Luminor RAINIER User manual

RAINI E R
Series
RAINI E R
4.0
RAINI E R
5.0
RAINI E R
6.0
Operation & Installation
Instructions
ILLUMINATING
TECHNOLOGIES
FOR LIFE

Table of Contents
Product Matrix............................................................................................................. 1
Safety Considerations ................................................................................................ 2
Before You Begin......................................................................................................... 3
Water Quality Parameters........................................................................................... 3
Assembly..................................................................................................................... 4
System Sizing.............................................................................................................. 5
Installation Location ................................................................................................... 5
Considerations Before Installation ............................................................................ 6
Installation................................................................................................................... 7
System Preparation .................................................................................................... 9
Cleaning the quartz sleeve ......................................................................................... 9
Cleaning the UV sensor ............................................................................................ 10
Operation - Control Panel ......................................................................................... 11
Operation - 3-Position Switch................................................................................... 11
Operation - Power-up ................................................................................................ 12
Operation - UV Intensity............................................................................................ 12
Operation - Major & Minor Alarm Set Points .......................................................... 13
Operation - Lamp Countdown .................................................................................. 13
Operation - Lamp Countdown Reset........................................................................ 13
System Troubleshooting........................................................................................... 14
Expansion Options.................................................................................................... 15
Specications....................................................................................................... 16-17
Warranty Registration ............................................................................................... 18
Limited Warranty Statement .................................................................................... 19

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Product Matrix
SYSTEM
“Normal”
30 mJ/cm2
@ 95% UVT
LOW UVT
30 mJ/cm2
@ 50% UVT
TOC
150 mJ/cm2
@ 95% UVT
1-lamp
“35” series
LR5-35X LR5-35X LR5-35X-TOC
LR6-35X LR6-35X-50 LR6-35X-TOC
1-lamp
“55” series
LR5-55X LR5-55X LR5-55X-TOC
LR6-55X LR6-55X-50 LR6-55X-TOC
1-lamp
“85” series
LR5-85X LR5-85X LR5-85X-TOC
LR6-85X LR6-85X-50 LR6-85X-TOC
2-lamp
“110” series
LR5-110X LR5-110X LR5-110X-TOC
LR6-110X LR6-110X-50 LR6-110X-TOC
2-lamp
“140” series
LR5-140X LR5-140X LR5-140X-TOC
LR6-140X LR6-140X-50 LR6-140X-TOC
2-lamp
“175” series
LR5-175X LR5-175X LR5-175X-TOC
LR6-175X LR6-175X-50 LR6-175X-TOC
North American 120V order with “1” sufx
European CEE 7/7, 3-wire for all 230V - “2” sufx
British Standard, BS 1363, 3-wire for all 230V - “3” sufx
Australian/New Zealand, AS/NZ 3112, 3-wire for all 230V - “4” sufx
North American, NEMA 6-15, 3 prong for all 230V - “5” sufx

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Safety Considerations
It is important that care is taken when operating and/or maintaining your system.
Please read the instructions
• Energy given off by the UV lamp is harmful to your eyes and skin. NEVER look
directly at an illuminated UV lamp without adequate eye protection and always
protect your skin from direct exposure to the UV light.
• WARNING: Do not operate the UV-C emitter when it is removed from the appliance
enclosure.
• The appliance is to be supplied through a residual current device (RCD) having a
rated residual operating current not exceeding 30 mA.
• This appliance contains a UV-C emitter.
• Unintended use of the appliance or damage to the housing may result in the
escape of dangerous UV-C radiation. UV-C radiation may, even in little doses,
cause harm to the eyes and skin.
• The appliance must be disconnected from the supply before replacing the UV-C
emitter.
• The appliance is intended to be permanently connected to the water mains and not
connected by a hose-set.
• Maximum working voltage of built-in UV driver U-OUT=240V
• If the power supply cord is damaged, it must be replaced by the manufacturer, its
service agent or similarly qualied persons in order to avoid a hazard.
• Before servicing this equipment, disconnect the power cord from the electrical
outlet.
• Use ONLY genuine replacement parts.
• Do not operate the unit if it has any damaged or missing components.
• To avoid possible electrical shock, use only with a properly grounded electrical
outlet.
• Never perform any maintenance to the system unless you are comfortable in doing
so. Contact the manufacturer for service instructions if required.
• Do not use this system for any purpose other than what it was intended for. Misuse
of this system could potentially cause harm to the user or others.
• Your system is intended to be installed indoors and away from leaking plumbing.
DO NOT plug the unit in if the system or any of the electrical components are wet.
• The system should be directly installed into a ground fault circuit interrupter
(GFCI). Please note that for 230 volt RAINIER products, special High-current
GFCI’s (GFI’s) are required. These special GFCI’s can easily be obtained through
an electrical supply house, or are readily available from a local spa/hot tub supply
store as they are commonly used in these applications.

