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Aquarius DIW Heaters Owner’s Manual
Ver. 1.0.0 | 29 Apr 2020 | P. 4
Subject to change without notice
The following tests are performed on all Aquarius
®
systems after assembly and before
shipping. The units are tested with DIW supplied to the unit and discharged to drain.
1. A high potentiometer test procedure is performed on the heaters used in Aquarius
®
systems. The test procedure includes a leak, thermocouple, and resistance test. For
detail, reference SOP 1201 High Pot Test Procedure.
2. Voltage, Flow, and Pressure readings on the controller are calibrated as follows:
a. Incoming voltage is measured on the input side of the contactor by a voltmeter. If the
measured voltage reading does not match the voltmeter reading on the screen, the
voltage value is adjusted accordingly by adjusting the voltage calibration parameter
which is located on the
System Calibration
screen of the
System Set Up Menu
.
b. An external flow meter is plumbed in-line with the DIW heater. The flow reading on
the touch screen should match the reading indicated on the external flow sensor. If an
adjustment is required the flow meter value is adjusted accordingly by adjusting the
flow calibration parameter which is located on the
System Calibration
screen of the
System Set Up Menu
.
c. An external pressure meter is plumbed in-line with the DIW heater. The pressure
reading on the touch screen should match the reading indicated on the external
sensor. If an adjustment is required the pressure value is adjusted accordingly
by adjusting the pressure calibration parameter which is located on the
System
Calibration
screen of the
System Set Up Menu
.
For more detailed information on the Aquarius
®
control system and operation screens
please refer to the PF3000 controller manual.
3. The Aquarius
®
control system is monitored and controlled by a Programmable Logic
Controller (PLC) and related hardware of the Aquarius
®
and checked for functionality.
a. The inputs and outputs of the Safety PLC are checked and verified.
b. All components and sensors are checked and tested.
c. Control system functionality are checked and tested.
4. Aquarius
®
DIW heating systems are tested to operate with the “
Process Temperature
Set Point
” parameter set to the maximum temperature possible according to the
equation below. This test will insure that all heater modules are operating and full heater
power is available.
a. Proper flow rate is calculated with the formula:
b. The calculated flow rate is introduced to the DIW heater and the unit is turned on. The
DIW heater is allowed to reach the process temperature set point.
c. At 95°C, the unit may trigger the
High Temperature Alarm
.
High Temperature Alarm indicates that adjustments are possibly required.
Make adjustments as indicated in the TROUBLESHOOTING GUIDE.
3. Factory Performance Test
KW x 3.79
GPM =
95°C – TEMP INPUT D.I. (°C)