Siemens ADVIA 2400 Manual

Maintenance 107
5 Maintenance ...........................................................................................................109
Maintenance schedule............................................................................................................................109
Daily maintenance...................................................................................................................................110
Inspecting and cleaning the probes .......................................................................................................................110
Cleaning the probes using automatic advance probe motion............................................................................110
Cleaning the probes using manual probe motion..............................................................................................111
Probe cleaning procedure (optional method) ....................................................................................................112
Inspecting and cleaning the mixing rods and mixer wash cups .............................................................................113
Checking reagents and system solutions...............................................................................................................114
Inspecting and cleaning the reaction (WUD) and dilution (DWUD) cuvette washers.............................................114
Inspecting and cleaning the cuvette splash covers................................................................................................117
Inspecting and cleaning the probe wash cups.......................................................................................................118
Checking pumps for leaks......................................................................................................................................119
Checking the SP and DIP vertical pumps for leaks...........................................................................................119
Checking other vertical pumps for leaks............................................................................................................120
Checking the horizontal pumps for leaks...........................................................................................................120
Performing the startup wash (WASH3)..................................................................................................................121
Performing the shutdown wash..............................................................................................................................123
Performing additional ISE electrode washes .........................................................................................................124
Recording ISE slopes ............................................................................................................................................124
Weekly maintenance...............................................................................................................................125
Performing the weekly wash..................................................................................................................................125
Checking and replenishing the lamp coolant .........................................................................................................126
Checking lamp energy...........................................................................................................................................127
Reading lamp energy data ................................................................................................................................129
Measuring cuvette blanks......................................................................................................................................129
Cell blank measurement results are summarized as follows:............................................................................130
Cleaning the analyzer and rack handler exterior panels........................................................................................131
Monthly maintenance .............................................................................................................................132
Cleaning the turntable interiors (STT/CTT and RTT).............................................................................................132
Cleaning the inside of the STT/CTT housing.....................................................................................................132
Cleaning the inside of the reagent tray refrigerated housing.............................................................................133
Cleaning or replacing the wash solution reagent containers (53 – 56) ..................................................................133
Cuvette wash and cuvette conditioner usage....................................................................................................134
Cleaning and replenishing the dilution bottle .........................................................................................................134
Cleaning and replenishing the cuvette wash bottle................................................................................................135
Cleaning the chiller filter.........................................................................................................................................137
Every 2 months maintenance ................................................................................................................138
Cleaning the dilution tray cuvettes.........................................................................................................................138

108 ADVIA 2400 Operator’s Guide
Cleaning and replenishing the cuvette conditioner bottle.......................................................................................139
Every 3 months maintenance ................................................................................................................141
Replacing the lamp................................................................................................................................................141
Washing the ISE electrodes lines ..........................................................................................................................143
Every 4 months maintenance ................................................................................................................145
Cleaning the ancillary reagent bottle filters............................................................................................................145
Cleaning the pure-water bottle filter.......................................................................................................................146
Replacing the reaction and dilution cuvettes..........................................................................................................148
As required maintenance.......................................................................................................................151
Backing up system files .........................................................................................................................................151
Restoring system files............................................................................................................................................152
Replacing the SPP, RPP1, and RPP2 probes.......................................................................................................152
Removing a probe.............................................................................................................................................153
Replacing DPP probes equipped with crash detection ..........................................................................................155
Removing the DPP probe..................................................................................................................................155
Replenishing the RRV (reaction) bath oil bottle.....................................................................................................158
Preventive cleaning of the wash station lines ........................................................................................................159
Washing all the ISE lines.......................................................................................................................................163
Washing the lines..............................................................................................................................................164
Rinsing the lines................................................................................................................................................164
Priming and initializing the ISE module.............................................................................................................164
Replacing ISE electrodes.......................................................................................................................................165
Removing electrodes.........................................................................................................................................167
Installing electrodes...........................................................................................................................................167
Priming the ISEs ...............................................................................................................................................168
Calibrating the ISEs...........................................................................................................................................168
Storing the reference electrode.........................................................................................................................169
Conditioning the ISE Na and K electrodes.............................................................................................................165
Cleaning the dilution bowl and waste-drain nozzle.............................................................................169
Cleaning the dilution bowl .................................................................................................................................169
Cleaning the waste-drain nozzle .......................................................................................................................170
Maintaining the ISE unit after the dilution bowl and waste-drain nozzle are clean............................................171
Recovering from a power failure............................................................................................................................171
Preparing the system for an expected power outage........................................................................................171
Preparing the system for power return (if power was unexpectedly lost while system was on).........................172
Recovering from an unexpected power outage (after power returns, when power was unexpectedly lost while
system was on).................................................................................................................................................172

