Luminor EVEREST 5.0 Installation instructions

Installation & Operation
Instructions
Rev C
ILLUMINATING
TECHNOLOGIES
FOR LIFE
5.0 / 6.0

Table of Contents
Product Matrix............................................................................................................. 1
Safety Considerations ................................................................................................ 2
Water Quality Parameters........................................................................................... 3
System Sizing.............................................................................................................. 3
Assembly..................................................................................................................... 4
Installation................................................................................................................... 6
Maintenance of UV System........................................................................................ 8
Cleaning the quartz sleeve ......................................................................................... 8
Cleaning the UV sensor .............................................................................................. 9
Operation ................................................................................................................... 10
EVEREST Control Panel ............................................................................................ 10
EVEREST 3-Position Switch...................................................................................... 11
EVEREST Power-up Sequence ................................................................................. 12
Major Alarm Set Points ............................................................................................ 12
Minor Alarm Set Points ............................................................................................ 12
EVEREST Lamp Countdown Sequence ................................................................... 12
EVEREST Lamp Replacement .................................................................................. 13
EVEREST Lamp Countdown Reset Sequence......................................................... 13
EVEREST Failure Modes........................................................................................... 13
EVEREST Options...................................................................................................... 14
Remote monitoring output denitions..................................................................... 14
Flow Curves............................................................................................................... 15
Equipment Specications ........................................................................................ 18
Limited Warranty Statement .................................................................................... 20
Electrical Schematics for LEX-A42 .......................................................................... 22
Electrical Schematics for LEX-A62 .......................................................................... 27
Electrical Schematics for LEX-A72 .......................................................................... 32

1
Product Matrix
SYSTEM
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
“Normal”
30 mJ/cm2
@ 95% UVT
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
Hot Water
30 mJ/cm2
@ 75% UVT
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
LOW UVT
30 mJ/cm2
@ 50% UVT
Replacement Lamps Municipal Low UVT
Hot Water UV Sensors Replacement Parts
Controller Replacement Sleeves TOC
Multi-Use Light Commercial Commercial
T
C
TOC
150 mJ/cm2
@ 95% UVT
4-Lamp “A42”
series
LE5-A42 LE5-A42-HW LE5-A42 LE5-A42-TOC
LE6-A42 LE6-A42-HW LE6-A42-50 LE6-A42-TOC
6-Lamp “A62”
series
LE5-A62 LE5-A62-HW LE5-A62 LE5-A62-TOC
LE6-A62 LE6-A62-HW LE6-A62-50 LE6-A62-TOC
7-Lamp “A72”
series
LE5-A72 LE5-A72-HW LE5-A72 LE5-A72-TOC
LE6-A72 LE6-A72-HW LE6-A72-50 LE6-A72-TOC

2
Safety Considerations
It is important that care is taken when operating and/or maintaining your system.
Please read the instructions
• 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.
• WARNING: During periods of reduced water ow, reactor may be hot.
• Children should be supervised so that they do not to play with the appliance.
• 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
• Before servicing this equipment, disconnect the power.
• 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.
• Use ONLY genuine replacement parts.
• Do not operate the unit if it has any damaged or missing components.
• To avoid possible electrical shock, ensure the unit is properly grounded.
• 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.
• This system is intended to be installed indoors and away from leaking plumbing.
DO NOT power the unit if the system or any of the components are wet.
• We recommend that a licensed plumber or certied technician install the system.
THIS PRODUCT IS NOT TO BE USED FOR GENERAL LIGHTING / ILLUMINATION.

3
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: <7GPG (120 mg/L) – if hardness level is 7 GPG (grains per
gallon) 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 your water has a UVT that
is less than 80% for pre-treatment recommendations)
Chlorine (Cl): <4 ppm (4.0 mg/L)
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.
System Sizing
All LUMINOR UV Systems are rated for a specic ow under specic water quality
parameters. The equipment has been designed to ensure that the appropriate dose
will be delivered provided all the parameters are met. *PLEASE NOTE that unless a
ow restrictor is part of the installation, the system may pass more water through the
system than what the system is rated at. If this happens, the system may be delivering
a UV dose level that is below what may be expected. As a result, the maximum ow
specied in the equipment specications should be strictly adhered to (a lower ow is
not a concern as the dose will increase due to a longer contact time).
*Please note: It is always better to oversize your UV system than to undersize. There
will come a time where the water demand will reach the system’s maximum capacity.

