C Technologies Solo VPE Spectrophotometer, 100-240V (CAT#: STEM-SPO-0099-YJL)

C Technologies Solo VPE Spectrophotometer, 100-240V, model Solo VPE, is manufactured by C Technologies Inc.
With its patented variable pathlength technology, the SoloVPE System unlocks the power of Slope Spectroscopy.
Moving beyond traditional fixed pathlength spectroscopy, the SoloVPE solution expands the UV-Vis technique to create a three-dimensional science.
Conceptually simple, but analytically empowering, the SoloVPE solution delivers rapid and accurate results to avoid costly dilution and decreases process errors.

Condition: Used
Electrical: 100-240V, 50/60Hz
Agilent Cary 60 UV/Vis Spectrophotometer: S/N MY20469204, (Electrical: 12V, 3.2 Amps)
CPU w/ Agilent Cary WinUV ADL Shell Application Version 5.1.3.1042 Software
Specification Sheet: View Document
Dimensions: 10” [255 mm] (W) x 10” [255 mm] (D) x 15” [381 mm] (H)
Weight: 20 lbs. [9 Kg]
*Spectroscopic Engine: Agilent Cary 60 Spectrophotometer Fiber Optic
Integration: C Technologies, Inc. Dual-Use Fiber Optic Coupler
SoloVPE Power Requirements: SoloVPE unit contains no power supply (powered via Cary 60)
Cary 60 Power Requirements: 100-240 V AC, Frequency 47-63 Hz
Maximum Pathlength: 15.000 mm
Minimum Pathlength Step: 0.005 mm
Variable Pathlength Speed: >1.3 mm/sec
**Slope Repeatability: ± 2%
Sample Vessel Compatibility: Silica (Large, Small, Micro), Disposable Plastic (Small)
Fibrette Compatibility: OF0002 (Silica + Polyimide)
Sample Volume Required: Dependent on sample vessel used and method pathlength range.
Proximity to Cary 60: On top of or within 0.5 m
‡Measurement Pathlength Axis Orientation: Vertical
Required Computer Hardware Per the minimum requirements of the Agilent Cary WinUV Software Package C Tech Recommends:
Min Processor: Intel i5
Min Hard drive: 250 Gb (SSD Preferred)
*Photometric performance characteristics are based upon the Cary 60 spectrophotometer specifications and are applicable to the Cary 60 independent of the SoloVPE.
**Repeatability performance requires properly validated method and controlled homogeneous samples.
‡Samples that are not homogeneous, suspensions, improperly mixed, or not in solution could produce unexpected results. This should be assessed during method development.

Slope Spectroscopy Methods: The first and only slope spectrometer, capable of Slope Spectroscopy-based measurements. Slope results based upon multiple data points instead of a single absorbance value.
Rapid Sample Characterization: Rapidly characterize samples at different wavelengths and pathlengths using a single method.
Education/Support: On-site installation and training included with system purchase.
Linear Range Finder Technology: The system automatically identifies the linear region of Section data sets to verify compliance with the Beer-Lambert law.

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