QuickTrace® M-7600 CVAA Mercury Analyzer
The QuickTrace® M-7600 Cold Vapor Atomic Absorption (CVAA) mercury analyzer combines the proven technologies from its predecessors along with TCP/IP communication. TCP/IP technology guarantees that data collection performance will be a stable format for years to come. An Ethernet adapter is included for dedicated control. To simplify the installation we pre-configure the TCP/IP communications per your laboratories preferences.
The QuickTrace® M-7600 is used to analyze samples that include water and waste-water, soil and sediment, and biological tissues and fluids. The QuickTrace® M-7600 is ideal for ultra-trace to sub-mg/L mercury quantitation. The QuickTrace® M-7600 is designed for routine and research use in a variety of settings, including environmental laboratories, industry, and research institutes, for virtually any aqueous acidified sample.
The QuickTrace® M-7600 mercury analyzer is also versatile enough to analyze samples > 500 µg/L without dilution. The QuickTrace M-7600 is capable of switching between low mg/L and ng/L analysis without hardware or tubing configuration changes. Using the proven and reliable CVAA technique combined with multi-tasking Windows-based software package, the QuickTrace® M-7600 is the most stable and sensitive mercury absorbance analyzer available today. For ultra-trace analysis we recommend our autosampler enclosure (ENC-500) to protect the samples from determinate errors such as dust particles. The ENC-500 will also protect your investment from the harsh acid gases normally present in and around digested acidified samples.
Excellent short and long term stability are found in our QuickTrace® M-7600 CVAA analyzer. Less than 0.3 ng/L instrument detection limits are typical for this analyzer while utilizing less than 4 minutes of sample time and less than 25 mL of sample.
- Ultra-trace detection limits (< 0.5 ng/L IDL)
- Linearity greater than 4 orders of magnitude
- Dynamic range < 0.5 ng/L to > 500 µg/L
- Without employing our smart rinse technology the system is ready to accurately measure a sample within four minutes following the ingestion of a 1 mg/L sample
- Short term precision (%RSD @ 95% Confidence) < 1.2% @ 20 ng/L, n=5
- Short term precision (%RSD @ 95% Confidence) < 6.0% @ 5 ng/L, n=5?
- EPA Method 245.1
- EPA Method 245.5
- EPA Method 245.6
- EPA Method 245.7
- SW 846-7470
- SW 846-7471
- EN 1483
- EN 13806
- ISO 12846