|Power requirements||100/120V, 50/60 Hz, 10Amps, 220/240V, 50/60 Hz, 5Amps|
|Part numbers||P/N 103263 - 100/120V, 50/60 Hz, P/N 103264 - 220/240V 60/60 Hz|
|Dimensions||24\" X 12\" x 12”|
|Capacity||2 standard 96 well microplates or deep-well plates|
|Format||8 X 12 well microplates and deep-well plates|
|Exhaust||25 CFM blower|
|Temperature range||Ambient to 80°|
|Technology||Gas vortex shearing technology|
|Number of samples||2 x 96 well plates, standard or deep with adapters|
|Timer range||1 to 99 minutes|
|Max. sample volume||<2 mL|
|Final endpoint volumes||-|
|Heaters||Two internal individually controlled heaters. Each adjustable fr|
|Gas supply requirements||Minimum inlet pressure 30 psi (2.1 bar) Maximum inlet pressure 80 psi (5.5 bar)|
|Fuses||100/120VAC model: 6A , T250V 220/240 VAC model: 3A, T250V|
|Dimensions (WxDxH)||30.5 x 30.5 x 61 cm 12\" x 12\" x 24\"|
|Weight||18.4 kg/40.5 lbs|
|Certifications||2006/95/EC Low Voltage Directive 2004/108/EC EMC Directive 93/68|
Biotage offers the widest range of solvent evaporation systems available. This guide presents the most suitable evaporation system for your research requirements, and answers common questions regarding service, maintenance and applications.
Keywords: turbovap, turbo vap, v10, v-10, spedry, spe dry, evaporation, concentrat
Tags: Brochures, English
In determining the gas flow rate, the goal is to achieve
the maximum evaporation rate possible without
splashing or compromising the sample. During
evaporation the distance between the nozzle tips
and the liquid surface increases, therefore, the flow
rate may be safely increased as the evaporation
progresses to shorten evaporation time, if so desired.
Tags: Manuals & User Guides
The TurboVap® 96 is a high speed concentrator designed to work with 96-well microplates and deep-well plates. It is an efficient alternative to the constant monitoring and long evaporation times that are characteristic of conventional techniques — with the added bonus of unattended operation.
Tags: Product Notes
In order to decide which model TurboVap will best fit a laboratory’s application, the following questions should be asked, along with following the flowchart on the reverse side:
• After extraction on the Dionex ASE, what is the matrix of my extract?
• After extraction on the Dionex ASE, will the extract require further cleanups or drying steps?
• What other types of samples may require concentration that are not extracted on the ASE, so that I may select the model TurboVap that will be suitable for all types?
• Do I have enough Dionex ASE extracts and enough non-ASE extracts to justify two separate model TurboVaps?
• Does it make sense for me to purchase a standard TurboVap model now, and convert with the ASE compatible kit later?
Tags: English, Product Notes
Linda McKay is a clinical biochemist working as senior analyst at Aberdeen Royal Hospital, providing general toxicology analysis for Grampian and Highlands of Scotland. They have 120 methods that u...