Sulfur hexafluoride mixed gas (mixture ratio) chromatograph

NegotiableUpdate on 03/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Brief description: The LX-3200M sulfur hexafluoride mixed gas mixing ratio tester can achieve quantitative analysis of SF6/N2 and SF6/CF4 mixed insulation gas mixing ratios without changing the analysis conditions, and simultaneously monitor oxygen concentration. The power industry standard DL/T 1985-2019 "Detection Method for Mixing Ratio of Sulfur Hexafluoride Mixed Insulation Gas" drafted by Langxi Instrument and State Grid Anhui Electric Power Science Research Institute has been officially implemented since October 1, 2019. The jointly applied invention "A Gas Chromatography Detection Device for Mixing Ratio of Sulfur Hexafluoride Mixed Gas" has been made public.

Product Details

Details

brand	Self operated brand	Instrument type	laboratory
Origin category	domestic	Price range	discuss personally
Applications	general use	application area	Medical and health care, environmental protection

The LX-3200M sulfur hexafluoride mixed gas mixing ratio tester can achieve quantitative analysis of SF6/N2 and SF6/CF4 mixed insulation gas mixing ratios without changing the analysis conditions, and simultaneously monitor oxygen concentration. The power industry standard DL/T 1985-2019 "Detection Method for Mixing Ratio of Sulfur Hexafluoride Mixed Insulation Gas" drafted by Langxi Instrument and State Grid Anhui Electric Power Science Research Institute has been officially implemented since October 1, 2019. The jointly applied invention "A Gas Chromatography Detection Device for Mixing Ratio of Sulfur Hexafluoride Mixed Gas" has been made public.

1. Technical performance:

Analysis cycle:<6 minutes
Error:<3%
Stable time:<30 minutes
Working environment: -40~50 ℃
Detection channel: 1

2. Technical parameters:

precision	±0. 1℃		Working power supply		AC220V±10%，50Hz
ambient temperature	0～+35℃		Instrument dimensions		635×510×480mm
Testing components	O2	N2		CF4		SF6
Detection limit (μ L/L)	5	5		5		50