Clearwater Spas TPS Manuale operativo - Pagina 3
Sfoglia online o scarica il pdf Manuale operativo per Sistemi di filtrazione dell'acqua Clearwater Spas TPS. Clearwater Spas TPS 4. Copper/silver water ionization system
Stampa la paginaThe recommended range is between 0.25 and 0.4 parts per million (PPM). If the
level is high, turn the system down by lowering the number on the readout, if it is
low, increase the number. Test the copper level every day initially. When it reaches
an acceptable range and remains stable, take note of the setting. Whenever you
change your water you can return it to this setting.
It is recommended that you test the water on a weekly basis to insure a proper
copper level. If the level is not within range adjust the controller accordingly.
ADDITIONAL OPERATION DETAILS:
The Following is a more detailed description of the operation of the 150-10MPC.
The controller on the 150-10MPC supplies power to the electrodes (the anode
and cathode). The output from the controller is preset and non-variable. To adjust
the amount of copper dispensed from the electrodes, you adjust the timing of the
duty cycle. The duty cycle is simply the time it takes for the controller to complete
a timed sequence of functions, or the time it takes the system to go through one
complete operation. So rather than varying the power to the electrodes to
adjust the ion output, the amount of time that power is applied to the electrodes
is adjusted.
A full-duty cycle of the 150-10MPC would include a "FWD" stage, an off
interval, a "REV" stage, and another off stage to complete a full duty cycle.
When changing the number on the digital readout with the set/reset and duty
cycle buttons, you are changing the amount of time in seconds that power is
being sent to the electrodes. So what would you see on the control panel? The
duty cycle consists of four stages; forward, off, reverse, and off.
The number on the readout is the length of time in seconds that power is applied
to the electrodes in the forward and reverse stage. Keep in mind, the longer the
"on" cycle, the shorter the "off" cycle.
As an example, assume the controller is set at 25. In the first stage, the "FWD"
indicator is on for 25 seconds. The anode indicator is also on. The anode indicator
will remain on throughout the ful-duty cycle. After 25 seconds the controller will
change to the "off" cycle. The off cycle will last approximately 300 seconds (5
minutes). Next, the "REV" indicator will light for 25 seconds. Next, the system will
move to the off cycle for an additional 300 seconds. This is one complete duty
cycle. The process then repeats. If the controller were set at 90, it would be in the
on cycle for 90 seconds and the off cycle for only 40 seconds. This allows for
greater control at lower levels. Set at 00, the 150-10MPC is off.