MIOX RIO Zuni 1, Инструкция по установке, эксплуатации и обслуживанию

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MIOX RIO Zuni™ Operators Manual
P/N: 102-00094-I Page 23
Normal Operation
The system is within the normal operating window for oxidant generation and is
running correctly
Startup/Shutdown
During the startup and shutdown modes of operation, the system flushes the lines
and cell with water to remove any excess salt that may crystalize and clog the plumbing
while the system is not in use. After the system enters this mode, it will automatically enter
Normal Operation or Standby after the flush is performed depending on whether or not it
was startup or shutdown.
NOTE: Excessive startups/shutdowns will dilute the oxidant in the storage tank due to the
excess water being added to the tank.
System Fault
The system has encountered an abnormality in the operating parameters and is
either attempting to resolve it automatically (flashing) or needs manual resetting and
inspection (solid). Refer to the Fault Conditions sub-section of the Troubleshooting guide
included in this manual for more information of fault conditions and actions to remove them.
Brine Supply Issues
If the system has an abnormally high brine pump duty, the LED will flash blue. High
brine duty can be caused by a number of things all relating to the amount of salt entering
the cell. Check brine lines for leaks/clogs, brine salt concentration levels, and pump hoses to
ensure that they are all in working order. If the problem persists, contact your customer
support provider for additional troubleshooting assistance.
LCD Display
The display constantly updates with the current operating conditions of the system.
Information including system hours, cell hours, operational mode, cell current, inlet
temperature and outlet temperature cycles continuously through the display when in ‘Run’
mode.
Level Switch Assembly
The level switches in the oxidant tank act as the ‘Run/Stop’ switch for the unit. When both
level switches are low, the OSG enters ‘Run’ mode and makes oxidant until both level
switches are high. Once both level switches have been triggered high, the unit enters
‘Standby’ until both level switches are again in the low position.
If desired, the unit may be put into constant run mode by connecting together the two
halves of the level switch cable on the back I/O panel. This will bypass the level switches
and prevent the unit from ever going into standby.
Communications