Thermo Scientific Evolution 201 & 220 UV-Vis Spectrophotometer User Manual

Thermo Scientific Evolution 201 & 220 UV‑Vis spectrophotometer manual with operation, software, accessories and specifications.


Thermo Scientific Evolution 201 & 220 UV-Vis Spectrophotometer User Manual - cover page
Brand
Thermo Scientific
Document type
User Manual
Language
Chinese
Pages
14
File format
PDF
File size
1.7 MB
Published
28 September, 2026
Updated
28 September, 2026
MD5 checksum
11A6F0851E6C9CE3AA7991E38D378236

About this manual

This manual introduces the Thermo Scientific Evolution 201 & 220 UV‑Vis spectrophotometer, its innovative features, dual‑beam optical design, and the INSIGHT software that controls the instrument locally or via a computer. Detailed descriptions cover sample handling, temperature control, calibration accessories, and data analysis tools.

The document also provides technical specifications, connection options (USB, trigger signals), and guidance on using accessories such as the ISA‑220 integrating sphere, Peltier temperature modules, and mercury‑lamp calibration kits. Safety and compliance information for FDA, GxP, and ISO standards are included. This manual is written in Chinese.

What's inside

  • Main Interface
  • INSIGHT Software Overview
  • Temperature Control Options
  • Calibration and CVCs
  • Accessories and Attachments
  • Specifications
  • Safety and Compliance

Specifications

Optical DesignDual‑beam (Double‑Beam)
Wavelength Range190 nm – 1100 nm
Resolution1.0 nm (adjustable 1 nm or 2 nm)
Scanning Speedup to 6000 nm/min
Light SourceFlash xenon lamp (3‑year warranty)
Temperature Control Range0 °C – 100 °C (Peltier modules)
Display17.8 cm diagonal LCD touchscreen, 800×480
Power100‑240 V, 50‑60 Hz, auto‑select, max 150 W

Frequently asked questions

How can the instrument be connected to a computer?

The spectrophotometer has a USB interface that allows connection to a PC for instrument control, data analysis, and backup of methods and results.

What temperature range can be controlled with the instrument?

Temperature control modules can maintain sample temperatures from 0 °C up to 100 °C, with optional Peltier single‑pool or 8‑pool systems.

Which lamp is used for wavelength calibration?

A mercury‑lamp calibration accessory is provided for full‑range wavelength accuracy and reproducibility.

Can the instrument operate without a computer?

Yes, the device includes a built‑in touchscreen and local controls, allowing full operation in standalone mode.

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