11
SPECIFICATIONS
◆
Light source: Xenon lamp, 150 W, Ozone resolving type lamp housing
◆
Excitation/emission monochromators: Concave, non-aberration, blazed
holographic grating, F/2.4, 900 grooves/mm
◆
Wavelength scale: 220 ~ 900 nm and 0 order
◆
Measuring wavelength range: 220 ~750nm and 0 order as standerd
220 ~900nm and 0 order optionally
◆
Spectral bandwidth: Choice of 10 nm and 20 nm in both excitation and emission sides
◆
Wavelength accuracy:
±
5 nm
◆
Light source compensation: Dynode feedback system with monochromatic light
monitoring function
◆
Sensitivity: The S/N ratio is 300 or higher for the Raman lines of distilled water
(350 nm excitation wavelength, 10 nm spectral bandwidth, and 2-second response)
◆
Wavelength scanning speed: 4-step selection of SUPER, FAST, MEDIUM, and SLOW,
(about 3,700 nm/min. at SUPER)
◆
Wavelength slewing speed: About 30,000 nm/min.
◆
Response: Choice of 0.02, 0.03, 0.1, 0.25, 0.5, 2, and 8 seconds for 98% of full scale
◆
Sensitivity selection: 2-step selection of HIGH and LOW
(The sensitivity at HIGH is about 50 times that at LOW.)
◆
Detector: Photomultiplier tube for both excitation and emission sides
◆
Display: Backlit liquid crystal display, 320
×
200 dots
◆
Interface: RS-232C interface, and interfaces for printer (Centronics type),
autosampler, sipper, and IC card drive
◆
Dimensions and weight: 500
W
×
400
D
×
255
H
mm, 23 kg
◆
Power requirements: 100/120/220/240 V, 400 VA
◆
Operational temperature range: 10 ~ 35
℃
◆
Operational humidity range: 40~80%
(Below 70% with temperature higher than 30
℃
.)
PERFORMANCE
◆
Wavelength scanning functions
●
Measurement of excitation and emission spectra
●
Automatic search of optimal excitation and emission wavelengths
●
Automatic response control
●
Automatic shutter
●
Spectrum expansion and compression
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Readout of spectrum values at the cursor specified points
●
Peak pick
●
Difference spectra
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Data printout
◆
Quantitation
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Quantitation at fixed wavelengths
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Working curve generation (1st regression, 10-point)
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Working curve correction
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Repeated measurement and data averaging (up to 5 times repetition)
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Automatic shutter
◆
Filing
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Storage and recall of instrument parameters
Memory size: 3 sets in the main memory and 60 sets in a data pack
●
Storage and recall of measurement data (spectral, time-course, and
quantitation) Memory size: 2 sets in the main memory, and 9 sets in a data pack
Data transmission to PC: Via RS-232C interface (MS-DOS text file format)
◆
Others
●
Supply of optional programs from IC Program Packs
●
Storage and recall of instrument parameters and data from Data Pack
●
Monitoring and display of the run time of xenon lamp
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