4Installation
Hardware Installation
2D-LC User Guide 76
Alternative instrument setups for additional functionality
The standard stack setups can be upgraded with additional valves to add
additional functionality. Table 8 on page 66 gives an overview of all supported
modifications of a standard 2D-LC instrument. At a time, only one modification is
recommended to ensure correct operation of the instrument. The standard stack
setup uses one column compartment that hosts both the
1
D and
2
D column.
Table 9 List up supported modifications of a standard 2D-LC instrument configuration.
Alternative column compartment
concepts
Comment Page
A
1
D MCT/TCC hosts column
switching valve
If a 6-position/14-port or 8-position/18-port InfinityLab Quick
Change Valve is used, additional two adapters necessary
(2xG1316-87326, must be purchased separately)
See Figure 34 on
page 77
B Setups that contain separate
1
D and
2
D MCTs/TCCs
See Figure 35 on
page 78
C
Setups in which the
1
D
column is hosted in an
Integrated Column
Compartment (ICC)
Longer capillary (5500-1170) for Quick Connect Fitting at
column inlet or new 0.12x280mm Quick Connect Fitting
assembly (5067-5960) necessary (must be purchased
separately).
See Figure 36 on
page 79
D Setup with a MS diverter
valve
See Figure 37 on
page 80
E
Setup of a
1
D/
2
D Switching
Valve
If a
1
D and
2
D detector is used; not supported with
modifications A-C
See Figure 38 on
page 82
F
1
D/
2
D Switching Valve w/o
1
D detector
For setups that do not have a
1
D detector, e.g. for certain
LCxLC setups or setups with a QQQ mass spectrometer as a
2
D detector; not supported with modifications A-C
See Figure 39 on
page 83
G Single Heart-Cutting
Configuration as Single
Sample Loop Setup
For this setup port 4 and port 5 of the 2D-LC Standard must
be used to connect the single loop while the bypass capillary
is installed at the other position (Port 1 and 8) (for instance
see application G4245A ProtA-SEC Kit).
See Figure 39 on
page 83
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