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• The appliance is not to be used by persons (including children) with reduced
physical, sensory or mental capabilities, or lack of experience and knowledge,
unless they have been given supervision or instruction.
• Children should be supervised so that they do not to play with the appliance.
• We recommend that a licensed plumber or certied technician install the system.
Before you begin
Water Quality Parameters
Treated water should be tested for at the least the parameters listed below. If the
water exceeds the listed parameters LUMINOR strongly recommends that appropriate
pretreatment equipment be installed (equipment required will depend on parameters
being treated):
Hardness: <7 gpg (120 mg/L) – if hardness level is 7 gpg or slightly
below the quartz sleeve must be cleaned periodically in order
to ensure efcient UV penetration; if above the water must be
softened.
Iron (Fe): <0.3 ppm (0.3 mg/L)
Manganese (Mn): <0.05 ppm (0.05 mg/L)
Turbidity: < 1 NTU
Tannins (organics): <0.1 ppm (0.1 mg/L)
UVT (transmittance): >85% (Please contact LUMINOR if water has a UVT that is
less than 80% for pre-treatment recommendations)
You can have your water tested at a private analytical laboratory or by your local
dealer. It is always recommended to install pre-ltration of at least 5 microns prior to a
LUMINOR UV system.
Installation Tools
• Pipe cutter, hacksaw or other specialized tools required to cut into your existing
plumbing (e.g. if you have PEX piping)
• Soldering tools (torch, ux, emery cloth and solder)
• Wrench (for tightening ttings)
• Inlet/outlet connections
• Teon™ tape
THIS PRODUCT IS NOT TO BE USED FOR GENERAL LIGHTING / ILLUMINATION.

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Assembly
Unpack the system and ensure all the components are included with the system.
Your System is shipped with the following components:
Figure 1. RAINIER System Components
CONTROL PANEL
210050 - 1 lamp 230V
210051 - 1 lamp 230V,
low UVT
210052 - 2 lamp 230V
210053 - 2 lamp 230V,
low UVT
210135 - 1 lamp 120V
210136 - 2 lamp 120V
GLOW PLUG
(LR5 series only)
300016 Complete Assembly
310026 Glow Plug
310040 O-ring
390007 Brass Nut
UV SENSOR
(LR6 series only)
RS-RUV
310040 Sensor O-ring
IEC POWER CABLE
260009 North American
NEMA 6-15, IEC (230V.)
260005 European, CEE 7/7
260008 British, BS 1363
260006 Australian/New Zealand,
AS/NS 3112
260004 North American
NEMA 5-15, (110V.)
Note: see specication table
for specialty applications
GLAND NUT
300046 Open End
O-RING
310043
QUARTZ SLEEVE
RQ-500 (“35” series)
RQ-720 (“55” & “110” series)
RQ-843 (“140” series)
RQ-1000 (“85” & “175” series)
UV LAMP
RL-500A (“35” series)
RL-500A-TOC (“35-TOC” series)
RL-720A (“55” & “110” series)
RL-720A-TOC (“55-TOC” &
“110-TOC” series)
RL-843A (“140” series)
RL-843A-TOC (“140-TOC” series)
RL-1000A (“85” & “175” series)
RL-1000A-TOC (“85-TOC” &
“175-TOC” series)
SLEEVE SPRING
310206 (2 for 1-lamp, 4 for 2-lamp)
O-RING
310043
GLAND NUT
310042 Closed End

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System Sizing
All LUMINOR UV systems are rated for a specic ow rate in water that meets the
quality parameters. PLEASE NOTE: increasing the ow above this rating or treating
water that does not meet the quality parameters will decrease the dose and therefore
compromise the efcacy of the system.
If you need to determine your maximum ow rate, you can ll a 1 gallon bucket with
water and time how long it takes to ll up. It is always better to oversize your system
then to undersize. For example, if your pump delivers 40GPM, it is recommended to
install a RAINIER 58 GPM system.
Installation Location
Find a suitable location to mount the UV reactor and the accompanying control panel.
In choosing your location ensure that the panel is located within 5 feet of a ground
fault circuit interrupter (GFCI) and that there is easy access to the main cold water line
prior to any branch lines and before the hot water heater. If you have any other water
treatment equipment, such as a softener or water lter, ensure that the UV is the last
piece of treatment equipment. PLEASE NOTE: All LUMINOR UV systems are intended
for indoor use only as they should not be exposed to the elements.
There are two different sizes of RAINIER control panels, depending on which system is
purchased. See Figure 2 below for 1-lamp systems, Figure 3 for 2-lamp systems.
Figure 3. 2-Lamp Systems
Figure 2. 1-Lamp Systems
8.27”
210 mm
14.74”
374 mm
12.60”
320 mm
6.06”
154 mm

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Considerations Before Installation
• The UV system should always be the last piece of treatment before the water
branches off to any hot or cold water lines.
• LUMINOR strongly recommends that a 5 micron lter be installed before the UV
system for a nal polishing step before the water is treated.
• The reactor can be installed either horizontally or vertically, however vertical
installation is the preferred method with the inlet at the bottom (lamp connection
at the top) as it allows any air that may be in the lines to be easily purged from the
UV system.
• If you do not know the ow rate of the water supply in the application, it is
recommended that you use a ow restrictor so that the rated ow of your
particular RAINIER system is not exceeded and the UV dose is not compromised.
The ow restrictor should be installed on the outlet port of the reactor.
To facilitate lamp removal, ensure there is enough space on the end with the open
gland nut to safely remove the UV lamp and/or quartz sleeve (a space equal to the
length of the unit will sufce) (see Figure 4).
Figure 4. Lamp Removal Spacing
PLEASE NOTE: ALL LUMINOR UV SYSTEMS ARE INTENDED FOR INDOOR USE
ONLY AS THEY SHOULD NOT BE EXPOSED TO THE ELEMENTS.

