2.4 Supported Panels
Olink Signature Q100 supports the use of the following panels:
• Olink® Target 96 panels
• Olink® Target 48 panels
• Olink® Focus panels
2.5 Instrument Specifications
Refer to the Olink Signature Q100 Site Requirements Guide for instrument specifications and the recommended
environmental conditions.
2.6 Air Options
The Olink Signature Q100 system uses compressed air to pressurize fluids and control channels in the chip. The instrument
contains an internal compressor that draws in ambient air by default. Optionally connect it to an in-house air source.
NOTE:
Use a clean, dry air (CDA) system whenever possible to help prevent corrosion within the pneumatic
system.
To use in-house compressed air instead of running the internal compressor, attach 4 mm tubing into the compressed air
inlet on the rear of the system and regulate the incoming air to 80–90 psi or 5.5–6.2 bar of CDA.
POWERED BY
FLUIDIGM
LAN
AC 100–240V
50–60Hz, 8A
US
BU
SB
HDMI
COMPRESSION AIR INLET
(OPTIONAL)
70–90 PSI ONLY
Compressed air input
(optional)
Figure 4. Compressed air inlet
2.7 Ethernet Option
If you connect the Olink Signature Q100 instrument to your network, you can use domain authentication to manage user
accounts, import data directly from the instrument using the NPX Signature software, or enable remote technical support
through ethernet. For more information about domain authentication,
“3.1.12 Enable Domain Authentication”
.
NOTE:
To enable NPX Signature remote data functions for the Q100 instrument, ensure that the instrument is
connected to the network and that TCP port 8085 (enabled by default) is not blocked.
NOTE:
For information about importing run data in NPX Signature software, see the Olink NPX Signature User
Manual.
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