Pentair Pool Products IntelliChlor CIC60P User manual

IMPORTANT SAFETY INSTRUCTIONS
READ AND FOLLOW ALL INSTRUCTIONS
SAVE THESE INSTRUCTIONS
Installation and User’s Guide
Electronic Chlorine Generator
(Model CIC60P, CIC60S)
Patents pending
Certified to NSF/ANSI 50
®
IntelliChlor

© 2012 Pentair Water Pool and Spa, Inc. All rights reserved
This document is subject to change without notice
1620 Hawkins Ave., Sanford, NC 27330 • [phone]
10951 West Los Angeles Ave., Moorpark, CA 93021 • [phone]
IntelliChlor®, IntelliTouch®, EasyTouch®and Pentair Water Commercial Pool and Spa™are trademarks or registered
trademarks of Pentair Water Pool and Spa, Inc. and/or its affili-ated companies in the United States and/or other
countries. Unless noted, names and brands of others that may be used in this document are not used to indicate
an affiliation or endorsement between the proprietors of these names and brands and Pentair Water Pool and Spa,
Inc.Those names and brands may be the trademarks or registered trademarks of those parties or others.
P/N 521011 Rev C - 04/9/12
WARNING - Salt is an inherently corrosive material. While the levels of salt required for proper
operation of the IntelliChlor Electronic Chlorine Generator are relatively low when compared to sea water and
other salt solutions, placing any amount of salt in your pool increases the likelihood of corrosion or other
deterioration of pool equipment and any surfaces used in and around your pool. Metal parts (including steel
pools) and certain natural and man-made surfaces are particularly susceptible to corrosion and deterioration
when used in and around salt water pools. Pentair Water Pool and Spa (“Pentair”) does not represent or
otherwise guarantee that the proper use of the IntelliChlor Electronic Chlorine Generator will prevent corrosion or
other deterioration of pool equipment and any surfaces used in and around your pool. Consult your experienced
pool professional, who should be able to advise you on the proper material selection, installation techniques for
those materials, and the proper use, care and maintenance of those materials for your specific pool type and
location in order to minimize the corrosion and deterioration that is inherent in and around salt water pools.

i
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Contents
Important Safety Precautions ........................................................................................................... iii - iv
IntelliChlor and Controller System Part Numbers ......................................................................................... v
Technical Support ........................................................................................................................................ v
IntelliChlor® Electronic Chlorine Generator Overview ................................................................................... 1
Features .................................................................................................................................................. 1
IntelliChlor Commercial System Components .............................................................................................. 2
Acu-Trol panel with ORP sensor (sold separately) ........................................................................................ 2
PC100 Commercial Power Center - No ORP ................................................................................................ 2
CPC100 Commercial Power Center with ORP .............................................................................................. 2
IntelliChlor Electronic Chlorine Generator Control Panel and Cell Description ............................................... 3
IntelliChlor Power Center .............................................................................................................................. 4
System Schematic Diagram ........................................................................................................................ 5
Install Chlorine/Bromine Feeders after the IntelliChlor Cell ........................................................................... 5
IntelliChlor Plumbing Diagram (For single CIC60 cell system) ...................................................................... 6
Loop Plumbing Diagram (For single CIC60 cell system)............................................................................... 6
Section 1: IntelliChlor Control Panel .........................................................................................7
Salt Level Status LEDs ............................................................................................................................... 7
Status LEDs ................................................................................................................................................ 7
Sanitizer Output LED Indicators .................................................................................................................. 8
Self-Cleaning ............................................................................................................................................... 8
More and Less Output Buttons .................................................................................................................... 8
Boost ON/OFF ............................................................................................................................................ 8
Self-Cleaning ............................................................................................................................................... 8
Section 2: Pool Water and Chemistry, Conditions and Precautions....................................... 9
Pool Water Chemistry, Conditions and Precautions ...................................................................................... 9
Optimum Pool Water Conditions for Salt Water Pools (using the IntelliChlor Electronic Chlorine Generator) 10
Covered Pools and Vinyl Liner Pool and Lowering Chlorine Output Levels .................................................. 10
Chlorine Testing ......................................................................................................................................... 11
What Type of Salt to Use ........................................................................................................................... 11
How Much Salt to Use ............................................................................................................................... 11
Calculating the Saturation Index ................................................................................................................ 12
TDS Factor ............................................................................................................................................ 12
Langelier Saturation Index Factor .......................................................................................................... 12
How to Add Salt to the Pool ....................................................................................................................... 13
Table 1. Approximate Pounds (Kg) of salt needed to obtain 3,400 ppm in pool ...................................... 13
Table 2. Approximate amount of stabilizer (cyanuric acid) to obtain 40 ppm in pool .............................. 14
Table 3. Approximate amount of cyanuric acid to obtain 75 ppm in pool ................................................ 14
Pool Water Preparation ............................................................................................................................... 15
Determining Pool Size (Gallons of Water in Your Pool) ........................................................................... 15
Determining Pool Size (liters of water in your pool) ................................................................................ 15
Section 3: Operating IntelliChlor .............................................................................................17
Initial Start up Period ................................................................................................................................. 17
Operation .............................................................................................................................................. 17
Use of an external Pool Pump Timer is not required .............................................................................. 17
If you use a Pool Pump Timer ............................................................................................................... 17
Startup Procedure (Super Chlorination) ...................................................................................................... 18
Sanitizer Output Settings and Adjustments ............................................................................................... 18
Operating in Winter .................................................................................................................................... 18
General Recommendations ................................................................................................................... 19
General Cautions .................................................................................................................................... 19