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• It is strongly recommended to have a licensed plumber connect the UV reactor to
the water supply and may be a requirement depending on where you are located.
If you are attempting this yourself, ensure you have all the necessary tools and
ttings to accomplish this task.
• Although there are many methods of installation, this manual will provide a
recommended procedure using copper plumbing and standard soldering methods.
LUMINOR recommends the use of unions, a bypass assembly and shut-off valves
as this will allow you to isolate and remove the UV reactor if necessary (this is
a recommended method only as it allows for the maximum convenience but it
requires extra components and more time for installation).
Installation
Step 1: Before you cut into the cold water line,
measure and cut all piping as per the recommended
layout. Once all the components are ready, start by
installing the female adapters onto the ports of the
reactor. To ensure a proper seal, the use of Teon™
tape is recommended on all threaded connections.
Step 2: Solder whole assembly together; including ball
valves and unions. Connect the bypass assembly to
the cold water feed line (water in and water out).
Step 3: **Skip this step if the system arrived with the quartz sleeve(s) installed.**
Once the system has been plumbed in, gently remove the quartz sleeve from its
packaging using cotton gloves. Carefully slide the sleeve into the reactor, ensuring that
it is centered, until it is all the way through the reactor and the amount of sleeve is even
on both sides. Slide one O-ring onto each side of the sleeve, until they are butted up
against the reactor. Repeat this step for the second sleeve on a 2-lamp system.
Step 4: Install the UV sensor (if applicable). Align
the at portion so it faces the gland nut end and
matches up with the half metal lip on the sensor
port (see Figure 6). Insert the sensor so it is fully
seated and hand tighten the sensor nut.
Step 5: Hand tighten the provided gland nut
over the quartz sleeve onto the threaded end
of the reactor. It has a positive stop to prevent
over-tightening. A rm force may be required
to fully tighten the gland nut, but DO NOT USE
TOOLS for this step. Insert the provided stainless
steel compression spring into the quartz sleeve.
The spring works with the lamp and LUMI-Loc™
connector to create the proper lamp alignment.
PLEASE NOTE: DO NOT install a UV lamp inside
the quartz sleeve without the sleeve spring in
place. Plug the male connector into the sensor
port located on the bottom of the control panel,
(see Figure 7),
Figure 5. Quartz Sleeve
Installation
Figure 6. UV Sensor Installation
Figure 7. Sensor Connection

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Step 5: The reactor is now ready for water ow. When all plumbing connections have
been completed you should check for any possible leaks. Slowly turn on the water
supply and check for leaks. Make sure that any bypass valves are functioning properly
and that the water is owing through the reactor. The most common leak is from the
o-rings not making a proper seal on the reactor. If this is the case turn the water off,
drain the reactor, remove each o-ring, dry them and reapply silicon grease. Replace
each o-ring ensuring they are properly sealed against the reactor, re-tighten the gland
nuts and check again for leaks.
Step 6: Mount the control panel to the wall so it is above or beside the reactor, to
ensure that no moisture can deposit on any of the connections. The control panel can
be mounted up to 8 feet away from the reactor.
Step 7: Using cotton gloves, remove the lamp from its packaging, making sure to only
touch the ceramic ends of the lamp. Insert the UV lamp into the reactor, being careful
not to drop it. Repeat this step for a 2-lamp system.
Step 8: Plug the LUMI-Loc™ lamp connector into the lamp, being careful to not crack
the ceramic. Note the keying for proper alignment (see Figure 8). Insert the lamp
connector into the gland nut and turn the connector approximately 1/4 turn to lock the
connector to the gland nut (see Figure 9)
*Note: Repeat Steps 12 & 13 for 2-lamp system.
Step 9: Afx the ground wire to the ground lug on the UV reactor to ensure proper
grounding continuity (see Figure 10).
Step 10: Your system is now ready to be plugged into the appropriate GFCI protected
outlet. Refer to the following section before any water is allowed to ow through the
system.
Figure 10. Ground Screw
Connection
Figure 8.
UV Lamp
Connection
Figure 9.
LUMI-Loc™
Connector

