UV1001 UV detector Features
It belongs to the analytical UV detection unit. It provides higher detection accuracy and repeatability for high performance liquid chromatography.
The dual-optical optical system is used to realize dual-wavelength detection and imported high-precision stepping control to improve the wavelength accuracy.
New wavelength auto-correction, 3 wavelength scanning modes, 320*240 4.7-inch LCD display, 10 user programs.
Designed for analysis of liquid chromatography, open source computer anti-control communication protocol, easy to control by third-party software.
The additional uniquely designed preparation flow cell does not require splitting to meet the on-line monitoring requirements for preparative separation. Technical Parameters
Wavelength range: 190 ~ 800nm
Light source: Xenon lamp (standard configuration)
Wavelength accuracy: ± 1 nm
Wavelength repeatability: 0.2 nm
Flow path of the flow cell: 1~5 mm, adjustable optical path
Flow cell interface: Analytical, semi-prepared to 1/16", prepared as 1/8"
Baseline noise: ±0.5×10-5 AU, 254nm, TC=1S
Baseline drift: 1.5×10-4 AU, 254 nm
Range: ≥3 AU
Time constant: 0.1/0.2/0.5/1.0/2.0/5.0/10.0 s
Auto zero: digital zero, full scale
Display parameters: 256*64 dot liquid crystal display, self-illuminating display, high definition, uniform color of any viewing angle, adjustable backlight
Control: Instrument panel control, or computer counter control
Power: 85 ~ 264VAC, power 150W
Features
It belongs to the analytical UV detection unit. It provides higher detection accuracy and repeatability for high performance liquid chromatography.
The dual-optical optical system is used to realize dual-wavelength detection and imported high-precision stepping control to improve the wavelength accuracy.
New wavelength auto-correction, 3 wavelength scanning modes, 320*240 4.7-inch LCD display, 10 user programs.
Designed for analysis of liquid chromatography, open source computer anti-control communication protocol, easy to control by third-party software.
The additional uniquely designed preparation flow cell does not require splitting to meet the on-line monitoring requirements for preparative separation.