4
Assembly
Step 1: Unpack the system and ensure all the components are included with the
system. Your system is shipped with the following components:
Item Description Item Description
1
Weldment, LE X -A X 2, 8” 316 SS 11 O-Ring, Everest 8” chamber (310090)
2 Front Plate 12*
Quartz sleeve (RQ-K2)
3* Gland nut, T6, open (300046) 13* O-Ring, T-6 gland seal (310043)
4* Gland nut, T6, closed (310042) 14 End cap, 8” Everest chamber
5 Plug, 3/4” NPT socket head, SS
(390018)
15 Plug, assy, sensor port (2 for LE5) (300016)
6 Plug, 1/4” NPT socket head, SS
(390019)
16 Roll pin, 1/4”OD x 1-5/8”, 302 SS (390023)
7 Bolt, 3/8”-16 UNC x 2” hex head
cap screw, SS (390020)
17 Screw, 10-32 × 3/8” stainless steel Phillips
drive pan head (390040)
8 Nut, 3/8”-16 UNC, SS (390021) 18* Lamp (RL-1000A / RL-1000A-TOC)
9 Washer, 3/8”, SS (390022) 19* Spring (3x per sleeve) (310206)
10 Sensor (LE6 only) (RS-EUV)
* Please note that quantities required for these items depend on the number of lamps in
the system.
14
18
3
13
12
7
11
10
15
5
4
17
6
1
2
8
9
16
19
Figure 1: Exploded View of LE6-A72
Figure 2: Bill of Materials and replacement parts for EVEREST

5
Step 2: All four, six, and seven lamp congurations use the same control panel, for
consistent and simple installation. PLEASE NOTE: All LUMINOR UV systems are
intended for indoor use only as they should not be exposed to the elements.
Step 3: There is only one size of EVEREST control panel, regardless of system size
purchased. Find a suitable location to mount the panel.
Step 4: Ensure that the UV reactor and control panel are mounted in accordance with
local regulations and with suitable hardware.
Each of the four, six, and seven lamp congurations utilize the same chamber, for
consistent and simple installation.
Figure 3: EVEREST Control Panel Dimensions
14.5
368
21.6
548
22.5
570
16.0
406
20.0
508
16.4
417
0.4
10
9.2
234
10.6
269
Front view Side view

6
Installation
The UV system can be installed in many congurations, and is equipped with vent
ports to eliminate hot air pockets in any orietantation.
Step 1: The UV system should always be the last piece of treatment before the water
branches off to hot or cold-water lines.
Step 2: LUMINOR strongly recommends that a 5 micron lter be installed BEFORE
the UV system for nal polishing step before the water is treated.
Step 3: The reactor can be installed either horizontally or vertically, however
horizontal installation is the preferred method (Figure 5a) with the inlet at the bottom
as it allows any air that may be in the lines to be easily purged from the UV system.
14.8
377
30.2
767
9.2
235
54.3±.4
1379±10
.50
12.7
4 PLACES
18.9
481
22.0
559
13.3
339
9.8
248
[43.3"]
1100
RECCOMENDED
SLEEVE CLEARANCE
(NOT TO SCALE)
Figure 4: LE5-A6/72 Chamber with showing sleeve clearance.
4 lamp systems require the same sleeve clearance.
Figure 5c: Alternate orientation.
Ensure chamber is vented
Figure 5a: Preferred installation orientation
Figure 5b: Alternate orientation. Ensure sensor
is on the bottom and chamber is vented