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Care & Maintenance
System Preparation
With a new installation, or any time the UV system is shut down for service, without
power, or is inoperative for any other reason, the lines in the home or facility could
be contaminated. Use the following steps to prepare the lines throughout the entire
facility.
Step 1: Check for and remove any “dead ends” in the lines throughout the home as
these can harbor dirt and debris. Plug in the UV system and wait until it is ready for
operation.
Step 2: Remove the lter cartridge from the last sump and ll it with 1-2 cups of
household bleach (most are 5.25% chlorine). Replace the sump and slowly turn on the
water supply.
Step 3: At a water outlet, run the water until bleach can be smelled. Repeat this for
all faucets, toilets, shower heads, refrigerators, outdoor taps, the washing machine,
dishwasher, etc. at the home or facility. Once nished, wait a minimum of 30 minutes
before continuing.
Step 4: Reinstall the lter cartridge into the sump and ush the chlorine solution by
opening all faucets until chlorine can no longer be detected. Your UV system is ready to
use.
Cleaning the Quartz Sleeve
Depending on the water quality, the quartz sleeve may require periodic cleaning. At a
minimum, the quartz sleeve should be cleaned on an annual basis. The following steps
outline a basic cleaning procedure.
Step 1: If a bypass assembly is installed, shut the inlet valve off to prevent water ow
through the system. Otherwise, turn off main water inlet valve (and/or turn off the water
pump).
Step 2: Disconnect power cord of UV system from electrical outlet.
Step 3: Release water pressure by opening a downstream faucet and then close the
outlet shut-off valve (if any). If there is no outlet shut-off valve, expect water to drain from
the system as the head pressure in the system will cause the water to ow back down.
Step 4: Remove the captive ground screw from the ground lug on the UV reactor.
Step 5: Remove the lamp connector(s) from the reactor (gland nut) by pushing the
LUMI-Loc™ connector in and turning it ¼ turn counter-clockwise. Disconnect the lamp
connector(s) from the lamp(s). CAUTION: the lamp(s) may be hot!
Step 6: Being careful to touch only the ceramic ends, remove the lamp from the reactor.
Step 7: Unscrew the gland nuts from the reactor, exposing the ends of the quartz
sleeve(s).

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Step 8: While holding on to both ends of the sleeve carefully remove the o-ring from
the end opposite from the lamp connection and then pull the quartz sleeve out of the
reactor (ensure that no water enters the inside of the quartz sleeve); remove second
o-ring
Step 9: Using a soft, lint-free cloth or towel, wipe the sleeve down using a commercial
scale cleaner (i.e. CLR®or LIME-A-WAY®). This removes scaling or iron deposits that
may be on the outside of the quartz sleeve. Be careful not to get any moisture or liquids
inside of the sleeve.
Step 10: Dry the sleeve with separate cloth.
Step 11: Place the sleeve(s) back into the reactor following step 4 from installation
section.
Cleaning the UV Sensor
Depending on the water quality, the UV sensor may require periodic cleaning. At a
minimum, the UV sensor should be cleaned on an annual basis. The following steps
outline a basic cleaning procedure.
Step 1: If a bypass assembly is installed, shut the inlet valve off to prevent water ow
through the system. Otherwise, turn off the main water inlet valve (and/or turn off the
water pump).
Step 2: Disconnect power cord of UV system from electrical outlet.
Step 3: Release water pressure by opening a downstream faucet and then close the
outlet shut-off valve (if any). If there is no outlet shut-off valve, expect water to drain from
the system as the head pressure in the system will cause the water to ow back down.
Step 4: Place something under the reactor to catch any water that may come out of
the reactor during the removal of the UV sensor.
Step 5: Unscrew (counterclockwise) sensor nut from the reactor and pull the sensor
slowly out of the sensor port.
Step 6: Holding the sensor in your hand, wipe the at portion (sensor face) of the
sensor with isopropyl alcohol using a clean, lint-free cloth.
Step 7: Replace sensor following step 5 from the installation section of the manual.
CAUTION: PRIOR TO PERFORMING ANY MAINTENANCE ON YOUR
UV SYSTEM, YOU MUST ALWAYS DISCONNECT THE POWER (DO NOT SIMPLY
USE THE SWITCH ON THE FRONT OF THE CONTROL PANEL).

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Operation
The RAINIER system comes with a feature laden control
system that incorporates both the lamp driver (ballast) and
control features in one modular panel. The LED display
indicates remaining lamp life and total running hours, and
has audible and visual warings for lamp failure. With the
remote monitoring cable, the controller supports a remote-
on function, a 4-20mA status output and system ready,
system fault dry contacts making it solenoid ready.
RAINIER 3-Position Switch
The control panel features a 3-position user-selectable switch. This switch is NOT a
power switch and it should be noted that once the control panel is plugged into an
electrical outlet, the unit is powered and considered “ON”. The switch functions as
follows:
“ON” position
Power is supplied to the lamp(s) and the control panel will read
“ON” on the lower LED display on units without a UV sensor
installed and will read the intensity (or UV output) on units with a
UV sensor installed.
“OFF” position
Power is NOT supplied to the lamp(s) and the lamp(s) will be off.
The control panel will read “OFF” on the lower LED display.
“REMOTE” position
In this position, the control of the unit is placed in a remote
location (i.e. a computer) via an attached remote monitoring
cable (order PN 210010). Through this cable, the operator must
supply a 24 volt power source that will allow these “dry contacts”
to operate. The screens and the “ON” and “OFF” functions will now all be operated
remotely. While the UV control panel is in the remote position, EXTREME CAUTION
must be exercised around the UV reactor while servicing the UV lamps as they may be
turned on or off remotely without the operators knowledge or control.

