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TITRONIC®
and TitroLine®
–
The new titrators and
burettes
From Raul Uribe
Capillary viscometry from SCHOTT Instruments –
know how from the very beginning
Innovative capillary viscometry –
from the outset
The viscosity of Newtonian fluids can be
most precisely determined using capillary viscometers.
This method of measurement, measures the time taken for a
defined quantity of fluid to flow through
a...
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Capillary viscometry from SCHOTT Instruments – know how from the very beginning Innovative capillary viscometry – from the outset The viscosity of Newtonian fluids can be most precisely determined using capillary viscometers. This method of measurement, measures the time taken for a defined quantity of fluid to flow through a capillary with a known diameter and known length. With the industrial production of such precisely calibrated capillary viscometers, we have created the conditions to enable this measuring method to establish itself worldwide as a reliable procedure. With the development of the first automatic measuring systems, we replaced the stopwatch with automatic registration of the fluid at the start of the 1970’s. Since then, subjective measuring errors have been a thing of the past. Further developments and improvements of viscometers, measuring instruments and accessories led to a range of products whose excellent performance is universally recognized. It is therefore no
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From Raul Uribe
Adobe PDF document
Pub. on Sept. 20th 2011
Pages: 48
Views: 13
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Spectroph
Selection table Spectrophotometers Page 141
PRIM Page 142
UviLine Page 144
Uvi Light Page 152
UVIKON Page 156
Content Spectrophotometers
140
From Raul Uribe
SI Analytics GmbH · Hattenbergstraße 10 · 55122 Mainz · Germany · Phone + 49 (0) 6131 665111 · Fax + 49 (0) 6131 665001 · www.
si-analytics.
com · support@si-analytics.
com 1
Hotplates and Stirrers
Information
SLK surface temperature
Setting of the Laboratory hot plates surface temperature of the SLK group
1.
Environment:...
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SI Analytics GmbH · Hattenbergstraße 10 · 55122 Mainz · Germany · Phone + 49 (0) 6131 665111 · Fax + 49 (0) 6131 665001 · www. si-analytics. com · support@si-analytics. com 1 Hotplates and Stirrers Information SLK surface temperature Setting of the Laboratory hot plates surface temperature of the SLK group 1. Environment: Ambient temperature: approx. 27 °C• Transient response time: >30 minutes• Sensor: Aluminium plate in the Lab. hot plate centre with PT 100 Temperature sensor• Supply voltage: 230 Volt• Power consumption (nominal): refer to data sheet• Power consumption (measured): Watt• 2. The surface temperature has been measured after the transient response time: A transient response time of approx. 1 hour has been waited for concerning the stages 1 and 2 each, thereafter approx. ½ hour each stage. 3. Please note that the measured idle running temperature is strongly dependent on the subjection to environmental conditions (draft, ambient temperature). 4. Furthermore,
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From Raul Uribe
I22I–
2I–
I2
I2
Coulometry
Volumetry
Iod generating Indication Iod dosing
KF Reaction
Reagent
From KFKarl-Fischer Titration – the method for determining water
Quite some experienced analyst will be
unpleasantly reminded by the pyridine
smell, when hearing the name
Karl Fischer.
However, modern reagents
and most user friendly...
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I22I– 2I– I2 I2 Coulometry Volumetry Iod generating Indication Iod dosing KF Reaction Reagent From KFKarl-Fischer Titration – the method for determining water Quite some experienced analyst will be unpleasantly reminded by the pyridine smell, when hearing the name Karl Fischer. However, modern reagents and most user friendly analysing instruments have definitely cleared that picture. Nowadays all applications can be handled and processed very easily, fast and accurate by using the coulometric and volumetric Karl Fischer titration instruments. Thanks to its selectivity and precision, the Karl Fisher titration has achieved to be established as the most important method for determining water and humidity. In the following, we would like to ease your decision for either the coulometric (TitroLine KF trace) or the volumetric (TitroLine KF) KF titrator a little. The basic principle of the water determination according to Karl Fischer (short: KF) is a reaction of iodine with water in an a
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From Raul Uribe
TitroLine easy
The intelligent titrator for your routine daily work
Quick and easy as its name suggests
The TitroLine easy is the ideal titrator for
your routine daily work.
This instrument
provides you with the perfect combination of a piston burette, a pH/mV
meter and integrated intelligence.
Ten
titration methods for various...
