FLS FLS980-STM Fluorescence Spectrometer User Manual

The FLS FLS980-STM Fluorescence Spectrometer User Manual describes functions, performance specs, measurement principles, and step‑by‑step operating procedures.


FLS FLS980-STM Fluorescence Spectrometer User Manual - cover page
Brand
FLS
Category
Other Electronics
Document type
User Manual
Language
Chinese
Pages
9
File format
PDF
File size
1.7 MB
Published
29 September, 2026
Updated
29 September, 2026
MD5 checksum
2D6E83169162B615BCEC4F0F087CEC20

About this manual

The FLS980-STM is a steady‑state and time‑resolved fluorescence spectrometer capable of measuring liquid and solid samples. It offers steady‑state excitation/emission spectra, fluorescence lifetime from picosecond to millisecond scales, quantum yield using an integrating sphere, and anisotropy measurements with polarizers.

The manual provides detailed instructions for instrument setup, safety precautions, and measurement workflows for both steady‑state and transient fluorescence, including software operation, light‑source selection, slit adjustment, detector cooling, and data acquisition. This manual is written in Chinese.

What's inside

  • Instrument Introduction
  • Measurement Principles
  • Precautions Before Measurement
  • Steady‑State Fluorescence Measurement
  • Fluorescence Lifetime (Transient) Measurement
  • Safety and Maintenance Notes

Specifications

Spectral detection range200 nm – 1800 nm
Fluorescence lifetime rangeps to ms
Light sources350 W Xe lamp, microsecond flashing Xe lamp, single‑wavelength pulsed lasers (375 nm, 405 nm, 475 nm, 635 nm, 670 nm, 785 nm)
Slit width range0.02 nm – 18 nm
Maximum signal rate (microsecond Xe lamp)≤ 5 000

Frequently asked questions

What must be done with the sample chamber door before opening the F980 software?

The sample chamber door must be open before the software is started.

What slit setting is required before changing light sources or adjusting the sample?

Set the slit (Δλ) to its minimum of 0.02 nm before any light‑source change or sample adjustment.

At what temperature must the CO1 power supply be before acquiring data with the visible detector?

The CO1 temperature must be below –20 °C before data acquisition can begin.

What is the recommended signal‑rate limit when using the microsecond flashing Xe lamp?

The signal rate should not exceed 5 000.

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