Gamry UV-VIS-NIR Spectroelectrochemistry
Gamry UV-VIS-NIR Spectroelectrochemistry
Gamry offers the right system for synchronising spectroscopic data with the electrochemical changes in a redox couple, covering the UV to NIR spectrumGamry’s spectroelectrochemical system is designed to combine electrochemical techniques with standard spectroscopic methods—absorption, transmission and fluorescence—in the UV-VIS and VIS-NIR regions. The two methods can be synchronised either jointly within the Gamry Framework software or via spectrometer triggering in separate software environments for the Gamry potentiostat and the spectrometer.
Product Description
The coupling between electrochemistry and spectroscopy is very valuable for elucidating the redox behaviour of polymers, transition metals, metal and organometallic complexes, biological interface systems or electroactive functional layers.
Gamry’s spectroelectrochemical system includes various spectrometers from UV/VIS (Exemplar series) to NIR (Sol series), a light source with deuterium / tungsten halogen lamp, a wide range of fibre optic cables and a 2-/3-way cuvette holder for absorption, transmission or fluorescence measurements at room temperature. If you need to work under inert gas, you also have the option of choosing the appropriate cuvette holder with the simultaneous option of temperature control from -30°C to 150°C.
Optical components are very sensitive to contamination. The service life, quality and reproducibility of measurements can suffer as a result. The spectrometer, light source and cuvette holder are therefore fitted with metal sealing caps to protect them from dust and contamination. The fibre optic cables also have plastic dust and dirt protection caps. Ideally, these protective caps should only be removed for the experiment and then replaced. When assembling a spectroelectrochemical experiment, gloves are also required to avoid irreversible deposits in the event of direct contact.
Another necessity for spectroelectrochemical measurements are special connection cables for the often very sensitive working and counter electrode connections. We therefore always supply the appropriate extension cable for your spectroelectrochemical setup.
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Specifications
SPECTROMETER (Sample; recommended)Dimensions: 5.7 cm (W) x 8.7 cm (L) x 3.4 cm (H)
Smart CCD array: 2048 pixels
Pixel size: 14 µm x 200 µm
Grating: 600 lines/mm, Blaze-λ 400 nm
Slit width: 10 µm
λ range: 350 nm – 1050 nm
Resolution: 1 nm
SPECTROMETER (Sol 1.7; recommended)
Dimensions: 10.9 cm (W) x
19.5 cm (L) x 6.8 cm (H)
NIR TE-cooled InGaAs CCD array: 512 pixels
Pixel size: 25 µm x 500 µm
Grating: 150 g/mm, Blaze-λ 1250 nm
Slit width: 25 µm
λ range: 900 nm – 1700 nm
Resolution: 4 nm
LIGHT SOURCE
Dimensions: 18.7 cm (W) x 27.6 cm (L) x 13.0 cm (H)
Light sources: Deuterium (UV) / Tungsten (VIS/NIR)
Spectral range: 190 nm to > 2500 nm
Manual control / triggering of the spectral range and ‘shutter’
UV spectral range: 185 nm – 400 nm
VIS/NIR spectral range: 400 nm – 2500 nm.
CUVETTE HOLDER
Dimensions: 5.1 cm (W) x
6.3 cm (L) x 7.5 cm (H)
Spectral range: 190 nm – 2100 nm
Application: 2-way (absorption and transmission; BCH100A), 3-way (absorption, transmission and fluorescence; BCH103A)
Connections: SMA 905 incl. collimator optics
FIBRE
OPTIC CABLE
SMA905 with 600 µm diameter and 0.22 NA (numerical aperture) required
Options and Accessories
• Interface 1000 Potentiostat/Galvanostat/ZRA
• Interface 1010 Potentiostat/Galvanostat/ZRA
• Reference 600 Potentiostat/Galvanostat/ZRA
• Reference 600+ Potentiostat/Galvanostat/ZRA
• Reference 3000 (AE) Potentiostat/Galvanostat/ZRA
Measurement cells and accessories:
• Spectroelectrochemistry Cell Kit
• Cuvette lid for spectroelectrochemistry
• Pt mesh WE for Spectroelectrochemistry
• Standard quartz cuvette, 10 mm path length
• ITO Electrode Spectroelectrochemistry Cell Kit
• Standard quartz cuvette, 10 mm path length
• Pt wire counter electrode
• ITO cuvette lid set
• ITO substrate set (sheet resistance 10 Ω – 15 Ω, polished float glass, 8 mm x 60 mm, 1.1 mm thick) including two connectors
Applications
• Compliance Voltage: How Much is Enough
• Two, Three and Four Electrode Experiments
• Understanding iR Compensation
• Spectroelectrochemistry – Part 2: Experiments and Data evaluation
• Spectroelectrochemistry – Part 1: Getting started