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TitroLine easy The intelligent titrator for your routine daily work Quick and easy as its name suggests The TitroLine easy is the ideal titrator for your routine daily work. This instrument provides you with the perfect combination of a piston burette, a pH/mV meter and integrated intelligence. Ten titration methods for various applications are preinstalled and can be called up easily as required. The methods are pre-parameterised. You only need to select your titration procedure: with a self-searching end point, with a pre-set end point, or manual titration with the ›mouse‹. The titration process begins as soon as you press the start button. This saves you time and money. With the TitroLine Chart software (option), the titration curve can be displayed on the monitor of a connected PC and the titration data can be processed. Practical and compact: A complete measuring unit. The magnetic stirrer is included. It is connected to the TitroLine easy. The bottle set must be ordere
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From Raul Uribe
Contents laboratory electrodes
Survey of product families BlueLine, ScienceLine and IoLine Page 42
Selection table electrodes/applications Page 48
ID technology and overview of ID electrodes Page 52
IoLine pH combination electrodes Page 56
IoLine pH combination electrodes with temperature sensor Page 58
ScienceLine pH combination...
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Contents laboratory electrodes Survey of product families BlueLine, ScienceLine and IoLine Page 42 Selection table electrodes/applications Page 48 ID technology and overview of ID electrodes Page 52 IoLine pH combination electrodes Page 56 IoLine pH combination electrodes with temperature sensor Page 58 ScienceLine pH combination electrodes Page 60 ScienceLine pH combination electrodes with temperature sensor Page 62 ScienceLine micro, spear tip and surface pH combination electrodes Page 64 ScienceLine metal combination electrodes Page 66 ScienceLine single electrodes: pH glass electrodes, metal electrodes Page 68 ScienceLine single electrodes: reference electrodes Page 70 ScienceLine conductivity measuring cells Page 72 ScienceLine sensors for ammonia, sodium, oxygen, ion-selective electrodes Page 76 ScienceLine resistance thermometers Page 78 BlueLine pH combination electrodes Page 80 BlueLine, special sensors Page 82 Connection cables Page 84 Solutions Page 86 Electrolyte bridges/ot
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From Raul Uribe
Contents laboratory electrodes
Survey of product families BlueLine, ScienceLine and IoLine Page 42
Selection table electrodes/applications Page 48
ID technology and overview of ID electrodes Page 52
IoLine pH combination electrodes Page 56
IoLine pH combination electrodes with temperature sensor Page 58
ScienceLine pH combination...
More
Contents laboratory electrodes Survey of product families BlueLine, ScienceLine and IoLine Page 42 Selection table electrodes/applications Page 48 ID technology and overview of ID electrodes Page 52 IoLine pH combination electrodes Page 56 IoLine pH combination electrodes with temperature sensor Page 58 ScienceLine pH combination electrodes Page 60 ScienceLine pH combination electrodes with temperature sensor Page 62 ScienceLine micro, spear tip and surface pH combination electrodes Page 64 ScienceLine metal combination electrodes Page 66 ScienceLine single electrodes: pH glass electrodes, metal electrodes Page 68 ScienceLine single electrodes: reference electrodes Page 70 ScienceLine conductivity measuring cells Page 72 ScienceLine sensors for ammonia, sodium, oxygen, ion-selective electrodes Page 76 ScienceLine resistance thermometers Page 78 BlueLine pH combination electrodes Page 80 BlueLine, special sensors Page 82 Connection cables Page 84 Solutions Page 86 Electrolyte bridges/ot
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From Raul Uribe
Sartoclear®
P MaxiCaps®
are medium scale depth filter capsules
for scale up studies and small scale production processes in
the Biopharmaceutical industry.
The cellulose based depth filters
combine high dirt holding capacities with electro kinetic
adsorption in a single closed filtration system.
Applications
The specific...
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Sartoclear® P MaxiCaps® are medium scale depth filter capsules for scale up studies and small scale production processes in the Biopharmaceutical industry. The cellulose based depth filters combine high dirt holding capacities with electro kinetic adsorption in a single closed filtration system. Applications The specific characteristics of Sartoclear® P depth filters have proven to be valuable in a variety of clarification applications like: – Cell harvest & Cell debris clarification – Lysates from bacteria and yeasts – Removal of precipitates from sera and plasma – Particle and colloid removal Sartoclear® P MaxiCaps® Cell Clarification and contaminant Removal CellClarification – Fast & easy scale up from the lab to process scale – Fully disposable fluid pathway – Maximal flexibility
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From Raul Uribe
Mexico
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