
Product Introduction
The GS-1000 sampler has a scientifically reasonable gas path design, stable and reliable filtering function, and can freely choose between single and double reverse blowing. The sampling chamber is heated and insulated, and has low-temperature alarm and automatic reverse blowing control functions. It also reserves calibration gas ports and is suitable for flue gas samplers with special design principles in coal-fired power plants such as desulfurization, denitrification, boilers, waste incinerators, chemical and coking industries.
Product advantages
The sampling probe is made of stainless steel 304 material, which has the characteristics of high temperature resistance and corrosion resistance
The structural design is compact and reasonable, with ceramic or sand filter elements used internally, with a filtration accuracy of 2um and easy replacement.
The temperature of the sampling chamber is 120 ℃ (adjustable from 0 to 180 ℃)
Equipped with temperature control unit and low temperature alarm function.
Equipped with a single channel blowback and blowback control unit.
Product parameters
Sampling temperature Max 600 (maximum)
Working environment temperature -20 ℃~+80 ℃
Sampling chamber heating temperature 100 ℃~+180 ℃ (adjustable, preset temperature: 150 ℃)
Ceramic/sand filter element, filtration accuracy: 2um
Filter size 150 * 30mm
Filter chamber capacity 80mm
Compressed air for blowback air source instrument, pressure range: 0.4Mpa-0.8Mpa
Anti blowing interface OD8/6mm card sleeve connector
Sampling gas inlet OD8/6mm card sleeve connector
Backup calibration gas inlet OD8/6mm card sleeve, SS316
Power supply 220VAC/50Hz/700W
Protection level IP65
Installation accessories DN65 installation flange/pair installation flange/installation bolt/flange sealing gasket
Sampling probe SS316L, length 1500mm
case
Suitable for continuous collection of exhaust gas samples after combustion process, typically used for collection of dust and high water content samples in power plant flues, cement production processes, etc.