Used PHARMACIA Optical Unit UV-1 #9288136 for sale

PHARMACIA Optical Unit UV-1 is a high-quality laboratory equipment and accessory designed to provide a complete solution for UV spectroscopy. This unit includes a variable-wavelength xenon flash lamp, a programmable power supply, and a triple-beam optical unit. The xenon flash lamp provides ultraviolent light for the measurement of UV-absorbing compounds. The lamp is powered by a programmable power supply that allows adjustment of the lamp's power between 0 and 100 watts. The power supply also allows the user to control the amount of time between flashes and to program a specific dwell time in a given wavelength range. The triple-beam optical unit is designed to give the user flexibility when selecting the sample to be examined. It is equipped with three optical channels: one for absorbance, one for emission, and one for irradiance. The irradiance channel allows for measurement of incident light at different wavelengths. The absorbance channel allows the user to study the amount of light that is absorbed as a function of wavelength. The emission channel allows the user to study the amount of light emitted at different wavelengths. In addition, the unit comes with a deuterium arc lamp and spectrum analyzer. The deuterium arc lamp emits light in a broad spectral range, covering the visible, near-ultraviolet, and far-ultraviolet portions of the spectrum. The spectrum analyzer measures the intensity of light in different wavelengths. Optical Unit UV-1 is equipped with a variety of safety features, including an emergency stop switch, an auto-shut off feature, and an input voltage detector. It also features a built-in timer and timer switch to prevent overloading of the lamp. Overall, PHARMACIA Optical Unit UV-1 offers a full range of features that enable users to perform a variety of spectroscopy experiments with maximum accuracy and precision. With its powerful xenon flash lamp and variable-wavelength power supply, it is an invaluable tool for any laboratory that works with spectroscopy.