Fluorescence Spectrophotometer TRFS-601has a luminous and fluorescence concentration that can be used for kinetic determination and quantity analysis. It has a wavelength of 365 nm and a precision of 1 nm. The C-T diffraction grating gives information such as excitation source spectroscopy within emissions monochromaticity of 200 to 900 nm.
Specifications
Exciting Optical Filters
Interface optical filter (10 nm bandwidth)
Wavelength
365 nm
Emission Monochromatic
C-T diffraction grating (EM 200 to 900 nm )
Wavelength Accuracy
±1 nm
Wavelength Repeatability
≤0.5 nm
Sensitivity
S/N≥150
Linearity Deviation
≥0.995
Stability
Better than 1.5 %/10min
Power
220V±22v 50HZ±1HZ
Display Value
0.00 to 600.0
Interface
USB2.0
Size
550×510×365 mm
Weight
13 kg
Features
There are two operation modes available fluorescence intensity and luminous intensity. Scanners for fluorescence
Concentration, direct reading, auto 0 adjustment, auto background subtraction, and other features are available
The graphic calculation, as well as storage access
In fluorescence intensity mode, kinetic determination and quantity analysis could be performed
We could regulate data in online mode by using amount and quality software
There are offline and online modes available. in offline mode
The fluorescence emission measurement is supplied by the device's computer system
Fluorescence sample holder with various features, 200l micro-scale centrifuge tube
Provide a PC qualitative software package with time and wavelength aspects involved as an optional extra
Measurement accessories, such as a single-hole cell holder, are available as options
Accessories for powder samples, jacket samples, and so on
This technique can deliver information counting excitation and emission spectrum
Applications
The method has been used in medical science and the analysis of clinical biological specimens. Organic and inorganic chemical compositions that are researched in trace analysis include the natural pharma industry analysis, pharmaceutical quality control, and pharmaceutical metabolite research.
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