ii
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Section 4: User Maintenance.................................................................................................... 21
Daily service .............................................................................................................................................. 21
Weekly service .......................................................................................................................................... 21
Monthly Service......................................................................................................................................... 21
IECG Usage Hours Meter .......................................................................................................................... 22
Cleaning the IECG Cell Blades .................................................................................................................. 22
Winterizing ................................................................................................................................................. 23
Section 5: Installation ............................................................................................................... 25
Kit Contents .............................................................................................................................................. 25
Required Tools ........................................................................................................................................... 25
IntelliChlor “Dummy” Cell ........................................................................................................................... 26
Installing the IntelliChlor Cell Assembly ..................................................................................................... 26
Connecting the Cell Power Cable to the Power Center ........................................................................... 27
Section 6: Troubleshooting ......................................................................................................29
Table 1: Troubleshooting ............................................................................................................................ 29
System Specifications - 115 VAC and 240 VAC Wiring ..............................................................................31
Warranty ......................................................................................................................................33
Technical Support
Sanford, North Carolina (8 A.M. to 5 P.M. Eastern Time)
Moorpark, California (8 A.M. to 5 P.M. Pacific Time)
Phone: [phone]
Fax: [phone]
visit www.pentairpool.com and www.staritepool.com
Contents (Continued)
The following chart represents recommended commercial IntelliChlor systems for given pool sizes. A commercial
system requires an external ORP panel and sensor to produce chlorine upon demand as needed and is sold separately
(The Acu-Trol AK110 pH/ORP system is recommended). Commercial systems (COMSYS) can be expanded to support
larger pool sizes, for example a 150,000 gallon pool would use a COMSYS 16 and seven additional secondary cells and
additional manifolds.
Recommended Pool Sizing Chart for Commercial Applications
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iii
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Important Notice: Attention Installer: This manual contains important information about the
installation, operation and safe use of this product. This information should be given to the owner and/or
operator of this equipment.When installing and using this electrical equipment, basic safety precautions should
always be followed, including the following:
WARNING: IMPORTANT SAFETY INSTRUCTIONS PERTAININGTO A RISK OF FIRE,
ELECTRIC SHOCK, OR INJURYTO PERSONS. READ AND FOLLOW ALL
INSTRUCTIONS.
Before installing this product, read and follow all warning notices and instructions which are
included. Failure to follow safety warnings and instructions can result in severe injury, death,
or property damage. Call [phone] for additional free copies of these instructions, or
obtain a copy of these instructions at:
http://www.pentairpool.com/misc/owners_manuals/sanitizers/IntelliChlor_Owners.pdf
WARNING: To reduce the risk of injury, do not permit children to use this product.
WARNING: CHLORINE GAS BUILDUP CAN OCCUR WITH IMPROPER WIRING: To reduce the risk of
personal injury the IntelliChlor®Electronic Chlorine Generator (IECG) Power Center must be installed on and
wirded to the load side of the time clock, electronically controlled switch, or relay load side, so that it will
receive power only when the pool pump is on. Otherwise, dangerous chlorine gas buildup can occur.The IECG
should never be energized when the pool pump is OFF and water is not flowing through the unit.
WARNING: To reduce the risk of injury, service should only be personnel by a qualified pool
service professional.
WARNING: Never operate the IntelliChlor Electronic Chlorine Generator (IECG) without proper flow or
water circulation. A build-up of flammable gases will result in hazardous conditions.
CAUTION - IntelliChlor Electronic Chlorine Generator (IECG) is for use with permanently-installed pools
and may also be used with hot tubs and spas if so marked. Do not use with storable or steel pools. A
permanently-installed pool is constructed in or on the ground or in a building such that it cannot be readily
disassembled for storage. A storable pool is constructed so that it is capable of being readily disassembled for
storage and reassembled to its original integrity.
CAUTION - When using the IntelliChlor Electronic Chlorine Generator (IECG) with an IntelliTouch®,
EasyTouch®or SunTouch®system, always wire the IECG Power Center to the pump side of the relay located in
the IntelliTouch, EasyTouch or SunTouch load center.This wiring method does not require a ground fault circuit-
interrupter (GFCI) to protect the circuit. A green colored terminal (or a wire connector marked “G”, “GR”,
“Ground” or “Grounding”) is provided within the terminal compartment in the Power Center transformer
enclosure.To reduce risk of electric shock, connect this terminal or connector to the grounding terminal of
your electric service or supply panel with a conductor equivalent in size to the circuit conductors supplying
this equipment.The power supply must be interconnected with pool pump motor power source. This insures
the IECG and pool pump will switch on and off together.
SAVE THESE INSTRUCTIONS
IMPORTANT WARNINGS AND SAFETY INSTRUCTIONS

iv
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
IMPORTANT WARNING AND SAFETY INSTRUCTIONS
CAUTION - Use of chemicals other than those recommended may be hazardous. Even proper use of the
recommended chemicals can be hazardous. Follow the Chemical Manufacturer’s Instructions.
CAUTION - To reduce the risk of electric shock, install IntelliChlor Electronic Chlorine Generator (IECG)
a minimum of five (5) feet away from the inside wall of the pool.
CAUTION - Install the IECG a minimum of three (3) feet away from the heater outlet.
CAUTION - A solid copper, bonding conductor not smaller than No. 8 AWG (8.4 mm) should be connected
from the accessible wire connector on the unit to all metal parts of the swimming pool, spa, or hot tub structure
and to all electrical equipment, metal conduit, and metal piping within five (5) feet (1.5 m) of the inside walls of a
swimming pool, spa, or hot tub, when the unit is installed within five (5) feet of the inside walls of the swimming
pool, spa, or hot tub.
Canada - Industry Canada (IC) - This device complies with RSS210 of Industry Canada. (1999)
FCC Standard - 47 CFR Part 15, Subpart C (Section 15.247). This version is limited to chapter 1 to chapter 11
by specified firmware controlled in the U.S.A.
Federal Communications Commission (FCC) - This device complies with Part 15 of the FCC Rules.
Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this
device must accept any interference, including interference that may cause undesired operation of the device.
Interference Statement - This equipment has been tested and found to comply with the limits for a Class B
digital device, pursuant to Part 15 of the FCC Rules.These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with the instructions, may cause harmful
interference to radio communications. However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful interference to radio or television reception, which
can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference
by one or more of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.
Note: Modifications not expressly approved by the party responsible for FCC compliance could void the user’s
authority to operate the device.
SAVE THESE INSTRUCTIONS
WARNING: When mixing acid with water, ALWAYS ADD ACID TO WATER. NEVER ADD
WATER TO ACID.

