Thermo Scientific TSQ 9610 Hardware Manual page 185

Thermo Scientific
ATTENTION DOMMAGES À L'INSTRUMENT Ne rayez pas les surfaces d'étanchéité. Soyez
particulièrement prudent lorsque la carte d'interface de la source entre en contact avec la
surface du joint torique.
2. Insert transferline fully into the source block and the manifold.
a. Ensure that the warning label is visible from the top front of the transfer line and the
source end of the transfer line has the cutaway for the set screw facing the front of the
instrument.
b. Ensure the set screw is removed from the source block so that it cannot scratch the
incoming transfer line.
c. Be careful to match the rotation of the transfer line to the source block. The
connection should not be forced – this could cause galling and damage. If the parts
are aligned they will fit together closely. The transferline has a cutaway under the set
screw that helps identify when it is fully into the block.
d. The CI and calibration gas tubing should be fully inserted into the source end of the
transferline. If the weld is damaged by improper handling, the tubes may still be
functional so long as they are bent to remain fully inserted into their holes at the end
of the transfer line.
e. Fully screw in screws holding the transfer line to the manifold, compressing the
o-ring until the transfer line flange metal touches the metal of the manifold.
3. Screw in the set screw holding the source block to the transfer line.
4. Once the transfer line is fully inserted into the manifold and source block, screw in the set
screw holding the parts together using finger-tight torque.
Note The set screw is made from a special material to resist galling. Do not swap it with
other screws.
5. If you have an NVAEI ion source, ensure there is no gap between the source magnet and
manifold door. See Figure 136.
3
Advanced Troubleshooting
Replacing Components of the Analyzer
TSQ 9610 Hardware Manual 155