ndustrial Zirconia Flue Gas Oxygen Analyzer Runlai Y100, Online O2 Detector with 1%F.S High Precision, T90 15s Rapid Response, 0.4-1.5m Custom Insertion Probe
Product Specifications
- Measurement principle: Zirconia;
- Measurement range: 0.00PPm to 25.00% (automatic switching);
- Accuracy: ±1%FS;
- Repeatability: ±1%FS;
- Stability: ±0.5%FS/7 days;
- Preheating time: ≤15 minutes (zirconia cell potential);
- Operating furnace temperature: 750°C (zirconia);
- Response time: τ90 ≤15 seconds;
- Sample gas flow rate: (400±50)ml/min;
- Sample gas pressure: 0.05Mpa ≤ inlet pressure ≤ 0.25Mpa;
- Analog output: Dual analog signal output of 4–20mA, 0-10V;
- Digital output: Standard RS485/RS232 communication port for two-way communication with computers;
- Contact output: Dual relay outputs of 220VAC, 10A or 24VDC, 2A;
- Operating power supply: (220±22)VAC, (50±5)Hz;
- Dimensions: 267mm (width) x 143 (height) x 305mm (depth);
- Opening dimensions: 220mm (width) x 128mm (height);
- Weight: Approximately 3.0kg;
- Service life: >6 years (under normal operating conditions);
- Mounting method: Plug-in type;
- Detector lengths available: 0.4m, 0.6m, 0.8m, 1.0m, 1.2m, 1.5m;
Key Features
- Integrated design, compact size, lightweight, simple structure, and reasonable layout;
- Original imported zirconia sensors featuring fast response, high measurement accuracy, long service life, and extended calibration intervals;
- Can display oxygen content, date, time, and other parameters simultaneously;
- Alarm points can be set arbitrarily within the full range; temperature out-of-control alarm;
- Accurate measurement from ppm to % achievable with a single calibration point in the air, making calibration simple and convenient;
- Built-in original imported sampling pump with long life and reliable operation (optional);
- Measurement does not require reference gas and is not affected by oxygen concentration in the working environment;
- Convenient and fast communication protocol selection, compatible with most oxygen analyzer manufacturers' protocols.
- Automatic analysis of oxygen content in flue gases from power, metallurgy, heating, building materials, electronics, power plants, industrial boilers, and various combustion systems.