Maintenance 109
5 Maintenance
Maintenance schedule
Perform maintenance procedures at the recommended frequency to maintain the operating
efficiency of your analyzer. Procedures marked with an * may require more frequent performance
(described in each procedure).
WARNING
The maintenance procedures described in this
document are to be performed ONLY by Siemens-
trained users. Some of these procedures require the
top cover be opened and the probe splash shields
removed, exposing the user to biohazard materials
and moving parts.
CAUTION
To avoid reporting faulty data, deterioration
of reproducibility, or damage to the ISE
module and its parts, follow the precautions
listed below:
•Immediately clean up any spills or leaks.
Repair the source of leaks.
•Do not leave the chloride electrode wet
pack open. The electrode dries and
becomes inactive.
•Always condition electrodes before first
use.
Daily
Clean the probes.
Clean the mixing rods.
Check reagents and system solutions.
Clean the reaction and dilution cuvette washers.
Inspect the cuvette splash covers
Inspect the probe wash cups
Inspect the pumps.
Wipe condensation from the reagent trays.
Perform startup wash.
Perform shutdown or modified shutdown wash.*
Perform additional ISE wash.*
Record ISE slopes
Weekly
Perform the weekly wash.*
Check the lamp coolant level.
Perform lamp energy check.
Perform cuvette blank (cell blank) measurement.
Clean the exterior analyzer panels.
Monthly
Clean the turntable interiors.
Clean or replace reagent containers (47-50).
Clean the dilution bottle.
Clean the cuvette wash bottle.
Clean the chiller filter.
Every 2 Months
Clean the dilution tray cuvettes.
Clean and replenish the cuvette conditioner
bottle.
Every 3 Months
Replace the lamp.
Wash the ISE electrode lines.*
Every 4 Months
Clean the ancillary reagent bottle filters.
Clean the pure-water bottle filters.
Replace the reaction and dilution cuvettes.
As required
Back up system files.
Replace probes.
Replenish the RRV-bath oil bottle.
Perform preventive cleaning of the wash
station lines.
Wash all ISE lines (if contaminated).
Condition the ISE electrodes.
Replace ISE electrodes.
Clean the ISE dilution bowl and waste nozzle.
Recover from a power failure.

110 ADVIA 2400 Operator’s Guide
Daily maintenance
Inspecting and cleaning the probes
BIOHAZARD
Wear personal protective
equipment.
Use universal precautions.
Materials required:
• Phillips screwdriver
• Alcohol prep pad or lint-free towels and
5% bleach solution
Time: 10 minutes
Analyzer mode: READY
1. Visually inspect each probe daily.
1 Dilution Probe (DPP)
2 Sample Probe (SPP)
3 Reagent Probe 1
(RPP1)
4Reagent Probe 2
(RPP2)
Figure 5-1 Location of probes
•Replace any clogged probes. See Replacing the Probes in the online Operator’s
Guide.
•Clean all probes daily (proceed to step 2).
TIP
Perform the Shutdown Wash and Weekly Wash as scheduled, to prevent the probes
from clogging.
2. Clean each probe using one of the 3 methods described below:
Cleaning the probes using automatic advance probe motion
1. At the Menu Panel, select Maint, then select Manual Operation.
2. At the Manual Operation window, double-select the code for the probe you want to
move as follows:
Probe Code
dilution probe 3.DPPLR
sample probe 16.SPPLR
Reagent probe 1 37.RPPLR-1
Reagent probe 2 49.RPPLR-2
3. Select Move the number of times necessary to move the probe to the accessible
location, then select Exit to close the probe window.