7
Step 4: 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
EVEREST system is not exceeded, and the UV dose is not compromised. The ow
restrictor should be installed on the outlet port of the reactor.
Step 5: The system is shipped with the quartz sleeves installed in the chamber and
has been pressure tested at the factory to 150 PSI. PLEASE NOTE: Do not install a UV
lamp inside the quartz sleeve without the sleeve springs in place.
Step 6: (Applicable only if you have a UV sensor).
Carefully remove the sensor from its packaging and
insert the sensor into the UV sensor port (Figure
6). There are two sensor ports on the chamber. It
is recommended to install on the bottom port if the
chamber is installed horizontally to avoid air bubbles
in front of the sensor. The sensor can only go in one
way. Ensure that the at potion of the UV sensor
matches up with the half metal lip on the sensor
port (at portion should face the lamp connection end) (see Figure 6) Ensure that the
sensor is fully seated in the sensor port and then tighten (turning clockwise) the sensor
nut. PLEASE NOTE: DO NOT over tighten the nut as this could damage the Teon
sensor body. Plug the male connector into the sensor port located on the bottom of the
control panel.
Step 7: The reactor is now ready for water ow. WARNING: Sudden lling of an empty
reactor could potentially break the protective quartz sleeves. It is strongly
recommended to gradually ll the empty reactor. Damage because of sudden lling is
not covered under warranty. 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 the by-pass valves are functioning properly and that the water is
owing through the reactor. The most common leak is from the O-rings (Figure 7) 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, retighten the gland nuts and
check again for leaks. WATER-HAMMER WARNING: Quartz
sleeves can break inside the reactor if water-hammer occurs.
Water hammer is caused by sudden closing of valves elsewhere
in the piping system. It is strongly recommended to ensure that
the piping and valve system is designed to prevent water-
hammer. Damage due to water-hammer is not covered by
warranty.
Step 8: The control panel can now be mounted on the wall. Is should always be 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. The control panel
requires a single phase, 208-240VAC 50/60Hz connection and should be hardwired in
accordance with local electrical code.
Step 9: Now you can remove the UV lamp from its packaging being careful not to touch
the lamp quartz with your hands. Again, the use of cotton gloves is recommended to
avoid depositing oils on the lamp glass. Always hold the lamp by the ceramic ends.
Carefully insert the UV lamp into the reactor sliding it inside the quartz sleeve located
inside the reactor. (Do not drop the lamp into the reactor).
Figure 7: O-ring in-
stallation on sleeve
Figure 6: LE6 Sensor installation
(left), LE5 Glow Plug installation
(right)

8
Step 10: Before the lamp is completely inserted into the sleeve, afx the lamp to the
lamp connector as shown in Figure 7. Afx the LUMI-Loc™ connector into the gland nut
by aligning the arrows with the pins in the nut and turning connector ¼ turn to lock the
connector to the gland nut.
Step 11: One lamp connector has a ground terminal. Afx the ground screw to the
ground lug on the UV reactor. Local codes may require additional grounding for the
piping system.
Step 12: Afx “Danger: Hot” label to the reactor.
Step 13: Your system is now ready to be powered on.
Maintenance of UV System
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 the system has an inlet shut-off valve, shut this valve off to prevent water
owing through the system. If there is not an inlet shut-off valve, turn off main water
inlet valve (and turn off water pump if you have one).
Step 2: Power off the system at the main disconnect.
Step 3: Close the outlet shut-off valve and release the water pressure by slowly
opening one of the drain ports.
Step 4: Completely drain the system of all water.
Step 5: Remove the captive ground screw from the ground lug on the UV reactor.
Step 6: Remove the lamp connector from the reactor (gland nut) by pushing the LUMI-
loc connector in and turning it ¼ turn counter-clockwise.
Step 7: Pull the lamp out of the reactor still attached to the connector.
Step 8: Remove the gland nut from each end of the reactor exposing the ends of the
quartz sleeve.
Step 9: Carefully remove the O-ring from the end opposite from the lamp connection
and then pull the quartz sleeve out of the reactor (ensure no water enters the inside of
the quartz sleeve; remove the second O-ring
Figure 8: Connecting socket to lamp base

9
Step 10: Using a soft, lint-free cloth or towel wipe the sleeve down using CLR® or LIME-
A-WAY® (or other commercial scale cleaner) to remove any scaling or iron deposits
that may be on the outside of the quartz sleeve. Be careful not to get any moisture or
liquids on the inside of the sleeve.
Step 11: Wipe the sleeve with separate dry cloth.
Step 12: Once the sleeve is cleaned slide it back into the reactor.
Step 13: Replace both O-rings, and repressurize the system.
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 the system has an inlet shut-off valve, shut this valve off to prevent water
owing through the system. If there is not an inlet shut-off valve, turn off main water
inlet valve (and turn off water pump if you have one).
Step 2: Power off the system at the main disconnect.
Step 3: Close the outlet shut-off valve and release the water pressure by slowly opening
one of the drain ports.
Step 4: Completely drain the system of all water.
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 as per instructions on page 7.

