High precision zirconia analyzer converter

Anhui Tiancai Instrument Co., Ltd. is a manufacturer of zirconia oxygen analyzer. With high-quality products, a research and development team, and scientific and rigorous production technology, we provide high-quality services and customized specifications of zirconia analyzer for companies that need to measure and grasp the oxygen content in flue gas during combustion in real time. Our products are involved in many industries such as petrochemicals, pharmaceuticals, steel, research institutes, coal mines, textiles, etc. Over the years, with a good reputation and excellent product quality, it has benefited hundreds of enterprises by providing zirconia analyzers for combustion monitoring and control processes, and successfully helped these enterprises achieve considerable energy-saving and environmental pollution reduction benefits.

High precision zirconia analyzer converter

Zirconia oxygen analyzer is widely used in combustion monitoring and control processes in various industries, and has helped achieve considerable energy-saving effects in various industries. The application areas include energy consuming industries such as steel, electronics and power, petrochemicals, ceramics, paper, food, textiles, as well as various combustion equipment such as incinerators and small and medium-sized boilers.

High precision zirconia analyzer converterFault symptoms and handling methods:

1、 Fault phenomenon: The pointer of the meter head shakes.

Reason 1: The amplifier amplification factor is too high.

Solution: Repair the amplifier and adjust the amplification factor.

Reason 2: Poor wiring contact.

Solution: Check and tighten the wiring terminals.

Reason 3: Poor contact of the connector.

Solution: Clean the connector.

2、 Fault phenomenon: large fluctuation in output signal

Reason 1: Inappropriate sampling point location.

Solution: Coordinate with the process to inspect and change the location of sampling points.

Reason 2: The combustion system is unstable, operating at overload or with open flames impacting the zirconium tube, resulting in significant changes in gas flow rate.

Solution: Check in coordination with the process, adjust process parameters, and inspect and replace air circuit valves.

Reason 3: The sample gas carries water and vaporizes in the zirconium tube.

Solution: Check for condensation or water mist in the sample gas, and slightly tilt the outlet of the zirconium tube downwards to improve the sample gas pretreatment system.