Thermo Scientific AS-AP Auto Sampler | Dionex GC Ion Chromatography

Product Information

Unit powers on and passed basic function test. The Dionex AS-AP Autosampler is designed for high precision, reliability, ruggedness, and ease of use. It is compatible with the entire ICS product family and provides high-performance, automated sample processing for ion chromatography applications. This unit is missing sample trays. The auto sampler is capable of simultaneous injection without cross contamination of chemistries and operates at RSDs less than 0.3% for reproducible and accurate results. It has a high sample capacity of up to 81 10 mL vials and is compatible with different chemistries and temperatures. With automated sample processing and controlled temperature ranges, it brings precision and efficiency to laboratory workflows. This highly reliable auto sampler offers consistent operation for high-throughput sample testing and analysis.

• Simultaneous injection without cross contamination of chemistries
• High precision with consistent operation at RSDs less than 0.3%
• High sample capacity, up to 81 10 mL vials
• Compatible with aqueous and reversed-phase eluents
• Automated sample processing and controlled temperature ranges

• Sample Capacity: 81 ea. 10 mL; 120 ea. 1.5 mL; Well Plates (3 96) or (3 384)
• Injections per Vial: 199
• Minimum Sample Volume: 10L can be sampled from a 300 L microvial; 20 L can be sampled from a 500 L microvial
• Variable Volume Range: 1-100L in 0.1L increments; 100-7500 L in 1L increments
• Injection Precision: Fixed loop <0.3% RSD at 20L; Partial loop <0.5% RSD at 20 L
• Dilution Precision: <1.0% RSD for a 1:10 dilution
• Dispensing Precision: <0.2% RSD (by weighing)
• Carryover: <0.01% with 500L flush volume
• Operating Temperature Range: 4-60°C (40-140°F)
• Power Requirements: 90-265 V ac, 47-63 Hz

Metric: 28.12368 kg
Imperial: 62 lbs

Metric: 21 cm x 18 cm x 15 cm
Imperial: 8.27 in x 7.09 in x 5.91 in

90272000

90272000 - Instruments and apparatus for physical or chemical analysis, using UV, visible, or IR optical radiations