10
Operation
The LUMINOR Everest system comes with a feature laden control system that
incorporates both the lamp drivers (ballasts) and control features in one modular panel.
CAUTION: Prior to performing any maintenance on your UV system, you must always
disconnect power with the red disconnect switch.
EVEREST Control Panel
Remote switch
status
Individual lamp
status
LAMP 1
LAMP 2
LAMP 3
LAMP 4
LAMP 5
LAMP 6
LAMP 7
REMOTE
Countdown hours
(lamp life)
UV intensity (if
equipped)
Remote switch
Power
The control panel features power factor corrected and constant current lamp drivers.
Simplistic in operation, the panel features an LED display for remaining lamp life, total
running hours, audible and visual lamp failure, remote on and solenoid ready. When
the UV lamps are on, the LEDs on the panel will indicate the status of each lamp. If any
lamp is “OFF” and audible alarm will sound.
Please Note: If the LED reads “OFF” and the alarm is sounding then the water from
the system should NOT be consumed. If any water does pass through the UV system
during this period, treatment of the downstream system may be required. It should also
be noted that on the EVEREST5.0 system even though this system does have a visual
and audible warning built into the controls, the LED reading “ON” does not necessarily
indicate that the water coming form this system is in fact potable (safe to drink). This

11
system does not measure the level of disinfection; it simply measures the “ON-OFF”
status of the lamp. For a constant reassurance of safe water quality, you should
consider the EVEREST6.0 as it comes equipped with a UV sensor (you can also add the
optional RS-EUV sensor on all EVEREST5.0 systems). Please have your water checked
for microbiological contaminants on a regular basis.
EVEREST 3-position Switch
The control panel features a 3-position user-selectable switch. This switch is NOT a
power switch. The red disconnect switch or breaker should be used prior to servicing
the equipment
“ON” position
Power is supplied to the lamps and the controller 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. Please note that when rst starting the lamps, the
system will cycle through a declining numerical sequence while
the lamps reach full power.
“OFF” position
Power is NOT supplied to the lamps and the lamps will be off. The
controller will be reading “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 added remote cable. 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 be all operated remotely. While the
UV controller 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 operator’s knowledge or control. As a result, it is not recommended to
service the lamps while the controller is in the “REMOTE” mode. The system should be
physically disconnected from the power source, or the controller should be manually
switched to the “OFF” position while servicing the lamps.

12
EVEREST Power-up Sequence
The system will countdown from 180 seconds while the lamps are warming up.
If dry contacts are being used, the following logic will apply. The
EVEREST control panel will indicate when the system is ready for
treatment by the indicated countdown on the bottom LED screen.
During the countdown the “Ready for ow” logic is “NO”. After 180
seconds, the “Ready for ow” logic is “YES” and the system will
operate as intended.
If your system is equipped with a UV sensor, your EVEREST control
panel will display the UV output in either “% 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 UV output LED screen will
indicate the level of UV intensity that is being detected within the
reactor by the sensor. This will always be visible on the front of the
control panel. Things that can affect the UV Output 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 to signal this “LOW
UV” condition. 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 to signal this
critical “LOW UV” condition. Additionally, at this point, the controllers 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 alarm is to correct the reason
for the low UV condition.
Major Alarm Set Points:
Contact factory for details.
Minor Alarm Set Points:
Contact factory for details.
EVEREST Lamp Countdown Sequence
The EVEREST control panel has a countdown feature that displays the number of hours
remaining until a lamp change is required. When the lamp has 512 hours remaining,
the display will ash indicating that the lamp is nearing end of life. At “zero hours
remaining”, the system registers and audible alarm. If you wish to silence this audible
alarm condition, simply press, and hold down the button located directly beneath the
top LED screen for a period of three seconds. PLEASE NOTE: During the condition of
lamp expiration, the water may be unsafe for consumption.

13
EVEREST 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 disconnecting the power for the
controller, then refer to Installation for instructions on installing the new lamp.
EVEREST Lamp Countdown Reset Sequence
After changing all lamps on the EVEREST system, hold down the button located directly
beneath the top LED screen for a period of fteen seconds and then restart power to
the system.
EVEREST Failure Modes
The EVEREST 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 may be adversely affecting the operation of your
system. The fault conditions are listed in a priority sequence as follows:
LAMP FAILURE
If at any time during the operation of the system, the UV lamps fail
to be illuminated, the controller will return both an audible and
visual signal indicating lamp failure. In addition, a constant audible
buzzer will sound during lamp failure.
UV SENSOR FAILURE
Assuming the system has a UV sensor installed, if at any time
during the operation of the system, a UV sensor fails, the controller
will return a “FAIL” indicator on the bottom LED screen and a
constant audible buzzer will sound during sensor failure.