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Power-up Sequence
Upon start up, the bottom LED on your RAINIER control panel will
countdown from 180 seconds as the system powers on. Once the
countdown is nished, the UV system is ready for use.
UV Output (RAINIER 6.0)
If your system is equipped with a UV sensor, your RAINIER control
panel will display the UV output in “% UV Intensity” or “mW/cm2”. The
default output is “% UV Intensity” and to toggle between these two
outputs, simply press the button located directly beneath the bottom
LED screen. The LED screen will indicate the level of UV intensity that
is being detected within the reactor by the sensor. Things that can
affect the UV Output negatively are poor water quality, scaling of the
quartz sleeve and/or sensor, lamp failure, expired lamp life and sensor
failure.
When the UV output drops to ~60%, the system will display a “LOW
UV” warning light in yellow and the system will emit an intermittent
audible chirp. When the UV output drops to ~50% the system will
display a “LOW UV” warning light in red and the system will emit
a constant audible alarm. Values below 50% may be unsafe for
consumption. Additionally, at this point, the control panel also
provides a signal to de-activate the ow of water if implemented in the
system. When the system registers a low UV condition, the only way
to silence the alarms is to correct the reason for this low UV condition.
If the LED reads “OFF” then the water from the system may be unsafe for consumption.
If any water does pass through the UV system during this period, please follow the
preparation procedure as outlined in this manual before the water is consumed.
The RAINIER LR5 system does not measure the level of disinfection; it simply
measures the “ON-OFF” status of the lamp. Please have your water checked for
microbiological contaminants on a regular basis.

13|Page
Major Alarm Set Points:
System No.
of Lamps
SYSTEM Intensity
(mW/cm2)
UVT(%)
1Regular, TOC, HW 17 50
1 Low UVT 13 50
2Regular, TOC, HW 15 50
2 Low UVT 10 50
Minor Alarm Set Points
System No.
of Lamps
SYSTEM Intensity
(mW/cm2)
UVT(%)
1Regular, TOC, HW 20.3 58
1 Low UVT 15.6 60
2Regular, TOC, HW 18 60
2 Low UVT 12 60
Lamp Countdown Sequence
The RAINIER control panel displays a countdown feature that displays the number of
hours remaining until a lamp change is required. At 512 hours until lamp change the
numerical lamp change value will begin to ash indicating that lamp expiration is near.
At “zero hours remaining”, the system registers an audible alarm. If you wish to silence
this audible alarm, simply press and hold down the button located directly beneath
the top LED screen for three seconds. PLEASE NOTE: During the condition of lamp
expiration, the water may be unsafe for consumption.
Lamp Replacement
After the lamp is expired, it must be replaced with the same part number as indicated
by the label on the reactor. Begin replacing the lamp by unplugging the power for the
controller, then refer to Installation for instructions on installing the new lamp. After
changing the lamp on the RAINIER systems, the control panel must be reset in order
for the system to begin its countdown function on the newly installed lamp. To reset,
simply press and hold down the button located directly beneath the top LED screen for
fteen seconds. Release the button and then unplug & plug the system back in. The
lamp countdown timer has now been reset.
*After lamps are expired, they must be replaced with the same part number as
indicated on the label on the reactor (see steps 5 & 6 on page 12 for how to replace
the lamp).

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System Troubleshooting
The RAINIER control panel continuously monitors your UV system and if there is
a problem with the system the panel will provide both a visual and audible signal
indicating the specic fault that it is detecting. The fault conditions are listed in a
priority sequence as follows:
System Display Problem Resolution
The system has detected
a problem with the lamp.
Replace lamp
If that does not resolve
the alarm, replace bal-
last.
The UV sensor is no
longer communicating
with the system.
1. Unplug controller
from outlet and
sensor from
controller
2. Plug sensor back in
and restart system
3. If FAIL is still
displayed, replace
sensor

15|Page
Expansion Options
Although features such as remote-on, system ready and fault dry contacts, and 4-20
mA output are built into the control panel, they require an optional cable as below.
Remote Monitoring Cable (for both 4-20mA and remote
monitoring options) Part # 210010
Includes connector and 10m (33’) of cable to provide
both a 4-20 mA signal, dry contacts for system ready,
fault signals and 24V DC remote-on input to a remote
location.
Contact your authorized distributor for purchasing information.

