UV-1650PC

UV-1650PC은A2사이즈로 컴팩트 , 경량이면서 ,1클래스상의 광학 성능과 기능을 탑재하고 있습니다

하이코 파업 퍼포먼스
양 비행기종과도 cost performance의 높은 분광 광도계로서 유기 , 무기 화합물 분석이나 ,DNA나 효소등의 생화학 시료 등 다양한 자외 가시 분광 분석에 이용 가능합니다. 더블 빔 측광 방식 , 파장 범위190~1100nm

생명과학 용도에 적절한 미량다 검사대상 물체 시료 대응
측정 광속폭을1mm까지 짜 , 소량의 시료(3μL ~50μL )에서도 고정밀도 측정이 가능합니다. 그리고 , 옵션의8/16련 셀 positioner -시스템을 사용하는 것에 의해 연속 자동 측정을 가능하게 합니다.

GLP/GMP기능 가득의Windows2000대응 소프트웨어
UV-1650PC는WindowsNT환경에서 동작하는 , 신세대UV소프트 UVProbe 를 표준 소프트로서 채용했습니다. UVProbe(은)는 멀티태스킹 ,CLASS-Agent네트워크 신 시대에 적합함과 함께 , 의약·제약 업계에서 요구되는 시큐러티나 오디트트레일이라고 하는GLP/GMP기능을 탑재해 , 모든 분야에서 측정을 최고의 아웃풋을 내는 최첨단의 소프트웨어입니다.

Wavelength range	190.0 to 1100.0nm
Spectral bandwidth	2nm
Wavelength display	Readable to 0.1nm
Wavelength setting	0.1nm increments (1nm increments for wavelength slewing)
Wavelength accuracy	±0.5nm (Automatic wavelength correction)
Wavelength reproducibility	±0.1nm
Wavelength slew rate	About 6000nm/min.
Wavelength scanning speed	About 3200nm/min. to about 160nm/min.
Data bunching interval	Automatic selection of 2.0, 1.0, 0.5, 0.2, 0.1nm
Lamp interchange wavelength	295.0~364.0nm (340.8nm)
Stray light	Less than 0.05% (at 220.0nm and 340.0nm)
Photometric system	Double-beam optics
Photometric range	Absorbance : -0.5~3.999Abs. Transmittance: 0.0~300%
Photometric accuracy	±0.004Abs. at 1.0Abs. (Tested with NIST 930D filter) ±0.002Abs. at 0.5Abs.
Photometric reproducibility	±0.002Abs. at 1.0Abs. ±0.002Abs. at 0.5Abs.
Baseline stability	Less than ±0.001 Abs./hour
Baseline flatness	±0.002Abs.
Baseline correction	Automatic with computer memory, in two stages of coarse and fine
Light source	50W halogen lamp (2,000 hrs life) and deuterium lamp
Monochromator	Aberration corrected concave blazed holographic grating
Detector	Silicon photodiode
Sample compartment	Inner dimensions: W110.0 X D230.0 X H105.0mm (partly 105mm deep) Distance between light beams: 100.0nm Installation: Fixed with 2 screws Beam size: 10 X 1mm
Interface ports	RS-232C port f
Power requirements	100, 120, 220, 240VAC, 50/60 Hz, 160VA.
Ambient requirements	Temperature: 15~35°C Humidity: 45~80%
Dimensions and weight	W550 X D470 X H200mm, 18kg

Photometric mode	Measurement at a user-selected fixed wavelength. The optional CPS-240A Cell Positioner or Multicell Holder permits automatic successive measurement of up to six sample cells. Quantitation using the K-factor method Photometric mode: Choice of %T and Abs.
Spectrum Mode	Photometric mode: Choice of %T, Abs, and E Scanning range: 190.0 to 1100.0nm Scanning speed: Very fast, Fast, Medium, Slow, and Very Slow Ordinate range: Abs: -3.99 ~ +3.99 %T and E: -399 +399 Number of repeated scans: Up to 99 times Spectrum processing Detection of peaks and valleys, up to 20 each Expansion and compression Data readout at cursor-specified point Storage/recall of data (Up to 6 in the main memory, and up to 27 in the data pack) Export of spectral data: Via RS-232C port
Quantitation Mode	Measurement method: Choice of 1 wavelength, 2 wavelength, 3 wavelength, 1st ~ 4th derivative methods. Quantitation method: Automatic concentration calculation by K-factor, single-point calibration curve, or multipoint calibration curve method (1st ~ 3rd order regression curves). Operational parameters. Number of repetitive measurements: 1 ~ 9, to obtain mean value for quantitation Number of order for derivative: 1st ~ 4th Number of standards for multipoint calibration curve: 2 ~ 10 Number of order of calibration curve: 1st ~ 3rd Choice of zero or non-zero intercept Storage/recall of data Automatic data printout
Kinetics Mode	Measurement time: 1~ 6500 sec. or 1 ~ 6500 min. Cell holder: Optional CPS-240A Cell Positioner or Multicell Holder Storage/recall of time-course data Reaction rate calculation and recalculation Export of time-course data via RS-232C port
Multicomponent Quantitation	Up to 8 components can be simultaneously quantitated. A mixture may be used as standard, as well as pure compounds of the components. Data of standards can be stored, as well as the wavelengths. Quantitation on recalled data is possible.
Processing of Spectra and Time-Course Curves	Arithmetic calculation between curves Arithmetic calculation between a curve and a constant. Derivative (1st, 2nd, 3rd , 4th, and smoothing). Integration (area calculation). Peak pick. Point pick. Display of data curve. Presentation of values at cursor-specified point.