Maintenance 111
Probe Accessible Location
Dilution probe (DPP) Over the sample tray (STT)
OR over the ISE
Sample probe (SPP) Over the dilution tray (DTT)
Reagent probe 1 (RPP1) Over reagent tray 1 (RTT1)
Reagent probe 2 (RPP2) Over reagent tray 2 (RTT2)
4. Place a lint-free towel under the probe.
5. Using prep pads or lint-free towels and 5% bleach solution, wipe the probe, then
wipe with water.
CAUTION
To avoid bending the probes, do not use excessive force while cleaning,.
NOTE
Verify that the probe ends do not contain any imperfections, which could cause
contamination. Replace probes as necessary. Refer to the online Operator’s Guide for
this procedure.
6. Close the Manual Operation window, then select Yes when prompted.
7. At the Operation Panel, select Initialize to return all probes to the home position
(over the wash cups).
8. After cleaning, ensure that no threads or fibers are left on the probes.
9. Verify the analyzer mode is READY before performing any further actions.
Cleaning the probes using manual probe motion
1. Put the system in Standby mode.
CAUTION
If you are performing this procedure with the power off, manually support (lift) the probe
to avoid damaging the probe tip. Be careful not to strike the probe against other
components on the analyzer.
2. Lift and manually rotate the probe arm to an accessible location.
The movement may feel a bit awkward and tight.
Figure 5-2. Manually adjusting probe

112 ADVIA 2400 Operator’s Guide
Probe Accessible Location
Dilution probe (DPP) Over the sample tray (STT) OR over the ISE
Sample probe (SPP) Over the dilution tray (DTT)
Reagent probe 1 (RPP1) Over reagent tray 1 (RTT1)
Reagent probe 2 (RPP2) Over reagent tray 2 (RTT2)
3. Place a lint-free towel under the probe.
4. Wipe the probe with prep pads, then wipe3 with water.
CAUTION
To avoid bending the probes, do not use excessive force while cleaning .
5. Manually move the probe in position over the probe wash cup but not into the
wash port.
6. At the Operation Panel, select Initialize to return all probes to the home position
(over the wash cups).
7. Ensure that no threads or fibers are left on the probes.
8. Verify the analyzer mode is READY before performing any further actions.
Probe cleaning procedure (optional method)
IMPORTANT
You can use this procedure only after you remove the wash covers.
1. Select Maint.
2. Select User Maintenance.
3. At the User Maintenance window, in the Position Probe for Routine Cleaning area,
select Start, then select Yes when prompted.
4. Wipe the probe with prep pads or lint-free towels and 5% bleach solution.

Maintenance 113
5. Check the alignment of the probe to the cuvette.
If the probe is not centered over the cuvette, call your local technical support
provider or distributor.
6. Close the User Maintenance window, then select Yes when prompted.
7. At the Operation Panel, select Initialize to return all probes to the home position
(over the wash cups).
8. Verify that the analyzer mode is READY, before performing any further actions.
Inspecting and cleaning the mixing rods and mixer wash cups
Materials required:
• Lint-free towel
• Deionized water
• Cotton-tipped applicators
Time: 5 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
Figure 5-3. Mixing rods
1 Dilution Mixer
2 Reagent Mixer1
3 Reagent Mixer2
1. Visually inspect each mixing rod and mixer wash cup for cleanliness.
2. Clean any dirty mixing rods or wash cups to avoid contamination of the mixers,
which results in carryover:
a. With the instrument in the READY state, visually verify each mixing rod is at its
upper limit.
b. Using lint-free towels moistened with deionized water, wipe the mixing rod.
CAUTION
Do not use excessive force while cleaning, to avoid bending the mixing rods.
3. Inspect the mixing wash cups for cleanliness, then clean if dirty:
a. Pour deionized water into the mixer wash cup.

114 ADVIA 2400 Operator’s Guide
b. With lint-free towels and cotton-tipped applicators, clean the mixer wash cup.
CAUTION
Do not apply excessive force while cleaning, to avoid damaging the sensor.
4. Ensure that no threads or fibers are left on the mixing rods after cleaning.
NOTE
If an overflow error message displays, water is probably on the sensor. Dry the
sensor.
To clear the alarm message, on the Operation Panel, select the alarm icon.
Checking reagents and system solutions
Refer to page 73, Checking the availability of the reagents and wash solutions, in the
Operating the System section in this manual or, for more detail, refer to the online
Operator’s Guide.
Inspecting and cleaning the reaction (WUD) and dilution (DWUD)
cuvette washers
Materials required:
• Lint-free towel
• Alcohol prep pads or lint-free towels
and 5% bleach solution
• 4-mm hex wrench
Time: 10 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
1. Inspect the exterior of the reaction cuvette washer (WUD) and dilution cuvette
washer (DWUD) tubing for cleanliness.
2. Check the WUD and DWUD for leaks.
TIP
Perform this inspection in addition to the startup, shutdown, and weekly washes, to
keep the WUD and DWUD from clogging.
In the event of a clog, call your local technical support provider or distributor for
assistance.

