Introduction: TP-WK-2000 Micro-Coulomb Analytical Analyzer uses the principle of microcoulomb analysis to control the whole analysis process with a computer. The sample is injected into the pyrolysis tube by a syringe and converted into titratable ions. The carrier gas is introduced into the titration cell to consume the electrolyte Of titrant, generated by electrolysis and consume the same amount of titrant, measuring the amount of electricity consumed during electrolysis, according to Faraday's law, calculate the sample content. Features: 1, the titration tank for a long time (S is greater than 8 hours, Cl is greater than 5 hours) 2, real-time monitoring of temperature, gas flow and pipeline pressure 3, single and multi-point correction optional 4, historical data and graphics playback, easy to control analysis 5, liquid sample analysis, automatic injection / start automatically 6, matching the appropriate injector, solid-state, gaseous sample analysis 7, USB interface, optional computer of any model 8, ACCESS database, automatically save historical parameters and data 9, support and LIMS system connection Specifications: 1, analysis of elements: sulfur, chlorine 2, the principle of the method: electricity method 3, the implementation of standards: SH / T0253 4, the occurrence of current: ± 2mA 5, electrolytic voltage: ± 30V 6, bias range: 10 ~ 400mV 7, measuring range: Sulfur: 0.1 ~ 5000mg / L Chlorine: 0.2 ~ 5000mg / L 8, reproducibility error: x ≤ 0.5 mg / L <30% 0.5 mg / L 1.0 mg / L x> 10 mg / L <4% 9, temperature range: room temperature ~ 1100 ℃
Introduction: TP-WK-2000 Micro-Coulomb Analytical Analyzer uses the principle of microcoulomb analysis to control the whole analysis process with a computer. The sample is injected into the pyrolysis tube by a syringe and converted into titratable ions. The carrier gas is introduced into the titration cell to consume the electrolyte Of titrant, generated by electrolysis and consume the same amount of titrant, measuring the amount of electricity consumed during electrolysis, according to Faraday's law, calculate the sample content.
