Agilent 6890 GC-FID & Headspace Autosampler

Agilent 6890 with FID and Headspace Sampler

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Two Year Warranty Available

Includes:

Agilent 6890 GC - Refurbished
- Split/Splitless inlet with EPC
- Flame Ionization Detector (FID) with EPC
- HPIB Communication
- G2070 Data system
GC Headspace Sampler (HT2000H) - Brand NEW
- 42 Position (20ml) headspace vial rack
- 6 Oven Positions
- 2.5ml heated headspace syringe
- Oven temperature range: 40-170 ℃
- Orbital shaking capability
- Headspace Starter Kit: 20ml vials, caps, septa (10pcs)
- 2.5ml heated headspace syringe
- Heated Syringe(1pc): 2.5ml plunger & glass barrel
- Chemstation Driver Rev. B
- Preventative Maintenance Kit - Link
General Purpose Remote Cable
Manual
One (1) Year Warranty

Options:

Two (2) Year Warranty Available
Installation & Familiarization
Extended PM Kit for Headspace Sampler
GC Starter Kit
GC Chemstation Driver (Rev.B)
MSD Chemstation Driver (Rev.E)
CFR 21 Part II Compliant Software
1 ml & 5ml Heated Headspace Syringe

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Item#: 11413
Condition: Refurbished

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Description

Agilent 6890 with FID & Headspace

The Agilent/HP 6890 series GC features electronic pneumatic control of all gas pressures and flows. On board sensors automatically compensate for ambient temperature changes and barometric pressure differences to routinely achieve more accurate and reproducible results. By providing stable results, EPC reduces re-calibration frequency and improves laboratory productivity.

Features:

Single Split/Splitless Injector
Single Flame Ionization Detector
Electronic Pressure Control on detector and injector
HPIB Communications

This Agilent/HP 6890 GC with FID comes fully refurbished and tested at GenTech Scientific.

NEW GC Headspace Sampler

The high performance, gas-tight heated syringe is a simple and robust system. It eliminates the dead volume and absorption effects, typical of sample loops and transfer lines, which can also impede their detection at very low levels. The syringe only concept allows for sequential injections, even with samples characterized by highly dissimilar features. Even the most chemically active compounds can be analysed, without needing to change any of the sample pathways.