1
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
IntelliChlor®Electronic Chlorine Generator Overview
The IntelliChlor® Electronic Chlorine Generator (IECG) salt chlorinator uses a process known as electrolysis to
produce chlorine gas which immediately dissolves into a solution to create Hypochlorite and Hypochlorous acid
pool and spa water sanitizer from a low concentration of salt added to the pool water. Hypochlorite and
Hypochlorous kill bacteria, oxidizes organic material, and kills algae, then reverts back to salt. The IECG then
reuses the salt and the process starts over again. The IntelliChlor system is comprised of the IECG and Power
Center.
CAUTION - The IntelliChlor Electronic Chlorine Generator (IECG) is designed only to produce chlorine. The
IECG does not monitor or control chlorine levels in the pool or spa water. It is the pool owner’s responsibility for
monitoring and maintaining free chlorine levels at the APSP recommended range of 2.0 to 4.0 parts per million
(ppm). It is the pool owner’s responsibility to check, on a regular basis, the free chlorine level while the pool
pump is running, and adjust the IntelliChlor Electronic Chlorine Generator accordingly.
WARNING - Salt is an inherently corrosive material. While the levels of salt required for proper
operation of the IntelliChlor Electronic Chlorine Generator are relatively low when compared to sea water and
other salt solutions, placing any amount of salt in your pool increases the likelihood of corrosion or other
deterioration of pool equipment and any surfaces used in and around your pool. Metal parts (including steel
pools) and certain natural and man-made surfaces are particularly susceptible to corrosion and deterioration
when used in and around salt water pools. Pentair Water Pool and Spa (“Pentair”) does not represent or
otherwise guarantee that the proper use of the IntelliChlor Electronic Chlorine Generator will prevent corrosion or
other deterioration of pool equipment and any surfaces used in and around your pool. Consult your experienced
pool professional, who should be able to advise you on the proper material selection, installation techniques for
those materials, and the proper use, care and maintenance of those materials for your specific pool type and
location in order to minimize the corrosion and deterioration that is inherent in and around salt water pools.
CAUTION - FOR ALL NEWLY CONSTRUCTED OR RESURFACED PLASTER POOLS: Do not
operate the IECG with newly poured or resurfaced pool plaster. Salt is a corrosive element and severe
salt damage can occur to your pool. Wait at least ONE (1) MONTH after construction to allow plaster to
cure before adding salt and operating IECG. Follow the pool surface manufacturer’s guidelines for your
specific pool.
FOR NEW VINYL LINER POOLS, contact the manufacturer for recommended guidelines before adding
salt and operating the IECG.
Replacement CIC60P and CIC60S Cell Part Numbers
• CIC60P - P/N 521151
• CIC60S - P/N 521005
Features
• Superior design combines cell and control panel as one assembly.
• Connects to ORP system via dry contact wires, to switch on or off based on chlorine demand.
• Cell blades are made from a titanium metal base and coated with precious metal Ruthenium oxide.
• Cell blades are capable of producing chlorine for at least 10,000 hours, when the IECG is used properly.
• The IECG can be installed horizontally or vertically.
• Separate Power Center mounts to wall at equipment pad, for easy AC wiring.
• Electronics run cool for long, reliable life.
• Cell hour meter reports current usage to determine how many hours remain in the life of the unit.
• CIC60P and CIC60S cell produces up to 2.00 lbs of chlorine per 24 hours.
• Head Loss of the IECG system installed into the main line is less than 1 psi.
• Salt level LED indicators show three ranges for the amount of salt in pool.
• Red and green LED indicators show system status for water flow, cell status and cold water.
• MORE and LESS output buttons control how much chlorine is produced.
• BOOST cycle sets the unit to maximum chlorine output for 24 hours of pump run time.
• UL listed to UL1081 standards for swimming pool chlorinators.
• Approved NSF regulatory standards, and CE certified.

2
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
IntelliChlor Commercial System Components
An IntelliChlor Commercial System components can be configured as follows:
•Stand-alone - No ORP: This system consists of one CIC60P cell, one PC100 power center, and no
oxidation reduction potential (ORP) sensor/panel. Chlorine is dispensed on a timed basis, set by the
MORE and LESS buttons on the cell.
•Stand-alone with ORP: This system consists of one CIC60P cell, one CPC100 power center, and
an oxidation reduction potential (ORP) sensor/panel system (sold separately). The chlorine is
dispensed on demand from the ORP sensor.
•Multi-Cell with ORP: This system consists of one CIC60P cell and multiple secondary cells,
CIC60S, multiple power centers, and an oxidation reduction potential (ORP) sensor/panel system
(sold separately). The chlorine is dispensed on demand from the ORP sensor. For multiple cell
systems, there is one CIC60P cell, labeled PRIMARY and additional CIC60S cells labeled
SECONDARY. The SECONDARY cells communicate with the PRIMARY cell. Note: There can
only be one PRIMARY cell in a multiple cell system.
Acu-Trol panel with ORP sensor (sold separately)
The Acu-Trol panel contains an oxidation reduction potential (ORP) sensor that is placed in the water stream
to detect the amount of sanitizing ability in the water and according to a user-preset trip point, calls for chlorine
when low, and cancels chlorine when satisfied. This panel provides a dry-contact output that connects to the
IntelliChlor system. When the dry-contact terminals are closed, chlorine is required. When the dry contact
terminals are open, no chlorine is required. The Acu-Trol panel is not used for a stand-alone-No ORP system.
PC100 Commercial Power Center - No ORP
The PC100 commercial power center provides power to one CIC60P cell, but does not interconnect to an
ORP system. The CIC60P cell will operate on a timed basis, set by the MORE and LESS buttons on the cell.
This system may be used with a time clock to control operations.
CPC100 Commercial Power Center with ORP
The CPC100 commercial power center, with ORP provides power to each cell. The power center labeled
PRIMARY contains the dry-contact wires that connect to the external ORP system. When the dry-contact
wires are closed, the “Primary” panel sends a 100% command to the cell; chlorine is being produced. When
the dry-contact wires are opened, the Primary panel sends a 0% output command to the cell, to stop producing
chlorine.
Example 1:
Small hotel pool requires a two (2) lb. system.
Equipment used: One CIC60P cell
One CPC100 power center (one power center)
Acu-Trol panel with ORP sensor
Example 2:
Health club spa requires a four (4) lb. system
Equipment used: Use multiple-cell system COMSYS-4
Sizing:
To correctly size the chlorine requirements of a commercial pool, use the following rule:
• Two (2) lbs. of chlorine per 10,000 gallons of water
To size a commercial spa, use this general rule:
• One pound of chlorine per 2,000 gallons of water
These rules appear oversized, but ensure rapid chlorine make-up time, essential for commercial health codes.