16|Page
LUMINOR Environmental Inc., Copyright 2021. Pricing subject to change without noce.
Page 49 To order, please call 519-837-3800 or email us at [e-mail]
SPECIFICATIONS
LUMINOR EQUIPMENT SPECIFICATIONS
MODEL 1
(See “Plug Type” for all
230 volt variants)
LR5
(non-monitored) LRX-355
LRX-355-50
LRX-355-TOC
LRX-555
LRX-555-50
LRX-555-TOC
LRX-855
LRX-855-50
LRX-855-TOC
LRX-1105
LRX-1105-50
LRX-1105-TOC
LRX-1405
LRX-1405-50
LRX-1405-TOC
LRX-1755
LRX-1755-50
LRX-1755-TOC
LR6
(UV-monitored)
Normal Flow Rate 30 mJ/cm2@ 95% UVT
35 GPM
(132 lpm)
(8 m3/hr.)
58 GPM
(220 lpm)
(13.2 m3/hr.)
85 GPM
(322 lpm)
(19.3 m3/hr.)
110 GPM
(416 lpm)
(25 m3/hr.)
140 GPM
(530 lpm)
(31.8 m3/hr.)
175 GPM
(662 lpm)
(39.7 m3/hr.)
Hot Water Flow Rate 30 mJ/cm2@ 75% UVT
22 GPM
(83 lpm)
(5 m3/hr.)
38 GPM
(144 lpm)
(8.6 m3/hr.)
60 GPM
(227 lpm)
(13.6 m3/hr.)
64 GPM
(242 lpm)
(14.5 m3/hr.)
81 GPM
(306 lpm)
(18.4 m3/hr.)
95 GPM
(360 lpm)
(21.6 m3/hr.)
LOW UVT Flow Rate 30 mJ/cm2@ 50% UVT
14 GPM
(53 lpm)
(3.2 m3/hr.)
23 GPM
(87 lpm)
(5.2 m3/hr.)
35 GPM
(133 lpm)
(8 m3/hr.)
36 GPM
(136 lpm)
(8.2 m3/hr.)
45 GPM
(170 lpm)
(10.2 m3/hr.)
51 GPM
(193 lpm)
(11.6 m3/hr.)
TOC Flow Rate 150 mJ/cm2@ 98% UVT
7 GPM
(26 lpm)
(1.6 m3/hr.)
12 GPM
(45 lpm)
(2.7 m3/hr.)
17 GPM
(64 lpm)
(3.9 m3/hr.)
22 GPM
(83 lpm)
(5 m3/hr.)
28 GPM
(106 lpm)
(6.4 m3/hr.)
35 GPM
(132 lpm)
(8 m3/hr.)
Alternate ow @ 16 mJ/cm2at 95% UVT
(US Public Health)
66 GPM 1
(250 lpm 1)
(15 m3/hr. 1)
109 GPM 2
(413 lpm 2)
(24.8 m3/hr. 2)
167 GPM 2
(632 lpm 2)
(37.9 m3/hr. 2)
207 GPM 3
(784 lpm 3)
(47 m3/hr. 3)
263 GPM 4
(996 lpm 4)
(59.7 m3/hr. 4)
327 GPM 5
(1240 lpm 5)
(74.3 m3/hr. 5)
Alternate ow @ 40 mJ/cm2at 95% UVT
27 GPM
(102 lpm)
(6.1 m3/hr.)
44 GPM
(167 lpm)
(10 m3/hr.)
67 GPM
(252 lpm)
(15.1 m3/hr.)
84 GPM
(318 lpm)
(19.1 m3/hr.)
106 GPM
(401 lpm)
(24.1 m3/hr.)
131 GPM
(496 lpm)
(29.8 m3/hr.)
Port Size 1 ½" MNPT 2" MNPT 2" MNPT 2 ½" MNPT 3" MNPT 4" MNPT Electrical
110V/60Hz. or 230V/50-60Hz. (IEC power cords required)(MUST specify voltage when ordering)
Power Plug
North American, 120V order with "1" sux
European, CEE 7/7, 3-wire for all 230V - "2" sux
Brish Standard, BS 1363, 3-wire for all 230V - "3" sux
Australian/New Zealand, AS/NZ 3112, 3-wire for all 230V - "4" sux
North American, NEMA 6-15, 3 prong for all 230V - "5" sux
Lamp Was 104 152 207 304 344 414 Power (was) 120 170 220 320 360 430 Replacement Lamp (@ 254 nm) RL-500A
(1 used) RL-720A
(1 used) RL-1000A
(1 used) RL-720A
(2 used) RL-843A
(2 used) RL-1000A
(2 used)
Replacement Lamp (TOC @ 185 nm) RL-500A-TOC
(1 used) RL-720A-TOC
(1 used) RL-1000A-TOC
(1 used) RL-720A-TOC
(2 used) RL-843A-TOC
(2 used) RL-1000A-TOC
(2 used)
Replacement Sleeve RQ-500
(1 used) RQ-720
(1 used) RQ-1000
(1 used) RQ-720
(2 used) RQ-843
(2 used) RQ-1000
(2 used)
Chamber Material 316L Stainless Steel, A249 Pressure Rated Tubing, Polished & Passivated Control Panel Dimensions 11.8 x 7.9 x 6.3" (30.0 x 20.0 x 16.0 cm) 15.8 x 11.8 x 6.3" (40.0 x 30.0 x 16.0 cm)
Reactor Dimensions 4 x 27.2 x 5.6"
(10 x 69 x 14 cm)
4 x 35.8 x 5.6"
(10 x 91 x 14 cm)
4 x 46.8 x 5.6"
(10 x 119 x 14 cm)
6 x 35.8 x 7.9"
(15 x 91 x 20 cm)
6 x 40.6 x 7.9"
(15 x 103 x 20 cm)
6 x 46.8 x 7.9"
(15 x 119 x 20 cm)
Maximum Operang Pressure 10.3 bar (150 psi) Opmum Water Temperature 2-40° C (36-104° F) 254nm UV Intensity Monitor YES (on LR6 series) Upgradeable (on LR5 series) Remote-On YES (requires cable) Dry Contacts (solenoid ready) YES (requires oponal 210010 cable assembly sold separately)
4-20 mA Output YES (requires oponal 210010 cable assembly sold separately)
Temperature Management Valve 130034 NA Cooling Fan YES (oponal 130018 (NA), 130019 (Euro), 130020 (Brish), 130021 (Australia/NZ))
Lamp Age Counter YES Visual Lamp-Out Indicator YES Audible Lamp-Out Alarm YES Shipping Weight Call factory Call factory Call factory Call factory Call factory Call factory
RAINIER, Light Commercial Amalgam UV systems
RAINIER
Series
RAINIER
4.0
RAINIER
5.0
RAINIER
6.0
Note: 1. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 52 gpm (197 lpm) (11.8 m3/hr.) for 1 ½" port
2. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 85.8 gpm (325 lpm) (19.5 m3/hr.) for 2" port 3. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 122.4 gpm (463 lpm) (27.8 m3/hr.) for 2 ½" port 4. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 189 gpm (715 lpm) (42.9 m3/hr.) for 3" port 5. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 325.4 gpm (1232 lpm) (73.9 m3/hr.) for 4" port
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C