Maintenance 115
Figure 5-4. Cuvette wash stations
1Dilution Cuvette Wash
Station (DWUD)
2Reaction Cuvette Wash
Station (WUD)
3. Remove the wash head:
a. Cover nearby cuvettes with lint-free toweling to protect them from dust.
b. Loosen the retaining screw (1) with a 4-mm hex wrench.
c. Lift the wash head from the wash station assembly.
CAUTION
Ensure that the tubes remain connected to the ports. Use care not to crimp the tubing.
Dilution cuvette wash station (DWUD) Reaction cuvette wash station (WUD)
Figure 5-5. DWUD and WUD wash stations
4. Look for signs of wear or damage to the drying nozzle (2).
If wear or damage is present, call your local technical support provider or distributor.
5. Witith prep pads or lint-free towels soaked in 5% bleach solution, wipe eachwash
head nozzle and inspect the pipet and tubing for clogs. If clogs are present,manually
dislodge them by feeding the wire stylet, found in the maintenance toolkit, through
the pipet or tube. Check that the three pipes in each nozzle move smoothly against
the spring tension.

116 ADVIA 2400 Operator’s Guide
Figure 5-6. Wiping the wash stations with lint-free towels
6. Reinstall the wash head:
a. Replace the wash head using the alignment pins located on either side of the
retaining screw, then tighten the 4-mm hex screw.
b. Ensure that all tubes are securely connected.
c. Remove the toweling.
d. Ensure that each nozzle is centered above the corresponding cuvette.
7. At the Operation Panel, select Initialize and verify the the DWUD and WUD are in
the up position and that the analyzer is in READY mode.
8. Verify the wash head nozzles are correctly centered in the cuvettes:
a. At the Menu Panel, select Maint, then select Manual Operation.
For additional information concerning the Manual Operation window, refer to
the Manual Operation window in the online Operator’s Guide.
b. At he Manual Operation window, double-select 14.DWUD or 23.WUD.
c. Select Move to slightly lower the washer nozzles, then verify that they are
correctly positioned.
If not, call your local technical support provider or distributor.
d. Verify the nozzles are correctly centered.
e. At the DWUD or WUD window, select Init., then select Exit to raise the washer
nozzles.
9. At the Operation Panel, select Initialize, then verify the DWUD and the WUD are in
the up position and the instrument is in the READY state.

Maintenance 117
Inspecting and cleaning the cuvette splash covers
Materials required:
• Lint-free towel
• Deionized water
Time: 5 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
NOTE
Cuvette covers are installed around the probes to prevent water and reagent from entering
the dilution and reaction cuvettes.
1. Inspect the cuvette covers for spills and splattering.
If there is any splattering is on the cuvette covers (1), proceed to step 2.
Figure 5-7. Cuvette covers
2. Using lint-free towels moistened with deionized water, wipe down the covers.
WARNING
Do not touch probes or mixing rods, to avoid contamination.
3. If splattering is extensive or enters the cuvettes, call your local technical support
provider or distributor.

118 ADVIA 2400 Operator’s Guide
Inspecting and cleaning the probe wash cups
Materials required:
• Phillips screwdriver
• Lint-free towel
• Deionized water
Time: 5 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
NOTE
Keep the probe wash cups clean to ensure proper cleaning of the probe.
Clean any wash cups that fail the daily visual inspection for cleanliness.
1 Dilution Probe Wash Port 2 (LAS)
2 Dilution Probe Wash Port 1
3 Sample Probe Wash Port
4 Reagent Probe 2 Wash Port
5 Reagent Probe 1 Wash Port
Figure 5-8. Wash ports
1. Visually inspect each probe wash cup for cleanliness.
If any of the probe wash cups appear dirty, clean them as described in the following
steps.
2. At the Menu Panel, select Maint, then select User Maintenance.
3. At the User Maintenance window area labeled Probe posi.adjust., select Position
adjust start.
All probes move to the cuvette positions, allowing access to the wash ports. The
operating mode display on the Operation panel indicates that the instrument is in the
WAIT state. For additional information, see the User Maintenance window in the
online Operators Guide.
4. Pour deionized water into the wash cups and overflow sensor unit, then clean and dry
these areas with lint-free towels.
CAUTION
Do not apply excessive force while cleaning the overflow sensor, to avoid damaging it. If
an overflow error message appears, there is probably water on the sensor. Dry the sensor.
To clear the alarm message, on the Operation Panel, select the alarm icon.
5. At the Operation Panel, select Initialize to return the system to READY mode.