3
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
IntelliChlor Electronic Chlorine Generator Control Panel and Cell Description
The IntelliChlor Electronic Chlorine Generator (IECG) includes a control panel with buttons and LED
indicators to control the IECG and produce chlorine. The IECG measures the water temperature and salt level
to produce chlorine at the defined output. If the salt level in the pool water is too low (red on salt display), the
cell is turned off until salt is added to the pool. The controller has a self-cleaning cycle which reverses the cell
polarity, reducing calcium buildup. This feature turns the cell on and off at regular intervals to prevent calcium
and scale buildup and further maximizes cell life.
The IECG contains the control electronics and bipolar electrodes that electrically produces chlorine when
energized with DC current. Chlorine is generated as pool water containing salt passes through the cell. The
chlorine production can be varied by either adjusting the sanitizer output level on the control panel and/or by
varying the number of hours the IECG is on each day. The IECG automatically reverses the cell electrode
blades every few hours to help clean the cell. This process does not interrupt the production of Chlorine.
The IECG also contains a mechanical flow sensor to ensure the proper amount of water is passing through the
cell to allow chlorination to occur. The IECG automatically measures the water salinity and temperature and
displays four (4) salinity ranges on the control panel using LED indicators. The IECG includes a 15 ft. UL
approved four conductor 16-gauge cable for connection to the Power Center.
•Flow Sensor: A flow sensor assures that there will always be adequate water flow through the
IECG. If the IECG is not properly plumbed and/or does not receive adequate water flow, no chlorine
will be produced.
•Temperature Sensor: To protect the IECG from operation and potential damage when the
temperature of the pool water falls below 52° F, ±3° F (11° C, ±1.67° C), the temperature sensor
switches the IECG off, and no chlorine is being produced.
•Salt Sensor: Two salt sensor probes in the IECG are activated each time the IECG is switched on
and again during every eight (8) hours of continuous running. At each of those times, the salt level
LED indicator lights flash in a scrolling sequence for two (2) minutes to indicate that the IECG is in
analysis mode. After two (2) minutes, the LED indicators lights will signal one (1) of four (4) salinity
ranges. For more information, see “Salt Level Status LEDs” on page 7.
Note: The salt sensor reading is within +/- 500 ppm accuracy.

4
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
IntelliChlor Power Center
The IntelliChlor Power Center converts AC electrical current to a low-voltage DC electrical current which is
required to produce chlorine. The power supply is connected with the pool circulation pump electrical source
so that the IECG only operates when the pool pump is on. The Power Center should be mounted vertically on
the wall up to fifteen (15) feet away from the IECG. The Power Center contains the transformer, fuse,
connector to the cell and the AC electrical current wiring configuration with the DC electrical current output
cable to the IECG. A fuse holder is mounted on the bottom of the Power Center for additional protection.
There are no other controls or lights on the Power Center. For information about installing and proper use of
the Power Center, see the “IntelliChlor Power Center Installation Guide,” (P/N 520590).
IntelliChlor Power Center (Model PC 100 and CPC 100)
CAUTION - The IntelliChlor
Power Center does NOT control
the pump.The IntelliChlor
Electronic Chlorine Generator
only produces chlorine when the
pool pump is on.
CAUTION - Before plugging or
unplugging the IntelliChlor Electronic
Chlorine Generator to the Power Center,
first switch off the AC power to the Power
Center.
CAUTION - Only plug CIC60P and
CIC60S into PC100 or CPC100 Power
Centers. DO NOT plug into IntelliTouch
EasyTouch, or SunTouch automation
systems with integrated power sources.
This will cause the circuit breaker to
repeatedly trip.
IntelliChlor Electronic Chlorine Generator
Clear sliding
cover
Control Panel
status LEDs
MORE and LESS
output buttons

5
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
System Schematic Diagram
The following schematic diagram shows a typical IntelliChlor system installation.
Note: This schematic diagram is not drawn to scale. Refer to the relevant portions of this Installation
and User’s Guide for information regarding proper placement and spacing of all equipment depicted in
this diagram.
NOT TO SCALE
Install Chlorine/Bromine Feeders after the IntelliChlor Cell
CAUTION - To avoid permanent damage to the IntelliChlor cell, automatic in-line chlorine/bromine feeders
(such as Pentair Water Pool and Spa®Rainbow™ models) MUST be installed AFTER the IntelliChlor cell as
shown below. When using the IntelliChlor with an in-floor cleaner pressure system, it is recommended that a
separate return line be used for the cleaner to reduce the increased water pressure stress on the IntelliChlor
cell.
Note: For best flow
sensing, provide at
least 12"-18" of straight
pipe in front of the cell
inlet.

6
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
NOT TO SCALE
Note: For best flow
sensing, provide at
least 12"-18" of straight
pipe in front of the cell
inlet.
IntelliChlor Plumbing Diagram (For single CIC60P cell system)
Plumbing the IntelliChlor Electronic Chlorine Generator (IECG) for a single CIC60P cell system:
•Always install the IntelliChlor Electronic Chlorine Generator AFTER the filter and heater (see
“System Diagram” on page 4). The ICEG should be no closer than three (3) feet away from the
heater outlet.
•If the IECG is installed on a pool/spa combination system, install (see diagram below) the IECG
BEFORE the pool/spa return valve to allow proper chlorination of both the pool and spa and also to
avoid creating gas traps in the pipes.
Note: If a multiple cell system is used, refer to the Installation guide for that system. The kit comes with
prepared plumbing manifolds.
Loop Plumbing Diagram (For single CIC60 cell system)
The IntelliChlor Electronic Chlorine Generator is designed to operate with water flow rates from 25 gallons per
minute (gpm) up to 105 gpm. Do not exceed 105 gpm or pipe manufacturers recommended flow rate,
whichever is less. For flow rates over 80 gpm, it is recommend that you use a bypass loop (as shown below)
for best chlorine production. Installations with flow rates over 80 gallons per minute are those that have
in-floor cleaning systems or booster pumps. These single CIC60 cell systems should use a bypass loop with the
IECG with a flow control valve that assures that the flow through the IECG is maintained within its designed
operating water flow rates.
Note: Single CIC60 cell system. NOT FOR MULTIPLE CELL SYSTEMS.
NOT TO SCALE
F lo w c o n t r o l v a lv e
Bypass loop
INTELLICHLOR
ELECTRONIC CHLORINE
GENERATOR
VALVE
FLOW IN
FLOW OUT
FLOW IN
FLOW OUT
“UPWARD FLOW”

