Using the Elix System
25
3-2
E
LIX WITH A
P
OLISHER
,
L
OOP
R
ESISTIVITY
S
ENSOR OR
A10
ADDED
There are a few additional LCD Messages shown when the QGard TL Pack is used or if a Loop Resistivity Sensor has been added.
1.
PRODUCTION Mode for an
Elix System without a Polisher Upgrade Kit
looks like:
The TOC value may or may not be shown. This depends if the
Elix System is configured to have an A10 TOC Monitor.
2.
PRODUCTION Mode for an
Elix System with a Polisher Upgrade Kit looks like
:
When a
Polisher is added to an Elix System
, the existing System Resistivity Sensor is used. When a Polisher is added, the existing
Resistivity Sensor is configured to measure the Resistivity of the Post QGard Polisher Water instead of the post Elix Module Water. In
the example displays above, the Polisher increased the resistivity from 13.1 M
Ω
.cm to > 15.0 M
Ω
.cm (at 25
°
C).
3.
PRODUCTION Mode for an
Elix System with a Loop Resistivity Sensor
looks like:
When
DIST is shown on the 2nd line
, then the Resistivity and TOC values are measured from the Loop Water. In the example shown immediately above,
the water in the Loop has a Resistivity of 3.2 M
Ω
.cm (at 25
°
C) and a TOC value of 29 ppb. In this same example, pressing DATA will then show the
Resistivity and Temperature of the Elix System Product Water (the water filling the storage reservoir that becomes the Loop Water).
R I N S I N G
▄
4 0 %
P R O D U C T : 1 3 . 1 M
Ω
T C
T O C : 2 1 p p b
D A T A
S T A N D B Y
P R O D U C T I O N
▄
4 0 %
P R O D U C T : 1 3 . 1 M
Ω
T C
T O C : 2 1 p p b
D A T A
S T A N D B Y
R I N S I N G
▄
4 0 %
P R O D U C T > 1 5 . 0 M
Ω
T C
T O C : 2 1 p p b
D A T A
S T A N D B Y
P R O D U C T I O N
▄
4 0 %
P R O D U C T > 1 5 . 0 M
Ω
T C
T O C : 2 1 p p b
D A T A
S T A N D B Y
R I N S I N G
▄
4 0 %
D I S T : 3 . 2 M
Ω
T C
T O C : 2 9 p p b
D A T A
S T A N D B Y
P R O D U C T I O N
▄
4 0 %
D I S T : 3 . 2 M
Ω
T C
T O C : 2 9 p p b
D A T A
S T A N D B Y