Maintenance 119
Checking pumps for leaks
A decrease in liquid flow or the presence of air bubbles in the lines may be due to a
leaking pump. Inspect the pumps for leaks daily to identify potential problems.
Materials required:
• Lint-free towel
Time: 10 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
1 DCP
2 DIP
3 DOP
4 SCP
5 SP
6 RP-1
7 RWP-1
8 RP-2
9 RWP-2
Figure 5-9 Vertical pumps
Checking the SP and DIP vertical pumps for leaks
Liquid leaking from the seal on the sampling pump (SP) or the dilution aspiration pump
(DIP) flows to the drive lever unit. If the drive lever unit is wet, the pump seal must be
replaced.
1. Closely inspect the plastic cylinder (1) for moisture.
Figure 5-10 Sp and DIP vertical pumps
2. To replace the pump seal if the drive lever unit is wet, call your local technical
support provider or distributor.

120 ADVIA 2400 Operator’s Guide
Checking other vertical pumps for leaks
Use this procedure to test for leaks from other vertical pumps: the sampling wash pump
(SCP), dilution wash pump (DCP), dilution discharge pump (DOP), reagent dispensing
pumps (RP1 and RP2), and reagent wash pumps (RWP1 and RWP2).
1. To determine if any of these pumps are leaking, inspect the upper portion (1)
(cylinders, L-ring holders, tubes and fittings) of the vertical pumps.
Figure 5-11. Typical vertical pump
2. If the pump is leaking, you must replace the pump seal. To replace the pump seal,
call your local technical support provider or distributor.
Checking the horizontal pumps for leaks
Horizontal pumps consist of the dilution cuvette wash pumps, DWP1, DWP2, DWP3 and
DWP4; the reaction cuvette wash pumps, WP1, WP2, and WP3; and reaction cuvette
detergent pumps DTP1 and DTP2).
1DWP1
2DWP2
3DWP3
4DWP4
5WCV2
6WCV1
7WP1
8WP2
9WP3
10 DTP1
11 DTP2
Figure 5-12. Horizontal pumps

Maintenance 121
There are two types of horizontal pumps, those with double seals and those with a single
seal. The method of checking for leaks is the same for both:
1. To determine if any of these pumps are leaking, inspect the front portion (1).
Figure 5-13. Typical horizontal pump
2. If there is a leak, the seal(s) must be replaced. To replace the seals, call your local
technical support provider or distributor.
Performing the startup wash (WASH3)
Materials required:
• Deionized water
Time: 26 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
The daily startup wash rinses the probe lines, reaction cuvettes and dilution cuvettes.
NOTE
Laboratories running the system more than 8 hours per day are advised to perform this
procedure once per shift.

122 ADVIA 2400 Operator’s Guide
Location Position Wash Solution
1 CTT-15 ISE Detergent Solution
1 CTT-16 Deionized water
1 CTT-49 10% Cuvette Wash Solution (Daily)
5% Reagent Probe Wash 3 (Weekly)
1 CTT-50 Deionized water
1 CTT-51 Deionized water
2 RTT1-47 Reagent Probe Wash 1
2 RTT1-48 Reagent Probe Wash 2
2 RTT1-49 10% Cuvette Wash Solution (Daily)
5% Reagent Probe Wash 3 (Weekly)
2 RTT1-50 Deionized water
3 RTT2-47 Reagent Probe Wash 1
3 RTT2-48 Reagent Probe Wash 2
3 RTT2-49 10% Cuvette Wash Solution (Daily)
5% Reagent Probe Wash 3 (Weekly)
3 RTT2-50 Deionized water
Figure 5-14. Location of wash solutions on the CTT and RTT trays
1. At the Operation Panel, select Wash.
2. Ensure the 10-mL tube at CTT (1) position #51 contains DI water.
TIP
By choosing CTT position #50 for WASH 2 and CTT position #51 for WASH 3, you
only need to refill the CTT container once.
3. Ensure the container at RTT1 (2) and RTT2 (3) position #50 contains DI water.

