2020 Agilent Cary 5000 UV-VIS-NIR

Date of manufacture Oct 2020

INCLUDES ALL ITEMS HIGHLIGHTED BELOW

NEVER INSTALLED Cary 5000 UV-VIS-NIR spectrophotometer with accessories

Solid sample holder and sub-plate pn 210179100 

Cell holder base and sub plate 

Standard cell holder

IEEE cable

(2) Semi-Micro Rect Cell UV 10mm 900uL pn 6610012700 

(2) matched pair of 10mm rectangular Quartz stoppered cells pn 6610001100 

Aperture mask, solid sample holder, 1mm 

Linearity Calibration filter kit pn 9910095700 

Visible source lamp Cary 4/5/6000i 

Operation manual and quick start guide, Declaration of Conformity and Software license

DVD's:

Cary WinUV software ver. 6.2.0 March 2016

Cary 7000 UMS eLearning and eFamilarization DVD Rev 1.0.0

National Instruments DVD5 kit, NI-488.2 fo Windows and LABview realtime ver 20.0

The Cary 5000 UV-Vis-NIR spectrophotometer is a high-performance UV-Vis and NIR spectrophotometer with superb photometric performance in the 175–3300 nm range. Using a PbSmart detector, the Cary 5000 extends its NIR range to 3300 nm making it a powerful tool for materials science research. The Cary WinUV software, a modular Windows-based software, makes it easy to perform powerful analysis and control a number of optional accessories.

The large sample compartment can be expanded to hold large accessories and integrating spheres for spectral and diffuse reflectance. The LockDown mechanism makes it possible to quickly change and position accessories for reproducible results.

Features

Measure beyond 8.0 absorbance units with reference beam attenuation

Measure 175 to 3300 nm using a PbSmart NIR detector for extended photometric range

WinUV software—modular software with power analysis and enhanced transfer and report export capabilities

Versatile set of accessories for materials research including spectral and diffuse reflectance

Variable slit widths (down to 0.01 nm) for optimum control over data resolution

Large sample compartment with LockDown mechanism for quick changes and positioning for reproducible results

Maximum light throughput using Schwarzchild coupling optics for higher accuracy at low transmission levels

Minimal noise and stray light using a floating aluminum casting and double Littrow monochromator

Extended dynamic range by attenuating the reference beam more in line with the sample absorbance

Nitrogen pumping—separate purging in the sample and monochromator compartments