Zirconia analyzer for thermal power plants

Zirconia analyzer for thermal power plants

The online zirconia analyzer for direct insertion coal-fired boilers in thermal power plants uses standard 304 stainless steel protective tubes. It can effectively monitor the oxygen content in flue gas online, with a range of 0-25% and an output of 4-20mA. It is used in thermal power plants. Our company specializes in producing intelligent zirconia analyzers, which use microcontroller control programs, wall mounted LCD displays, and are compatible with HART protocol and RS485 communication, outputting 4-20mA signals. It is an effective intelligent instrument for online monitoring of flue gas in power plants. The specifications and models include YB-88G series oxygen analyzer, YB-88GZ-4 standard type direct insertion zirconia analyzer, YB-88G-D low-temperature type, YB-88G-D-400 type direct insertion flange installation, with a insertion depth of 400mm. YB-88G-D-600 type zirconia probe uses stainless steel protective tube with a insertion depth of 600mm. YB-88G-D-1000 type direct insertion flange installation, with a protective tube of 48mm and a insertion depth of 1000mm, YB-88G-D-1200mm, made of 304 material, 316L material, 0-700 degrees; High temperature flue gas temperature range: 0-1400 degrees; High temperature type: SIC intake pipe, 0-25%, output: 4-20mA, flange installation: DN50, DN80, DN100; Power supply: 220VAC, disk mounted vertical: YB-88GZ-1, disk mounted horizontal: YB-88GZ-2, disk mounted square: YB-88GZ-3, YB-88G-Z medium temperature direct insertion type

YB-88G-GWP high temperature extraction type: high temperature intake pipe, high temperature flange, high temperature tee, jet pump, accuracy level: 1%, power less than 150V, heating furnace resistance value: 64 ohms, high temperature zirconia probe, mainly used for flue gas temperature greater than 700 degrees, using recrystallized silicon carbide intake pipe, can be monitored online in the range of 0-1600 degrees, flange installation: DN50, DN80, DN100; Widely used for online monitoring of boilers in chemical plants, steel plants, and other industries.

Selection parameters:

(1) Clearly define the temperature of the flue gas

(2) Clearly define the pressure of the flue gas

(3) The size of the flange

(4) Insertion depth length

(5) Combustion medium

(6) The appearance of secondary instruments

(7) Do you need explosion-proof and explosion-proof rating