Automated Evaporation System for Dependable Results
TurboVap® II increases the capacity and sample throughput in laboratories, eliminates concentration bottlenecks and maintains quality and lower costs. This instrument has 6 sample positions and enables the user to evaporate to solid state or concentrate into a fixed end-point volume. The small footprint of TurboVap® II makes it the ideal choice in today\'s laboratories. It takes up only a fraction of the bench space used by conventional rotary evaporators and can even be used outside a fume cupboard by using the integral vent tube.
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Features of TurboVap II
Units may be configured to accommodate either 50 mL or 200 mL glassware with either 0.5 mL or 1.0 mL endpoint stems. TurboVap® II Evaporation System efficiently concentrates samples prior to analysis by LC/MS or other analytical instruments. Optical sensors automatically stop gas flow when evaporation has reached its end-point, thereby eliminating the risk of drying and loss of volatile compounds. TurboVap II is suitable for evaporation of large volumes after liquid-liquid extractions. TurboVap II is available in a Dionex ASE compatible setup which accommodate the use of six 40 mL stemmed and graduated Dionex ASE tubes. Upgrade kits are also available for converting your old TurboVap II.
- Proven equivalency with EPA methods * Patented vortex shearing technology * Patented sensor endpoint detection - no monitoring required * Unattended operation for 1–6 samples * Controlled water bath is adjustable from ambient to 90°C * Operators are free to perform other tasks while evaporation is running * User friendly displays and d agnostics * Convenient bench top size—no hood space required
100/120VAC model 200/220 VAC model 1 ea 10A, Slow, 250V 2 ea 5A,
Gas vortex shearing evaporation with sensor endpoint detection.
Number of samples:
1 to 99 min. or 0.1 to 9.9 hrs.
Max. sample volume:
Final endpoint volumes:
0.5 or 1 mL
Water bath capacity:
6.4 L of distilled water
Water bath temp.:
Ambient to 90 °C (Upper temperature with sensors is 60 ºC)
Gas supply requirements :
Minimum inlet pressure 30 psi, 2.1 bar Maximum inlet pressure 80
At 11 psi: 0.08 cfm/nozzle or 2.3 L/min/nozzle
25 CFM blower with 5.1 cm (2\") venting exhaust (tube supplied)
2006/95/EC Low Voltage Directive 2004/108/EC EMC Directive 93/68