7
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
G REEN
RED
Salt Level
Status
C old Water
Ma x
Min
o tB o s
Low
Sanitizer Output
/OOn 
F low
C ell
More
L es s
40%60%80%
20% 100%
for 24 hour 100% output
G REEN
Pre ss both buttons simultaneously
- good
Good
- good
salt
- high salt
- low salt
- add salt
-System Off
- inspec t
cell
- no flow
- good flow
FLASHING
G REEN
FLASHING
(System off )
RED
NS F
R
ACID CLEAN EVERY 3 MONTHS
IDEAL SALT 3400 ppm
www.intellichlor.net
syste m off
SWIMMING POOL AND
SPA CHLORINATOR
30ZR
Certified to
NSF/ANSI Standard 50
Section 1
IntelliChlor Control Panel
Salt Level Status LEDs
The IECG salt level checks the pool water daily and displays the levels as
follows:
Green LED: Good salt. The pool water salt level is between 3300 ppm and
5000, and the IECG is producing chlorine. IECG salt LED should always be
showing GREEN level for better results.
Green LED (Flashing): Salt level is above 5000 ppm. Chlorine is being
produced but the salt level is too high which increases the risk of corrosion
and deterioration of pool equipment and surfaces in and around the pool. Pool
water needs to be drained and refilled one (1) foot at a time until the salt
level is below 5000 ppm.
Red LED:
Low salt. The water salt level is below 3300 ppm. The IECG will
be producing chlorine at reduced efficiency. It is highly recommended to add
salt. See (*) Note below.
Red LED:
Very low salt
. The water salt level has fallen below 2600 ppm.The
IECG will not produce chlorine until salt is added. The IECG is OFF.
See (*) Note below.
NOTE (*): After every salt addition, pump should be allowed to run for at
least 24 hours for proper dilution. Salinity readings should only be taken,
after the dilution period.
DO NOT take salinity readings during the dilution period, otherwise
readings WILL NOT be accurate.
Status LEDs
ColdWater: Shows the IntelliChlor Electronic Chlorine Generator power
status:
•No Light: .The IECG is operating in the normal temperature range (>
52° F)
•Red:The IECG is in “Standby” mode (system off, no chlorine
production) due to a cold water condition. The IECG will resume to
normal operation mode, including accurate salinity report, once
water temperature goes above 52° F.
Cell: Shows the status of the IECG.
•Green (flashing):The IECG needs to be inspected. The blades may have calcium buildup. The IECG
is not producing chlorine.
•Green:IECG is good and producing chlorine
No Light:IECG is off and not producing chlorine. It may be in an off-period of the sanitizing cycle and
will return on shortly.
Flow: This light indicates the status of water flowing through the IECG.
•Red:Insufficient water flow through the IECG, no chlorine is being produced.
•Green:Sufficient water flow to produce chlorine.

8
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Operator Control Panel (continued)
Sanitizer Output LED Indicators
These five (5) LED indicators display the percentage of time chlorine is produced. For multiple cell systems,
only the 100% setting is used for the CIC60P and CIC60S cells. When the dry contact wires on the
PRIMARY power center are closed, the cell will go to 100% and begin producing chlorine. When the dry
contact wires on the PRIMARY power center are opened, the cell will switch off the 100% light and stop
producing chlorine.
Note: If a single CIC60P cell is connected to an IntelliTouch®, EasyTouch®or SunTouch®system, these
lights may slowly flash when the output is set to a value not exactly 20%, 40%, 60% 80% or 100%.
Example: 21% output setting from the IntelliTouch, EasyTouch or SunTouch will flash the 20% light.
NOTE: Multiple cell systems cannot be connected to IntelliTouch, EasyTouch or SunTouch systems.
More and Less Output Buttons
These buttons control the output setting and only operate in a single-cell system where the CIC60P is
connected to the PC100 power center, no ORP. For ORP systems, (CPC100) and multiple cell systems, these
buttons are disabled, as the output setting is set by the ORP panel. These buttons control the percentage of
time of each hour that the is producing chlorine while the pump is on. The lights act as a bar graph: the more
lights that are on, the more that chlorine is produced. To exit Boost mode, press and hold both the More
and Less buttons.
Boost ON/OFF
BOOST mode operates when only one CIC60P cell is used in a system. It is activated by pressing both
MORE and LESS buttons simultaneously. For multiple cell systems, BOOST mode is disabled and does not
control the output setting, only the oxidation reduction potential (ORP) system via the PRIMARY power
center. Pressing both buttons for BOOST has no effect.
Note: If no LEDs are lit, the output is set to 0% and the IntelliChlor Electronic Chlorine Generator is
not producing chlorine.
Self-Cleaning
The IntelliChlor Electronic Chlorine Generator has a self-cleaning feature that reduces scale buildup on the
blades of the IECG. The self-cleaning cycle tends to reduce the life of the IECG, therefore, it should be used
only to the extent necessary to minimize the scale buildup on the blades. The self-cleaning cycle can be
adjusted to run every 2, 3, 4, or 5 hours, whichever is the optimal for your particular pool conditions in order to
minimize scale buildup but maximize the life of the IECG. It is factory set to two (2) hours for the first 30 days
of operation, then automatically switches to three (3) hours. To change the self-cleaning cycle, press and hold
the Less button for three (3) seconds. The sanitizer output display will show the number of hours in a bar
graph style. The number of output LEDs lit is the number of reverse hours. Pressing More or Less button
will change this setting.
Example: The self-clean cycle is set to run for four (4) hours and the pool owner chooses to change it to
three (3) hours to optimize the blade cleaner cycle for your particular pool conditions. Press and hold the LESS
button for three (3) seconds. The sanitizer output display will blank, then light up the 20%, 40%, 60% and 80%
lights, four (4) total. This is a four (4) hours reverse setting. Pressing the LESS button once within ten (10)
seconds will switch off the 80% light, leaving only three (3) lights on, now at a three (3) hours reverse setting.
Wait ten (10) seconds and this mode will end automatically, returning to the original sanitizer output display.
0% - No LEDs lit - No chlorine produced - IntelliChlor Electronic Chlorine Generator is off.
20% - 1 LED lit - Produces chlorine 20% of each hour of pump run time, 12 minutes on, 48 minutes off.
40% - 2 LEDs lit - Produces chlorine 40% of each hour of pump run time, 24 minutes on, 36 minutes off.
60% - 3 LEDs lit - Produces chlorine 60% of each hour of pump run time, 36 minutes on, 24 minutes off.
80% - 4 LEDs lit - Produces chlorine 80% of each hour of pump run time, 48 minutes on, 12 minutes off.
100% - 5 LEDs lit - Produces chlorine almost 100% of each the hour of pump run time, 59 minutes on, 1 minute off.

