CH-2 capillary electrophoresis chemical detector

NegotiableUpdate on 03/20

Model

Nature of the Manufacturer: Producers

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Overview

The CH-2 capillary electrophoresis electrochemical detector adopts a three electrode system electrolytic cell, and the given potential, compensation current, and measured current are displayed by LED. Connected to the scanning voltage generator is a high-precision voltmeter that can record current potential curves on an x-y function recorder. Technical specifications: * Given potential: 0-3.00V * Compensation current: 1pA~20A * Measurement range: 1pA~1.999mA * Input impedance: 11013 * Measurement time: ＜ 60 ms * signal output: 1V/FS, 100mV/FS, 10mV/FS * external dimensions: 28023080 (mm) * Weight: 2 kg * Power consumption: 15 W. Features: * Preferred device performance stable * High input impedance high sensitivity * Fast measurement speed * Three and a half LED display of various parameters applied in fields such as chromatographic electrochemistry, spectroscopic electrochemistry, capillary electrophoresis electrochemistry, electrophysiology, and organic electrochemistry.

Product Details

The CH-2 capillary electrophoresis electrochemical detector adopts a three electrode system electrolytic cell, and the given potential, compensation current, and measured current are displayed by LED. Connected to the scanning voltage generator is a high-precision voltmeter that can record current potential curves on an x-y function recorder.

Technical indicators:
*Given potential: 0 to ± 3.00V
*Compensation current: ± 1pA to ± 20 μ A
*Measurement range: 1pA~1.999mA
*Input impedance: ≥ 1×10¹³Ω
*Measurement time: ＜ 60 ms
*Signal output: 1V/F · S, 100mV/F · S, 10mV/F · S
*External dimensions: 280×230×80(mm)
*Weight: 2 kg
*Power consumption: ≤ 15 W

characteristic:
*Preferred devices with stable performance
*High input impedance and high sensitivity
*Fast measurement speed
*Three and a half LED displays various parameters

Applied in fields such as chromatographic electrochemistry, spectroscopic electrochemistry, capillary electrophoresis electrochemistry, electrophysiology, and organic electrochemistry.