Pentair iCHLOR - Power Center; Loop Plumbing Diagram

5
English
• Flow Sensor: A ow sensor assures that there will always be adequate water ow through the iCHLOR. If the iCHLOR is
not properly plumbed and/or does not receive adequate water ow, no chlorine will be produced.
• Temperature Sensor: To protect the iCHLOR from operaon and potenal damage when the temperature of the pool
water falls below 11° C, ±1.67° C, the temperature sensor switches the cell o, illuminates the COLD WATER light and no
chlorine will be produced.
• Salt Sensor: Two (2) salt sensor probes in the iCHLOR are acvated each me the iCHLOR is switched on and again during
every 12 hours of connuous running. At each of those mes, the salt level LED indicator lights ash in a scrolling sequence
for two (2) minutes to indicate that the iCHLOR is in analysis mode. Aer two (2) minutes, the LED indicators lights will signal
one (1) of three (4) salinity ranges. For more informaon, see “Salt Level Status LEDs”.
Note: The salt sensor reading is within +/- 500 ppm accuracy.
KREEPY KLOR Power Center
The power supply is connected with the pool circulaon pump electrical source so that the iCHLOR only operates when the
pool pump is on. The Power Center should be mounted vercally on the wall up to three (3) meter away from the cell. The
Power Center contains the transformer, fuse, and connector to the cell. A fuse holder is mounted on the boom of the Power
Center for addional protecon. There are no other controls or lights on the Power Center. For informaon about installing
and proper use of the Power Center, see the “iCHLOR Power Center Installaon Guide” .
The iCHLOR Power
Center does NOT
control the pump. The iCHLOR Salt
Chlorinator only produces chlorine
when the pool pump is on.
Before plugging
or unplugging the
iCHLOR Salt Chlorinator to the
Power Center, rst switch o the
AC power to the Power Center.
Loop Plumbing Diagram
The iCHLOR Salt Chlorinator is designed to operate with water ow rates from 5.7 m³/h to not exceed 24 m³/h. For ow rates
over 18 m³/h minute you must use a bypass loop (as shown below) for best chlorine producon. Installaons with ow rates
over 18m³/h include those that have in-oor cleaning systems or booster pumps. These systems MUST use a bypass loop
with the iCHLOR with a ow control valve that assures that the ow through the iCHLOR is maintained within its designed
operang water ow rates.
Bypass Loop
FLOW
OUT
FLOW
IN
VALVE
FLOW IN
FLOW OUT
Flow Control Valve
“UPWARD FLOW”
NOT TO SCALE