14
EVEREST Options
Additional monitoring is possible by wiring directly into the control panel. A 4-20mA
output is built into the controller. This reports the UV intensity as an analogue output.
If the system is in alarm, the dry contacts can be used to conrm operational state
remotely. Please refer to the schematics for specic details.
Remote Monitoring Output Denitions
4, 6 or 7 Lamp Systems
Condition UV% mW/cm²
(Note 1) Alarm Fault Relay
Reactor
Ready Relay
4-20mA Value
(Note 2, Note 3)
Lamps ON 100% 40 NO OK YES 20mA
Lamps ON 90% 36 NO OK YES 18.4mA
Lamps ON 80% 32 NO OK YES 16.8mA
Lamps ON 70% 28 NO OK YES 15.2mA
Lamps ON, Low UV 60% 24 MINOR FA U LT YES 13.6mA
Lamps ON, Low UV 50% 20 MAJOR FA U LT NO 12mA
Lamps ON, Low UV 40% 16 MAJOR FA U LT NO 10.4mA
Lamps ON, Low UV 30% 12 MAJOR FA U LT NO 8.8mA
Lamps ON, Low UV 20% 8 MAJOR FA U LT NO 7.2mA
Lamps ON, Low UV 10% 4 MAJOR FA U LT NO 5.6mA
Lamps ON, Low UV 0% 0 MAJOR FA U LT NO 4mA
Lamp Failure 0% 0 MAJOR FA U LT NO 4mA
Lamp Off N/A N/A NO OK NO 20mA
Note 1: The values provided are theoretical values, the true value will be within ±5% of
this value. This can vary among different systems.
Note 2: The values provided are theoretical values, the true value will be within ±10% of
this value. This can vary among different systems.
Note 3: When the UV% is greater than 70% the 4-20mA readings will be greater than the
20mA limit value.

15
Flow Curves
LE5/6-A42
LE5/6-A62

16
LE5/6-A72

17
Notes
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18
LUMINOR EQUIPMENT SPECIFICATIONS
EVEREST,
Commercial/Industrial Amalgam UV systems
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
MODEL 1
LE5
(non-monitored) LEX-A42
LEX-A42-50
LEX-A42-TOC
LEX-A62
LEX-A62-50
LEX-A62-TOC
LEX-A72
LEX-A72-50
LEX-A72-TOC
LE6
(UV-monitored)
Normal Flow Rate 30 mJ/cm2@ 95% UVT
530 GPM
(2013 lpm)
(120.8 m3/hr.)
780 GPM
(2957 lpm)
(177.4 m3/hr.)
915 GPM¹
(3468 lpm)
(208.0 m3/hr.)
Hot Water Flow Rate 30 mJ/cm2@ 75% UVT
230 GPM
(870 lpm)
(52.2 m3/hr.)
341 GPM
(1292 lpm)
(77.5 m3/hr.)
404 GPM
(1530 lpm)
(91.8 m3/hr.)
LOW UVT Flow Rate 30 mJ/cm2@ 50% UVT
119 GPM
(452 lpm)
(27.1 m3/hr.)
179 GPM
(679 lpm)
(40.7 m3/hr.)
210 GPM
(796 lpm)
(47.7 m3/hr.)
TOC Flow Rate 150 mJ/cm2@ 98% UVT
122 GPM
(462 lpm)
(27.7 m3/hr.)
179 GPM
(679 lpm)
(40.7 m3/hr.)
209 GPM
(793 lpm)
(47.6 m3/hr.)
Alternate ow @ 16 mJ/cm2at 95% UVT
(US Public Health)
997 GPM²
(3775 lpm)
(226.5 m3/hr.)
1464 GPM²
(5545 lpm)
(332.7 m3/hr.)
1717 GPM²
(6502 lpm)
(390.1 m3/hr.)
Alternate ow @ 40 mJ/cm2at 95% UVT
400 GPM
(1510 lpm)
(90.6 m3/hr.)
586 GPM
(2218 lpm)
(133.1 m3/hr.)
687 GPM
(2601 lpm)
(156.0 m3/hr.)
Port Size 6" Flange (150lb, RF ANSI) Electrical 208 - 240V ± 10% / 50-60Hz (hard wired) Total Lamps Power (Was) 828 1242 1449 Total System Power (Was) 900 1340 1560