Used PERKIN ELMER LAMBDA 800 #144494 for sale

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ID: 144494
UV/Vis spectrophotometer Specifications: Principle: Double beam Double monochromator Microcomputer electronics Controlled by DELL PC Optical system: All reflecting optical system (SiO2 coated) Holographic grating monochromater: 1440 lines/mm UVNis blazed at 240nm Littrow mounting Sample thickness compensated detector optics Beam splitting system: Chopper (46+ Hz. cycle: dark/sampie/dark reference/chopper segment signal correction) Detector: photomultiplier R6872 for high energy in whole UV/Vis range Source: pre-aligned tungsten-halogen and deuterium Wavelength range: 185 to 900nm (N2 purging required for below 185nm) UV/Vis resolution: < 0.05nm Stray light: At 200 nm (12 g/L KCI USP/DAP method): > 2A At 220 nm (10 g/L Nal ASTM method): < 0.00008 %T At 340 nm (50 mg/L NaNO2ASTM method): < 0.00008 %T At 370 nm (50 mg/L NaNO2 ASTM method): < 0.00008 %T Wavelength accuracy: ± 0.08 nm Wavelength reproducibility: UV/Vis (deuterium lamp lines): < 0.020 nm Standard deviation of 10 measurements: < 0.005 nm UV/Vis Photometric accuracy: Double aperture method 1 A: ± 0.0006 A Double aperture method 0.5 A: ± 0.0003 A NIST 1930D filters 2 A: ± 0.003 A NIST 930D filters 1 A: ± 0.003 A NIST 930D filters 0.5 A: ± 0.002 A K2Cr207-Solution USP/DAP method: ± 0.010 A Photometric linearity: (Addition of filters UV/Vis at 546.1 -nm, Slit 2 nm, 1-sec. Integration Time) At 1.0 A: ± 0.001 A At 2.0 A: ± 0.002 A At 3.0 A: ± 0.006 A Photometric reproducibility: 1 A wich NIST 930D Filter at 546.1-nm: Standard Deviation for 10 measurements: < 0.00016 A 0.5 A wich NIST 930D Filter at 546.1-nm: Standard Deviation for 10 measurements: < 0.00008 A 0.3 A wich NIST 930D Filter at 546.1-nm: Standard Deviation for 10 measurements: (2-nm Slit, 1 -sec. Integration): < 0.00008 A Photometric range: 7 A (wich SRATT) Photometric display: unlimited Photometric stability (after warmup at 500nm, 0Am 2nm skit, 2s after integration time, peak to peak): < 0.0002 A/h Bandpass: 0.05 nm-5.00 nm in 0.01 nm increments UV/Vis range Fix resolution, constant energy or slit programming Baseline flatness: ± 0.001 A (Lambda 800: 190 nm-860 nm, 2 nm Slit, 0.20 sec. Integration Time, no smoothing applied) Photometric noise RMS: 0 A and 190 nm: < 0.00010 A 0 A and 500 nm: < 0.00005 A 2 A and 500 nm: < 0.00020 A 4 A and 500 nm: < 0.00100 A 6 A and 500 nm: < 0.00500 A (2 nm Slit, 1 sec Integration Time, Gain 1 NIR) Sample compartment instrument (W x D x H): 200 x 300 x 200mm Purging: Optics: yes Sample compartment: yes Light beam: 90 mm above the base plate 120 mm beam separation 3 mm to 12 mm beam height High sensitivity: PMT: gridless PMT design Standard sample and reference beam attenuators: included Software: UV WinLab 3.00.02 Rev A Curvette holder: 10 x 10mm curvettes Dust protection Standard RS 232 interface Power requirements: 230V, 50Hz, 250W.
PERKIN ELMER LAMBDA 800 spectrophotometer is a versatile instrument designed for efficient, reliable, and rapid measurements of optical components and properties. The instrument boasts a single-beam monochromator optics with superior accuracy, as well as a large 8 inch sliding detector with a wavelength range of 190-1100 nm. This kind of precision and wide measurement range makes LAMBDA 800 ideal for detailed studies in applications like transmittance and absorbance, colorimetry, and diffuse reflectance, among others. On the performance side, PERKIN ELMER LAMBDA 800 offers accuracy of ± 0.5 nm in 8 nm band width and resolution of 0.1 nm. The detector provides a fast response time of 1ms and a spectral stray light of 0.2% at 340 nm. This ensures reliable and accurate measurements. An auto-focusing feature allows spectroscopists to quickly set up and measure without losing accuracy. LAMBDA 800 can also be set up with a range of filters to further enhance its performance. In terms of user experience, PERKIN ELMER LAMBDA 800 spectrophotometer is designed for ergonomic comfort. The operating station is intuitive, with an intuitive touchscreen interface, as well as a selection of measurement and calibration features. The instrument also features a wide range of control and communication interfaces, including LAN and Ethernet ports. LAMBDA 800 spectrophotometer is an excellent choice for spectroscopic measurements in numerous applications across different industries. Its reliable and accurate performance, combined with user-friendly design and intuitive operation, make it a top choice for researchers and professionals alike.
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