Split zirconia analyzer

1、 Product basic information

1. Product models: YB-88A, YB-88G

2. Product type:Split zirconia analyzer, flange installation

3. Product composition: Composed of a primary instrument (zirconia probe) and a secondary instrument (oxygen transmitter)

2、 Product specifications and parameters

1. Classification type

-Temperature classification: Low temperature type (0-700 degrees), high temperature type (0-1400 degrees)

-Material of protective tube: Low temperature type uses 304 and 316 materials; High temperature type adopts GH3039 and SIC

2. Size specifications

-Flange specifications: outer diameter 155MM, inner diameter 130MM (customizable)

-Zirconia probe length: L=200MM -1200MM

3. Performance parameters

-Output signal: 4-20mA

-Accuracy level: 0.2%

-Range: 0-20.6% and 0-25%

4. Types of secondary instruments: wall mounted, panel mounted, vertical

3、 Product features and advantages

1. Product features: Strong stability, seamless steel pipe welding, strong pressure resistance

2. Special product: Introducing a new type of anti-corrosion zirconia probe, using anti-corrosion coating and imported electronic components

4、 Application scenarios and recommendations

1. Applicable fields: Recommended for use in places with strong corrosiveness such as garbage power plants, sulfuric acid plants, chemical plants, hazardous waste treatment, smelting plants, etc

2. Application cases: Already used in enterprises such as Beijing Enterprises Group, Sinopec Luoyang Petrochemical, GCL Group, Qingdao Renewable Energy, and Xinjiang Fukang Smelting

5、 Precautions for use

Regarding YB-88G: Zirconia tubes are fragile and vibration should be avoided; Fixed with foam during transportation; Avoid power outage during use. Due to its built-in temperature compensation, it needs to reach a temperature of 700 degrees before use. Pre cooling after power outage is prone to breakage, resulting in inaccurate measurements

6、 Selection Notice

1. Smoke medium (combustion material)

2. Smoke pressure (positive and negative)

3. Probe length (length from flange downwards)

4. Flange size

5. Appearance of secondary instruments