9
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Section 2
Pool Water Chemistry, Conditions
and Precautions
This section describes the start up procedure and operating instructions for IntelliChlor Electronic Chlorine
Generator.
Pool Water Chemistry, Conditions and Precautions
1. New Pool Water: A recently filled or newly-refinished pool may contain undesirable matter. This
undesirable matter could interfere with IntelliChlor’s ability to chlorinate properly. Make sure the
water is tested by a pool professional and properly balanced before switching on the IntelliChlor
Electronic Chlorine Generator.
WARNING - Salt is an inherently corrosive material. While the levels of salt required for proper operation of
the IntelliChlor Electronic Chlorine Generator are relatively low when compared to sea water and other salt
solutions, placing any amount of salt in your pool increases the likelihood of corrosion or other deterioration of
pool equipment and any surfaces used in and around your pool. Metal parts and certain natural and man-made
surfaces are particularly susceptible to corrosion and deterioration when used in and around salt water pools.
Pentair Water Pool and Spa does not represent or otherwise guarantee that the proper use of the IntelliChlor
Electronic Chlorine Generator will prevent corrosion or other deterioration of pool equipment and any surfaces
used in and around your pool. Consult your experienced pool professional, who should be able to advise you on
the proper material selection, installation techniques for those materials, and the proper use, care and
maintenance of those materials for your specific pool type and location in order to minimize the corrosion and
deterioration that is inherent in and around salt water pools.
2. Super Chlorination burns out the swimmer waste that has combined with chlorine. This frees the
chlorine for sanitizing. This is accomplished by raising the chlorine level quickly and dramatically.
When the chlorine level is raised to ten (10) times the amount of combined chlorine (usually 5 to 10
ppm) the pool water is said to have been super chlorinated. As pool water is continuously passed
through the IECG while the unit is powered on, all pool water inside the IECG is being super
chlorinated. When the IntelliChlor Electronic Chlorine Generator is used on pools, the pool water
sparkles and does not burn the eyes because of the absence of chloramines.
Note: On initial start-up of a pool, it is best to super chlorinate using an outside source, i.e.,
use a shock treatment available at your local pool supplier.
3. Chloramines should not be present in pool water. Chloramines are formed when ammonia (which is
found in urine and sweat) combine with free chlorine. This ties up the free chlorine in your pool and
does not allow the chlorine in your pool to disinfect. Chloramines also burn the eyes and are foul
smelling. Super Chlorinate to remove chloramines at the initial start-up of the pool and as needed to
maintain proper levels of free chlorine.
4. Cyanuric acid is needed in outdoor pools to help to stabilize and maintain proper levels of chlorine.
90% of unstabilized chlorine is destroyed by the UV radiation from the sun within two hours.
Cyanuric acid stabilizes chlorine in water from UV degradation. When using the IECG, the cyanuric
acid level should be maintained between 50-80 ppm. See Table 3, on page 14. NOTE: DO NOT USE
CYANURIC ACID IN INDOOR POOLS.
5. Total Dissolved Solids (TDS): Adding salt to pool water will raise the TDS level. While this does
not adversely affect the pool water chemistry or clarity, the pool water professional testing for TDS
must be made aware salt has been added to the IntelliChlor system. The individual performing the
TDS test (see page 22) may then subtract the salinity level to arrive at a TDS level that would be
compatible to a TDS reading for a non-salt water pool.

10
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
6. Metals - Some metals, i.e. copper and iron, can cause loss of chlorine. Also, metals can stain your
pool. Metals can also damage the IntelliChlor Electronic Chlorine Generator. Have your local pool
professional check for metals and recommend methods of removal.
7. Nitrates and Phosphatescan cause extremely high chlorine demands and will deplete chlorine from
your swimming pool. In some cases nitrates may even lower your chlorine levels to zero. Your local
pool professional can test for nitrates and phosphates. While a 0 ppm level of nitrates is the ideal, the
pool owner should make sure that nitrates DO NOTexceed 10 ppm. Phosphates should not exceed
125 parts per billion (ppb).
Optimum Pool Water Chemistry Conditions for Salt Water Pools
(using the IntelliChlor Electronic Chlorine Generator)
In accordance with the Association of Pool and Spa Professionals (APSP) standards, it is recommended that
the following pool water chemistry conditions be maintained on an on going basis to help protect pool users,
pool related equipment and surfaces in and around the pool. These values are important to maintaining the pool
equipment in proper operating condition and preventing corrosion, liming or other problems. The IntelliChlor
Electronic Chlorine Generator is warranted to operate properly only if these conditions are met. For more
information, refer to your local agency having jurisdiction, NSPI (National Spa and Pool Institute), the CDC
(Centers for Disease Control), or the WHO (World Health Organization).
Free Chlorine:2.0 - 4.0 ppm. Above 4.0 ppm may cause corrosion of metal components
Combined Chlorine (Chloramines): None (super chlorinate to remove all chloramines)
pH:7.2 - 7.8 (USE MURIATIC ACID to lower pH and Soda Ash to raise pH.)
Cyanuric Acid:30 - 50 ppm
Total Alkalinity:80 - 120 ppm
Calcium Hardness:200 - 400 ppm
TDS (includes salt):3000 minimum to 5700 to 6000 maximum
ppm
Salt:3300 - 5000 ppm (ideal 3800 ppm)
Metals (Copper, Iron, Manganese):None
Nitrates:None
Phosphates:Less than 125 ppb
Saturation Index-.3 to .3 (zero (0) best)
Covered Pools and Vinyl Liner Pool and Lowering Chlorine Output Levels
When using the IntelliChlor Electronic Chlorine Generator with covered pools and/or vinyl liner pools, less
chlorine is needed. It is recommend to lower the chlorine output level while the pool is covered. For more
information about chlorine output levels, refer to the instructions with the external ORP sensor system to lower
the chlorine output.

