Fluorescence Spectrophotometer TRFS-601

Download

Overview

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 :

Display Value 0.00 to 600.0
Emission Monochromatic C-T diffraction grating (EM 200 to 900 nm )
Exciting Optical Filters Interface optical filter (10 nm bandwidth)
Interface USB2.0
Linearity Deviation ≥0.995
Power 220V±22v 50HZ±1HZ
Sensitivity S/N≥150
Size 550×510×365 mm
Stability Better than 1.5 %/10min
Wavelength 365 nm
Wavelength Accuracy ±1 nm
Wavelength Repeatability ≤0.5 nm
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
  • As well as analysis via the USB2.0, interface
  • semi-automatic sample introduction accessories, membrane sample accessories, microscale capillary sample holder
  • 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
AxyLab