Step 8: Setting Output Pressure; Step 9: Installing Sample Inlet Filter; Step 10: Connecting Lan Cable - Inficon Micro GC Fusion Quick Start Manual

Step Description
8 Set the output pressure on the dual-stage regulator on the carrier gas tank to 60 psi.
CAUTION
Carrier gas inlet (rear of instrument) pressure must be between
400 – 427 kPa (58 – 62 psi). Use a dual-stage regulator on the
carrier gas cylinder to ensure the pressure range is maintained.
Exceeding 427 kPa (62 psi) may damage Micro GC Fusion and
require factory repair.
9 Install the sample inlet filter (PN 952-423-P1). Inspect the sample inlet filter assembly and verify
that the filter disk is in place. If not, place a filter disk between Part A and Part B of the filter
body and screw the parts together until finger-tight.
Place the dual-ended ferrule inside Part A. Connect the sample inlet filter to the sample inlet.
Turn Part A clockwise until finger-tight, then use a 5/16 in. wrench to tighten an additional
1/4 turn.
Connect the sample line to the male portion of filter Part B while stabilizing the sample inlet filter
assembly Part B with a 7/16 in. wrench.
CAUTION
Do not overtighten the sample inlet filter assembly to
Micro GC Fusion. This will damage the dual-ended ferrule.
NOTE: If the Integrated Sample Conditioner is factory-installed, then the sample inlet filter
is not needed. The Integrated Sample Conditioner provides the same particle
filtering capability.
10 If using a computer to communicate with Micro GC Fusion, connect one end of the LAN cable
(PN 600-1190-P4) to the instrument RJ45 port. Connect the other end of the LAN cable to the
computer, the network switch, or the router connected to the computer.
Micro GC Fusion - Quick Start Guide
4-Module Micro GC Fusion
Back Panel
2-Module Micro GC Fusion
Back Panel
4