Lcd Touch Screen Spectrophotometer Double Beam 190-1100nm

UV -1800CPC

Main features:

1.Advanced voltage stabilizing power supply matching technology, the lamp source voltage of the machine is always kept in a stable state in the operation process, which extends the life of the lamp source and increases the accuracy of the test.

2.This product uses a double exhaust system, which can timely and efficiently discharge the heat generated in the machine operation, slow down the aging process of the machine, and continuously maintain the stable test state of the machine.

3.The machine adopts an integrated shock-proof fastening chassis, the chassis is installed with 20mm cast aluminum plate, the optical devices are fixed on the same platform, to ensure the consistency of the optical path, and effectively improve the stability of the instrument and the accuracy of the reading.

Technical Specifications:

Model:UV-1800CPC

Optical System:Double beam

Optical circuit structure:C-T Type Parallel double beam

Wavelength Range:190～1100nm

Band Width:1.8nm

Wavelength Accuracy:±0.3nm

Wavelength Repeatability:≤0.1nm

Photometric Accuracy:±0.3% τ(0-100%τ) ±0.002A(0～0.5A) ±0.003A(0.5A～1A)

Photometric Repeatability:0.15% τ(0-100%τ) ±0.001A(0～0.5A) ±0.0015A(0.5A～1A)

Stray Light:≤0.02% τ (220nm NaI,340nm NaNO2)

Stability:0.0005A/h@500nm

Baseline Flatness:± 0.001A

Photometric Mode:T,A,C,E

Wavelength Setting:Automatic

Photometric Display Range:-4～4A

Display Mode:10 inches touch screen LCD

Detector:Import Silicon Photodiode

Light Source:Import Deuterium Lamp & Tungsten Halogen Lamp

Power Requirement:AC 220V/50Hz 110V/60Hz

Competitive Advantage:

1.LSI design greatly improves the scalability and reliability of the system

2.Improved optimization of optical design, import source and receiver creating a system of high performance and high reliability

3.Realize spectral scanning by PC software control, more precise and flexible measurement requirements

4.Measurement data can be output through the printer with USB interface

5.Rich measurement methods, with a wavelength scan, time scan, multi-wavelength determination, multi-order derivative determination (optional), dual-wavelength, three wavelength (optional) DNA protein measurement (option) and other measuring methods, can meet different measurements requirements, and can be displayed directly on a 10-inch screen

6.Automatic design, to achieve the most simple means of measurement