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Technical Parameters of KIFFM - E Flow Injection Chemiluminescence Analyzer
Product Introduction
The KIFFM - E flow injection chemiluminescence analyzer is the earliest fully - automatic chemiluminescence detection and analysis system launched in China. The instrument integrates a high - precision dual - peristaltic pump numerically - controlled wide - speed - regulation flow injection sampling system, an IFFS - A multi - functional ultra - weak chemiluminescence detector, and chemical spectrogram analysis software, and can perform analyses such as static injection chemiluminescence analysis and flow injection chemiluminescence.
Application Fields
Technical Features
Technical Specifications
Input high voltage: - 100 to - 1000 V, stability: better than 0.01%
Wavelength range: 300 - 650 nm (maximum response wavelength: 420 nm)
SP > 1000 A/Lm, programmable high - precision negative high - voltage power supply and high - precision pre - amplifier, record analog signal output
High - precision Data Acquisition System, Controlled by Computer, Capable of
Gain control: 1X, 2X, 4X, 8X, 16X
Filter cut - off frequency adjustment: 10 - 100 Hz
Sampling rate: 1 - 100T/S
Automatic/manual zero - setting
External signal input interface, which can receive analog signals from other instruments, input range: 0 - 5V
REMEX Fully Chinese - Language Data Analysis System
The measurement system can complete the setting and control of sampler parameters, the setting and control of analysis parameters, real - time data acquisition of chemical reaction kinetics, and curve plotting. In the repeated measurement state, it can perform kinetic curve tests such as cumulative superposition and average superposition synchronously with the sampling system.
Measurement and processing of measured spectrogram data: The value at any point of the measured spectrogram can be read. The effective area can be set for the waveforms at any two points of the measured spectrogram, and the area, peak value, valley value, and average value can be calculated. Abnormal points in the measured spectrogram can be removed one by one or in multiple points.