Schmidt, Haensch, Technical data in comparison – Nova-Tech UniPol L-Series Polarimeters User Manual
Page 4: Polarimeter applications

SCHMIDT+HAENSCH r
eserved all rights over texts and images
Subject to modification without notice 05/10
SCHMIDT+HAENSCH GmbH & Co.
Waldstraße 80/81
D-13403 Berlin
Germany
Phone.: +49 30 / 41 70 72-0
Fax: +49 30 / 41 70 72-99
e-mail: [email protected]
www.schmidt-haensch.com
Model
Scale
Measuring ranges
Measuring units
Resolution
Precision
Temp. measurement
Temperature precision
Wavelengths
Interfaces
Dimensions / Weight
Norms
Features
Technical Data in comparison
SCHMIDT
+
HAENSCH
Opto-electronic measuring device since 1864
UniPol L1000
Optical rotation, international sugar scale, concentration, user defined
± 360°, ± 259°Z
Angel (°, °Z), specific rotation - concentration (%), user defined
0.001° / 0.01°Z
± 0.005 / ± 0.02°Z
0 - 99°C
± 0.03°C
others on request
.
1 parallel, 1 PS2, 2 serial RS232, USB/Ethernet Converter opt.
650 x 315 x 160 mm (W x H x D), approx. 11.8 kg
European and American Pharmacopeia, GLP/GMP conform documentation and printout,
21 CFR Part 11 ready, optional PC software “Aquisys 2008“ available
Automatic adjustment of beam diameter
Automatic self calibration (AWC) f. ambient temp. 17 - 27°C
Capable for micro cuvette
UniPol L
0.01° / 0.02°Z
± 0.01° / ±0.03°Z
589 nm standard,
UniPol L2000
0.001° / 0.01°Z
± 0.005° / ±0.02°Z
405 and 589 nm fixed
Polarimeter Applications
Polarimetry is used for quality control, purity control
and the determination of concentration of optically active
substances.
Food industry
Sugar, starch, milk and dairy products, wine, juice, food
auxiliary means, amino acids
Pharmaceutical industry
Enantiomers, chiral substances like soaps, amino acids,
organic substances, glucose, fructose, purity control
(codeine, cocaine, nicotines, morphine sulfate), ascorbic
acid, menthol, camphor, drug recognition
Medicine
Chiral metabolic compounds like sugar and albumin content
in urine, hormones, poison analyses, testosterones, enzymes
and toxicology
Chemical research
Analysis of optically active substances and structural
analyses, inorganic ions in conjunction with optically active
substances (e.g. - Bi, - Cd, - Cu, - Fe, - Hg), regulation of
materials in solutions, organic substances, turpentine’s,
Benzene, acids, esters etc.
ISO 9001:2000