17|Page
LUMINOR Environmental Inc., Copyright 2021. Pricing subject to change without noce.
Page 49 To order, please call 519-837-3800 or email us at [e-mail]
SPECIFICATIONS
LUMINOR EQUIPMENT SPECIFICATIONS
MODEL 1
(See “Plug Type” for all
230 volt variants)
LR5
(non-monitored) LRX-355
LRX-355-50
LRX-355-TOC
LRX-555
LRX-555-50
LRX-555-TOC
LRX-855
LRX-855-50
LRX-855-TOC
LRX-1105
LRX-1105-50
LRX-1105-TOC
LRX-1405
LRX-1405-50
LRX-1405-TOC
LRX-1755
LRX-1755-50
LRX-1755-TOC
LR6
(UV-monitored)
Normal Flow Rate 30 mJ/cm2@ 95% UVT
35 GPM
(132 lpm)
(8 m3/hr.)
58 GPM
(220 lpm)
(13.2 m3/hr.)
85 GPM
(322 lpm)
(19.3 m3/hr.)
110 GPM
(416 lpm)
(25 m3/hr.)
140 GPM
(530 lpm)
(31.8 m3/hr.)
175 GPM
(662 lpm)
(39.7 m3/hr.)
Hot Water Flow Rate 30 mJ/cm2@ 75% UVT
22 GPM
(83 lpm)
(5 m3/hr.)
38 GPM
(144 lpm)
(8.6 m3/hr.)
60 GPM
(227 lpm)
(13.6 m3/hr.)
64 GPM
(242 lpm)
(14.5 m3/hr.)
81 GPM
(306 lpm)
(18.4 m3/hr.)
95 GPM
(360 lpm)
(21.6 m3/hr.)
LOW UVT Flow Rate 30 mJ/cm2@ 50% UVT
14 GPM
(53 lpm)
(3.2 m3/hr.)
23 GPM
(87 lpm)
(5.2 m3/hr.)
35 GPM
(133 lpm)
(8 m3/hr.)
36 GPM
(136 lpm)
(8.2 m3/hr.)
45 GPM
(170 lpm)
(10.2 m3/hr.)
51 GPM
(193 lpm)
(11.6 m3/hr.)
TOC Flow Rate 150 mJ/cm2@ 98% UVT
7 GPM
(26 lpm)
(1.6 m3/hr.)
12 GPM
(45 lpm)
(2.7 m3/hr.)
17 GPM
(64 lpm)
(3.9 m3/hr.)
22 GPM
(83 lpm)
(5 m3/hr.)
28 GPM
(106 lpm)
(6.4 m3/hr.)
35 GPM
(132 lpm)
(8 m3/hr.)
Alternate ow @ 16 mJ/cm2at 95% UVT
(US Public Health)
66 GPM 1
(250 lpm 1)
(15 m3/hr. 1)
109 GPM 2
(413 lpm 2)
(24.8 m3/hr. 2)
167 GPM 2
(632 lpm 2)
(37.9 m3/hr. 2)
207 GPM 3
(784 lpm 3)
(47 m3/hr. 3)
263 GPM 4
(996 lpm 4)
(59.7 m3/hr. 4)
327 GPM 5
(1240 lpm 5)
(74.3 m3/hr. 5)
Alternate ow @ 40 mJ/cm2at 95% UVT
27 GPM
(102 lpm)
(6.1 m3/hr.)
44 GPM
(167 lpm)
(10 m3/hr.)
67 GPM
(252 lpm)
(15.1 m3/hr.)
84 GPM
(318 lpm)
(19.1 m3/hr.)
106 GPM
(401 lpm)
(24.1 m3/hr.)
131 GPM
(496 lpm)
(29.8 m3/hr.)
Port Size 1 ½" MNPT 2" MNPT 2" MNPT 2 ½" MNPT 3" MNPT 4" MNPT Electrical
110V/60Hz. or 230V/50-60Hz. (IEC power cords required)(MUST specify voltage when ordering)
Power Plug
North American, 120V order with "1" sux
European, CEE 7/7, 3-wire for all 230V - "2" sux
Brish Standard, BS 1363, 3-wire for all 230V - "3" sux
Australian/New Zealand, AS/NZ 3112, 3-wire for all 230V - "4" sux
North American, NEMA 6-15, 3 prong for all 230V - "5" sux
Lamp Was 104 152 207 304 344 414
Power (was) 120 170 220 320 360 430 Replacement Lamp (@ 254 nm) RL-500A
(1 used) RL-720A
(1 used) RL-1000A
(1 used) RL-720A
(2 used) RL-843A
(2 used) RL-1000A
(2 used)
Replacement Lamp (TOC @ 185 nm) RL-500A-TOC
(1 used) RL-720A-TOC
(1 used) RL-1000A-TOC
(1 used) RL-720A-TOC
(2 used) RL-843A-TOC
(2 used) RL-1000A-TOC
(2 used)
Replacement Sleeve RQ-500
(1 used) RQ-720
(1 used) RQ-1000
(1 used) RQ-720
(2 used) RQ-843
(2 used) RQ-1000
(2 used)
Chamber Material 316L Stainless Steel, A249 Pressure Rated Tubing, Polished & Passivated Control Panel Dimensions 11.8 x 7.9 x 6.3" (30.0 x 20.0 x 16.0 cm) 15.8 x 11.8 x 6.3" (40.0 x 30.0 x 16.0 cm)
Reactor Dimensions 4 x 27.2 x 5.6"
(10 x 69 x 14 cm)
4 x 35.8 x 5.6"
(10 x 91 x 14 cm)
4 x 46.8 x 5.6"
(10 x 119 x 14 cm)
6 x 35.8 x 7.9"
(15 x 91 x 20 cm)
6 x 40.6 x 7.9"
(15 x 103 x 20 cm)
6 x 46.8 x 7.9"
(15 x 119 x 20 cm)
Maximum Operang Pressure 10.3 bar (150 psi) Opmum Water Temperature 2-40° C (36-104° F) 254nm UV Intensity Monitor YES (on LR6 series) Upgradeable (on LR5 series) Remote-On YES (requires cable) Dry Contacts (solenoid ready) YES (requires oponal 210010 cable assembly sold separately)
4-20 mA Output YES (requires oponal 210010 cable assembly sold separately)
Temperature Management Valve 130034 NA Cooling Fan YES (oponal 130018 (NA), 130019 (Euro), 130020 (Brish), 130021 (Australia/NZ))
Lamp Age Counter YES Visual Lamp-Out Indicator YES Audible Lamp-Out Alarm YES Shipping Weight Call factory Call factory Call factory Call factory Call factory Call factory
RAINIER, Light Commercial Amalgam UV systems
RAINIER
Series
RAINIER
4.0
RAINIER
5.0
RAINIER
6.0
Note: 1. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 52 gpm (197 lpm) (11.8 m3/hr.) for 1 ½" port
2. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 85.8 gpm (325 lpm) (19.5 m3/hr.) for 2" port 3. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 122.4 gpm (463 lpm) (27.8 m3/hr.) for 2 ½" port 4. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 189 gpm (715 lpm) (42.9 m3/hr.) for 3" port 5. Based on ow velocity of 8.2 /sec (2.5 m/sec.), ow rate limited to 325.4 gpm (1232 lpm) (73.9 m3/hr.) for 4" port
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C