11
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Chlorine Testing
It is recommended that chlorine test samples be taken from two (2) locations in the pool. Compare the
samples. A higher level should be found at the pool return line. The higher level at the pool return line indicates
the IECG is producing chlorine. Take chlorine samples for testing at:
•The pool return line.
•18 inches (457 mm) below the surface and well away from the pool return line.
What Type of Salt to Use
The purer the salt, the better the life and performance of the IntelliChlor Electronic Chlorine Generator. Use
salt that is at least 99.8% pure NaCl, sodium chloride. The preferred and recommended salt is an evaporated,
granulated, food quality, non-iodized salt with no additives. Consult your salt supplier.
•Avoid using salt with anti-caking agents (sodium ferrocyanide, also known as YPS or yellow prussiate
of soda). Filling agents can cause some discoloration of fittings and surface finishes in pool.
•Water conditioning salt pellets are compressed forms of evaporated salt and may be used, but will
take longer to dissolve. Such pellets could damage pool plaster and other surfaces in and around the
pool.
•Do not use calcium chloride or potassium chloride as a source of salt. (Use sodium chloride only).
•Do not use Rock salt (insoluble impurities mixed with the rock salt can shorten the life of the IECG).
How Much Salt to Use
Refer to the Table 1 chart (page 13) to determine how much salt will be needed. Most pools contain some salt,
depending on the water source and chemicals used for sanitizing. Therefore, the pool owner must always test
salt levels before adding salt. A hand held meter calibrated for NaCl (salt) can be used to determine the salt
levels of the pool water. After the IntelliChlor Electronic Chlorine Generator is powered on, the LED salt level
lights will blink from bottom to top for two (2) minutes while it analyzes the pool water, then the LED
indicators will show one (1) of four (4) salt level ranges. This solid light indicates the salt status of the pool.
•3400 to 4000 ppm of salt is recommended for optimum water conditions.
•Low salt concentration below 2600 ppm will cause the unit to turn off
•High salt concentration above 5000 ppm may cause excessive corrosion or deterioration to pool
equipment and surrounding surfaces in and around the pool.
Note:Salt measurements will vary between measuring devices (salt test strips, electronic testers, and
titration). For more troubleshooting information about high salt levels, see “Troubleshooting,” on
page 33.
CAUTION - FOR ALL NEWLY CONSTRUCTED OR RESURFACED PLASTER POOLS: Do not operate
the IECG with newly poured or resurfaced pool plaster. Salt is a corrosive element and severe salt damage can
occur to your pool. Wait at least ONE (1) MONTH after construction to allow plaster to cure before adding salt
and operating IECG. Follow the pool surface manufacturer’s guidelines for your specific pool.
FOR NEW VINYL LINER POOLS, contact the manufacturer for recommended guidelines before adding salt
and operating the IECG.

12
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Calculating the Saturation Index
The saturation index is a formula that relates pH, calcium and alkalinity in the pool water. A well balanced
pool water will have a formula result range between -0.3 and 0.3 Outside this range, the pool water is out of
balance, potentially damaging pool equipment or scaling the IECG. The equation to calculate Si is:
Cyanuric acid in the form of cyanurate ions contribute to alkalinity. Thus, a correction must be made to total
alkalinity. We subtract 1/3 of the cyanuric acid level from the reading obtained in the total alkalinity test.
Total Alkalinity - 1/3 Cyanuric Acid = Corrected Alkalinity
This correction can be considerable in established pools with high cyanuric acid levels; for example, at 240
ppm cyanuric acid, the correction amounts to 80 ppm (240 ÷ 3 = 80).
SI = pH + CHF + AF + TF + TDSF
Saturation
Index
pH as
tested
Calcium
Hardness
Factor
Alkalinity
Factor
Tempera-
ture
Factor
TDS
Factor
Langelier Saturation Index Factors
TDS Factor
<1000 12.10
1000 12.19
2000 12.29
3000 12.35
4000 12.41
5000 12.44
TDS Factor (Factors shown below are based on the actual measured value for the particular parameter)

13
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
How to Add Salt to the Pool
CAUTION - FOR ALL NEWLY CONSTRUCTED OR RESURFACED PLASTER POOLS: Do not operate
the IECG with newly poured or resurfaced pool plaster. Salt is a corrosive element and severe salt damage can
occur to your pool. Wait at least ONE (1) MONTH after construction to allow plaster to cure before adding salt
and operating IECG. Follow the pool surface manufacturer’s guidelines for your specific pool. FOR NEW VINYL
LINER POOLS, contact the manufacturer for recommended guidelines before adding salt and operating the
IECG.
1. Switch on the pump to circulate the pool water.
2. Check salt level in pool water before adding any salt to pool.
3. Determine the amount of salt from the following charts.
4. Slowly pour in the salt around the outer perimeter of the pool for quick and even distribution. To
avoid clogging the filter or damaging pool related equipment and surrounding surfaces, do not
add salt through the skimmer or surge tank.
5. Brush the pool bottom and allow water to circulate for 24 hours to dissolve salt completely.
6. After 24 hours, verify correct salt level reading by checking the LED indicators on the IntelliChlor
Electronic Chlorine Generator and by a separate reliable test method.
7. Power on the IntelliChlor Electronic Chlorine Generator and set the external ORP system to the
proper setting to maintain the appropriate free chlorine levels in the pool water (i.e., within the
2.0 - 4.0 ppm, APSP recommended range).
Table 1. Approximate Pounds (Kg) of salt needed to obtain 3,400 ppm in pool
MPP0043OTTLASFONOITIDDAROFTRAHC
looP
snollaG mpp0mpp052mpp005mpp057mpp0001mpp0521mpp0051mpp0571mpp0002mpp0522mpp00
52
000,01
bl092bl762bl442bl122bl191bl861bl541bl221bl99bl07bl64
gk231gk121gk111gk001gk78gk67gk66gk55gk54gk23gk12
000,21
bl843bl0
23bl292bl562bl032bl202bl471bl641bl811bl48bl65
gk851gk541gk331gk021gk401gk29gk97gk66gk45gk83gk52
000,41
bl604bl473bl143bl903bl86
2bl632bl302bl171bl831bl79bl56
gk481gk071gk551gk041gk221gk701gk29gk77gk36gk44gk92
000,61
bl464bl724bl093bl353bl603bl962bl232bl59
1bl851bl111bl47
gk112gk491gk771gk061gk931gk221gk501gk88gk27gk15gk43
000,81
bl225bl084bl934bl793bl543bl303bl162bl912bl871bl521bl
48
gk732gk812gk991gk081gk651gk731gk811gk99gk18gk75gk83
000,02
bl085bl435bl784bl144bl383bl733bl092bl442bl791bl931bl39
gk362gk24
2gk122gk002gk471gk351gk231gk111gk98gk36gk24
000,22
bl836bl785bl635bl584bl124bl073bl913bl862bl712bl351bl201
gk092gk662gk342gk02
2gk191gk861gk541gk221gk89gk96gk64
000,42
bl696bl146bl585bl925bl064bl404bl843bl292bl732bl761bl111
gk613gk192gk562gk042gk802gk38
1gk851gk331gk701gk67gk15
000,62
bl457bl496bl436bl375bl894bl834bl773bl713bl652bl181bl121
gk243gk513gk782gk062gk622gk891gk171gk4
41gk611gk28gk55
000,82
bl218bl747bl286bl716bl635bl174bl604bl143bl672bl591bl031
gk863gk933gk013gk082gk342gk412gk481gk551gk521gk
88gk95
000,03
bl078bl108bl137bl266bl475bl505bl534bl663bl692bl902bl931
gk593gk363gk233gk003gk162gk922gk791gk661gk431gk59gk36

