Using the Elix System
27
6.
Press the Bottom Keypad Button to see the FLOWMETER DATA.
The Feedwater flow rate is 200 LPH. In this
example, an Elix 70 was used and the calculated
System Recovery is 30%.
7.
Press the Bottom Keypad Button to see the Elix Module electrical data.
8.
Press the Bottom Keypad Button to see the CONSUMABLE TIMER.
In this example the Progard TL needs to be replaced in 56
days and the Elix System UV Lamp needs to be replaced
in 215 days.
9.
Press the Bottom Keypad Button to see the next display. If the Elix System is configured to have an A10 TOC Monitor, then
the A10 UV Lamp maximum lifetime is shown. In the example shown here, the A10 UV Lamp will normally be replaced every
365 Calendar Days (365 D).
In this example, the A10 UV Lamp will need to
be replaced in 100 Days
10.
Press the Bottom Keypad Button to see the SETPOINT DATA.
There are 3 Setpoints in the example shown immediately above. The TOC Setpoint is turned off. The Elix System Product Water Resistivity will turn on a
message if its resistivity is < 10.0 M
Ω
.cm. The Loop Resistivity Setpoint is 2 M
Ω
.cm. A message will be displayed if the Loop Water Resistivity is < 2.0
M
Ω
.cm.
C O N S U M A B L E T I M E R S 2
T O C L A M P R T I M E : 1 0 0 D
→
C O N S U M A B L E T I M E R S 1
P R O G A R D R T I M E : 5 6 D
U V L A M P R T I M E : 2 1 5 D
→
R O F L O W D A T A
P R E S S U R E : 1 0 . 0 b a r
F : 2 0 0 l / h R E C : 5 0 %
→
E L I X D A T A
C H A N 1 : 9 3 V
C H A N 2 : 9 3 V
C H A N 3 : 2 5 0 V
→
P R E S S U R E D A T A
R O : 1 0 . 0 b a r
F E E D : 2 . 1 b a r
→
R O F L O W D A T A
P R E S S U R E : 1 0 . 0 b a r
F : 3 0 0 l / h R E C : 3 0 %
→
E L I X D A T A
C H A N 1 : 9 3 V
C H A N 2 : 9 3 V
C H A N 3 : 2 5 0 V
→
C O N S U M A B L E T I M E R S 1
P R O G A R D R T I M E : 5 6 D
U V L A M P R T I M E : 2 1 5 D
→
S E T P O I N T D A T A
T O C : O F F
P R O D U C T : 1 0 M
Ω
T C
D I S T : 2 M
Ω
T C
→
C O N S U M A B L E T I M E R S 2
T O C L A M P R T I M E : 3 6 5 D
→