18|Page
Limited Warranty Statement:
Products manufactured by LUMINOR Environmental Inc., (LUMINOR) are warranted to
the original user only to be free of defects in material and workmanship for a period
as specied below. This warranty only applies to the original purchaser and is not
transferable.
UV SYSTEMS
Ten (10) year Limited Warranty on the stainless steel reactors, from the
date of original purchase, or installation (proper documentation required for
verication).
ELECTRONICS
Three (3) year Limited Warranty on the ballasts and control panels, from the
date of original purchase, or installation (proper documentation required for
verication).
UV LAMPS, UV SENSORS & QUARTZ SLEEVES
One (1) year Limited Warranty on all LUMINOR ultraviolet lamps, UV sensors
and quartz sleeves from the date of original purchase, or installation (proper
documentation required for verication).
LUMINOR warrants that it will repair, replace or refund, at LUMINOR’s sole option, any
ultraviolet system or component that is defective in materials or workmanship for the
period as outlined above, subject to the “Limitations of Warranty” as outlined below.
LUMINOR’s liability under this warranty shall be limited to repairing or replacing at
LUMINOR’s option, without charge, F.O.B. LUMINOR’s factory or authorized service
depot, any product that LUMINOR manufactures. LUMINOR will not be liable for any
costs of removal, installation, transportation, or any other charges which may arise in
connection with a warranty claim. Products which are sold but not manufactured by
LUMINOR are subject to the warranty provided by the manufacturer of said products
and not by LUMINOR’s warranty. LUMINOR will not be liable for damage or wear
to products caused by abnormal operating conditions, accident, abuse, misuse,
unauthorized alteration or repair, or if the product was not installed in accordance with
LUMINOR’s printed installation and operating instructions.
LIMITATIONS OF WARRANTY
This warranty does not apply to any of the following:
• Water Quality Parameters lie outside of the following ranges
• Hardness > 120 mg/L (7 gpg)
• Iron > 0.3 mg/L (ppm)
• Manganese > 0.05 mg/L (ppm)
• Tannins > 0.1 mg/L (ppm)
• Turbidity > 1 NTU
• Transmittance (UVT) < 75%
• A product that has been incorrectly installed according to the technical installation
manual.
• A product that has been modied in any manner, unless approved by the
manufacturer.
• A product where the serial number has been altered defaced or removed.
• Damage caused by the use of parts that are not compatible, suitable and/or
authorized by LUMINOR for use with the product (e.g. non-original lamps or sleeves).