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Premier Series Automatic Deionizer Features
3
Cat. No. 01024000
Feature
Use/Benefit
Diagnostics Check Sensors Flow Meter
Pulses and External TDS Inputs
The DIAGNOSTICS menu allows you to see the flow meter pulses per sec-
ond and the status of external TDS input switch, if so equipped.
Twin Alternating Mode
The twin alternating mode uses two stand-alone controllers and a standard
communication cable to connect the systems. See
Test Communication Between Circuit
Boards (For Alternating Systems)
The DIAGNOSTICS menu includes a test of the communication between
the master and slave systems that indicates if the communication is working
by verifying that the packet count is increasing in value.
Progressive Flow Update (For Alternating
Systems)
The SYSTEM SETUP menu includes progressive flow updates where you
can update the settings from the master DIGBE to the slave DIGBE. In al-
ternating mode the system will reset the master unit to service and the slave
unit to standby.
Optional Premier Series Automatic Deionizer Features
Feature
Use/Benefit
Flow Meter/Sensor Input
Supports various types of Hall effect flow sensors using a pro-
grammable K factor to initiate a regeneration sequence. See
“Appendix C Flow Device K-Factor Data” on page 81
. The
ACCESSORIES > FLOW METER menu has a
FLOW METER >
NOT INSTALLED
option. Flow meter is INSTALLED by defualt,
but can be NOT INSTALLED if no flow meter is used.
Telephone Modem
•
Calls in reports on regenerations and alarm conditions.
•
Automatically updates time and date when calling in.
Alarm Relay PCB Operation
An alarm relay printed circuit board (P/N 01022238) can be in-
stalled onto the GBE board. If the DIGBE is powered on and there
are no errors present, then the relay is energized. When an error
condition exists the relay is de-energized.
Auxiliary Input (optional)
Capable of accepting a remote signal from a dry contact device;
External TDS Monitor.
Multiple Unit Communication (optional) (ONLY in
Twin Alternating mode)
A communication cable interconnects multiple units to operate the
controller in the Alternating Flow mode and prohibits them from
regenerating at the same time.
Vacuum Protection (Required)
WARNING! Do not subject the fiberglass deionizer tanks to an internal vacuum. They might be
damaged!
Using a siphon break to vent the drain can eliminate drain line suction. If the service line is subject to a vacuum (such as a
pump down stream), install vacuum breakers on the upper harness crosses of both tanks. Each cross has a plug that can
be removed to provide a connection point for the vacuum breaker.
Recirculation Pump System (Optional)
Recirculation pumps are available for all of our deionizer systems. The purpose of the recirculation system is to maintain
a minimum flow rate through the resin bed during no flow service requirements. During these periods, the water quality
tends to deteriorate. The recirculation system draws water from the deionizer product side and pumps it back into the inlet
side thereby keeping the flow rate high enough to prevent channeling of the resin bed and subsequent loss of quality or
capacity. Usage of water to service causes the pump to stop pumping.