Maintenance 123
NOTE
At your laboratory’s discretion, you may use other positions for the washes on each
of the trays, but you must change the entries for the alternate positions in the
appropriate fields on the WASH Set window.
4. At the WASH Set window, define the WASH3 container positions as follows:
a. Select WASH3.
b. Select 1for Cycles.
c. Type 51 in the CTT cup position 1st time field.
d. Type 50 in the RTT1 and RTT2 bottle position 1st time field.
5. Select Execute.
Performing the shutdown wash
Materials required:
• 10% solution of Cuvette Wash
Solution (REF 00195330, PN B01-
4178-01)
• Deionized water
• ISE Detergent
(REF 01307361,
PN B01-4174-01)
Time: 38 minutes
Analyzer mode: READY
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
The daily shutdown wash uses a detergent to clean the probe lines, reaction and dilution
cuvettes, and ISE components.
NOTE
Laboratories running only urine samples or those running the system more than 8 hours
per day are advised to perform the Weekly wash procedure in place of this Shutdown
wash procedure.
For location of washes on the CTT and RTT trays, refer to Figure 5-14.
1. At the Operation Panel, select Wash.
2. Ensure the 10-mL tube at CTT (1) position #49 contains a 10% solution of Cuvette
Wash Solution, the cup at CTT position #16 contains pure water and the cup at CTT
position 15 contains ISE detergent.
3. Ensure the bottle at RTT1 (2) and RTT2 (3) position #49 contains a 10% solution of
Cuvette Wash Solution.
4. Ensure the 10-mL tube at CTT (1) position #50 contains DI water.
5. Ensure the bottle at RTT1 (2) and RTT2 (3) position # 50 contains DI water.
NOTE
At your laboratory’s discretion, you may use other positions for the washes on each
of the trays, but you must change the entries for the alternate positions in the
appropriate fields on the WASH Set window.

124 ADVIA 2400 Operator’s Guide
6. At the WASH Set window, define the WASH2 container positions as follows:
a. Select WASH2.
b. Select 2for Cycles.
c. Enter 49 in the CTT cup position 1st time field and 50 in the CTT cup position
2nd time field.
d. Enter 49 in the RTT1 and RTT2 cup positions 1st time fields and 50 in the RTT1
and RTT2 cup positions 2nd time fields.
e. Select Execute.
Performing additional ISE electrode washes
Materials required:
• ISE Detergent Solution
(REF 01307361, PN B01-4174-01)
Time: 5 minutes
Analyzer mode: Manual operation
BIOHAZARD
Wear personal protective equipment.
Use universal precautions.
ISE Detergent Solution is automatically run through the ISE module as part of the
shutdown wash procedure (WASH2). Manually perform additional ISE washes
(described in the following procedure) once per shift under either of the following
conditions:
•Dialysis samples are run routinely.
•The system is run more than 8 hours per day.
NOTE
Do NOT perform the ISE electrode wash more than 3 times per day (once as part of the
shutdown wash and twice on a per shift basis). Pour fresh ISE Detergent into a cup, not a
tube, before each wash, from the CTT.
1. At the Menu Panel, select Maint., then select ISE Operation.
2. In the Period.wash area, select OFF, then select Set.
3. At the Wash Electrode area, type the position number of the ISE Detergent container
in the Detergent posi. field.
4. In the Container field, select the type of container for the wash solution.
The recommended type of container is 6 : 2mlCUP/Adp.
5. Pour ISE Detergent Solution in the container and place it in the CTT position entered
in step 3.
6. In the Wash Electrode area, select Execute, then select Yes when prompted.
7. At the ISE Operation window, in the Period.wash area, select ON, then select Set.
8. Close the window, then select Yes when prompted.
Recording ISE slopes
Once a day, record the slopes from a successful ISE calibration on the Maintenance Log.
The slopes are provided on the ISE Monitor, RBL/Calibration History, and RealTime
Monitor windows following a successful calibration.