multi X 2500
Maintenance and care
93
Regularly check the casing of the magnetic stirring rod for cracks. Metal ions
entering the electrolyte solution can distort the analysis.
Avoid fluids from entering the stirring/cooling block and the plug-in contacts (risk
of short circuit).
10.3.5
Clean and store the combined electrode
NOTICE
Detergents and abrasives can destroy the combined electrode! The combined electrode
consists of ceramic materials which is mechanically sensitive especially near the fused
electrodes. For cleaning, the combined electrode may only be rinsed with Ethanol and
distilled water.
Drying of electrolyte on the combined electrode can cause an irreversible reduction of
its sensitivity or damage the electrode. Therefore, make sure that the electrolyte never
dries on the combined electrode.
For brief interruptions of operation (one day to the next):
Store the combined electrode in fresh electrolyte solution.
For decommissioning over several days:
Carefully rinse the combined electrode with ethanol and subsequently rinse it with
ultrapure water. Wipe the combined electrode with cellulose and store it in dry
condition.
10.4
Maintenance activities (optional version)
10.4.1
Checking the settings of the gas flows
1.
Switch on the system components of the multi X 2500.
2.
Open the gas supply to the basic device.
3.
Start the multiWin control and analysis software.
4.
Enable a method.
The D
EVICE
S
TATUS
window displays the current gas flows:
EOX determination
MFC
Should
Description
MFC 1
300 ml/min
Oxygen (primary oxygen), hose 3 Value cannot be changed
in the method
MFC 2
0 ml/min
(idle state)
Oxygen for post-combustion phase, hose 4 inlet at the
combustion tube, value is set in the method
MFC 3
100 ml/min
(idle state)
Pyrolysis gas (argon), hose 4 inlet at the combustion tube,
value is set in the method
Faulty gas inlet flows are highlighted in red in the D
EVICE
S
TATUS
window.
Содержание Analytik Jena Multi X 2500
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