPMO
against:
NSF/ANSI 55 Class A
NSF/ANSI 61
NSF/ANSI 372
CSA-B483.1