14
IntelliChlor Electronic Chlorine Generator Installation and User’s Guide
Table 3. Approximate amount of cyanuric acid to obtain 75 ppm in pool
NOTE: The cyanuric acid reading should be maintained at 50 - 80 ppm.
)sretil(snollagnieziSlooP
rezilibatS
leveL
erofeB
noitiddA
000,01
)000,83(
000,21
)000,54(
000,41
)000,35(
000,6
1
)000,06(
000,81
)000,86(
000,02
)000,67(
000,22
)000,38(
000,42
)000,19(
000,62
)000,89(
000,82
)000,601(
000,03
)
000,31(
mpp0 sbl52.6
)gk8.2(
sbl05.7
)gk4.3(
sbl57.8
)gk4(
sbl0.01
)gk5.4(
sbl52.11
)gk5(
sbl5.21
)gk7.5(
sbl57.31
)
gk2.6(
sbl0.51
)gk8.6(
sbl3.61
)gk4.7(
sbl5.71
)gk9.7(
sbl57.81
)gk5.8(
mpp01 sbl04.5
)gk5.2(
sbl05.6
)gk9.2(
sbl06
.7
)gk5.3(
sbl06.8
)gk9.3(
sbl57.9
)gk4.4(
sbl8.01
)gk5(
sbl09.11
)gk4.5(
sbl9.21
)gk8.5(
sbl0.41
)gk3.6(
sbl2.51
)g
k9.6(
sbl52.61
)gk4.7(
mpp02 sbl06.4
)gk2(
sbl05.5
)gk5.2(
sbl04.6
)gk9.2(
sbl03.7
)gk3.3(
sbl52.8
)gk7.3(
sbl02.9
)
gk1.4(
sbl0.01
)gk5.4(
sbl9.01
)gk9.4(
sbl9.11
)gk4.5(
sbl8.21
)gk8.5(
sbl57.31
)gk2.6(
mpp03 sbl57.3
)gk7.1(
sbl05
.4
)gk2(
sbl52.5
)gk4.2(
sbl00.6
)gk7.2(
sbl57.6
)gk3(
sbl05.7
)gk4.3(
sbl52.8
)gk7.3(
sbl00.9
)gk4(
sbl57.9
)gk4.4(
sbl5.01
)gk8.4(
sbl57.11
)gk3.5(
mpp04 sbl09.2
)gk3.1(
sbl05.3
)gk6.1(
sbl00.4
)gk8.1(
sbl06.4
)gk2(
sbl52.5
)gk4.2
(
sbl08.5
)gk6.2(
sbl04.6
)gk9.2(
sbl09.6
)gk1.3(
sbl85.7
)gk4.3(
sbl02.8
)gk7.3(
sbl57.8
)gk4(
mpp05 sbl00.2
)gk1(
s
bl05.2
)gk1.1(
sbl09.2
)gk3.1(
sbl03.3
)gk5.1(
sbl57.3
)gk7.1(
sbl01.4(
)gk9.1(
sbl06.4
)gk2(
sbl09.4
)gk2.2(
sbl04.5
)gk4.2(
sbl08.5
)gk6.2(
sbl52.6
)gk8.2(
mpp06 sbl52.1
)gk5.0(
sbl05.1
)gk7.0(
sbl57.1
)gk8.0(
sbl00.2
)gk1(
sbl52
.2
)gk1(
sbl05.2
)gk1.1(
sbl57.2
)gk2.1(
sbl00.3
)gk4.1(
sbl52.3
)gk5.1(
sbl05.3
)gk6.1(
sbl57.3
)gk7.1(
mpp07 sbl04
.0
)gk2.0(
sbl05.0
gk2.0(
sbl06.0
)gk3.0(
sbl66.0
)gk3.0(
sbl57.0
)gk3.0(
sbl08.0
)gk4.0(
sbl09.0
)gk4.0(
sbl00.1
)g
k4.0(
sbl01.1
)gk5.0(
sbl02.1
)gk5.0(
sbl52.1
)gk6.0(
mpp57 sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.
0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
sbl0.0
)gk0(
Table 2. Approximate amount of stabilizer (cyanuric acid) to obtain 40 ppm in pool
tnerruC
dicAcirunayC
mpp-leveL
g000,01
)L000,83(
g000,21
)L524,54(
g000,41
)L000,35(
g000,61
)L006,06(
g000,81
)L
731,86(
g000,02
)L000,67(
g000,22
)L003,38(
g000,42
)L058,09(
g000,62
)L124,89
g000,82
)L000,601
g000,03
)L000,431(
0)gk74.1(52.3)gk77.1(09.3)gk6.2(55.4)gk63.2(02.5)gk56.2(58.5)gk49.2(05.6)gk42.3(51.7)gk35.3(08.7)gk38.3(54.
8)gk21.4(01.9)gk24.4(57.9
01 )gk01.1(34.2)gk23.1(29.2)gk45.1(04.3)gk67.1(98.3)gk89.1(73.4)gk02.2(68.4)gk24.2(53
.5)gk46.2(38.5)gk68.2(23.6)gk80.3(08.6)gk03.3(92.7
02 )gk37.0(26.1)gk88.0(49.1)gk30.1(72.2)gk71.1(95.2)gk23.1(2
9.2)gk74.1(42.3)gk16.1(65.3)gk67.1(98.3)gk19.1(12.4)gk50.2(45.4)gk02.2(68.4