Power plant specific zirconia probe

Power plant specific zirconia probe

In the field of power plants, whether it is thermal power plants or waste to energy plants, accurate monitoring of the combustion process is crucial. Zirconia analyzer and zirconia probe play a key role as monitoring equipment, among which ISG-1000 standard zirconia probe and ISG-F-1000 anti-corrosion and waterproof zirconia probe are widely used.

1、 Product Features

Intelligent integration: using single-chip integrated circuits and wall mounted LCD displays to visually present data. The range is 0-25%, and the output signal is 4-20mA, which can accurately feedback monitoring data.

Split design and diverse installation: The split zirconia analyzer adopts a direct insertion flange installation, with various specifications such as DN50, DN80, DN100, etc., suitable for different installation environments.

Environmental monitoring: As an intelligent and environmentally friendly monitoring instrument, it can effectively monitor the concentration of oxygen in flue gas online, providing strong data support for energy conservation, emission reduction, and energy consumption reduction for enterprises, and helping them practice the concept of green development.

Protective performance: The ISG-F-1000 anti-corrosion and waterproof zirconia probe uses thin film electrolysis technology to greatly enhance the product's waterproof and anti-corrosion performance, significantly extending the probe's service life. It has obvious advantages in highly corrosive flue gas environments and is widely used.

2、 Main technical parameters

Specification, Model, Range, Output, Working Temperature, Connection, Specification, Accuracy, Power, Material, Application Scenarios, Protection Characteristics, Insertion Depth

ISG-F-1000、ISG-F-1200、ISG-I-1000 ，0-25% 4 - 20MA， 0-700 degrees, DN50, DN80, DN100 1% less than 150W stainless steel 304 and 316L materials for coal-fired power plants and garbage power plants, waterproof and anti-corrosion 300mm-1200mm

3、 Selection Notice

Smoke temperature: Accurately grasp the smoke temperature to ensure that the probe can work stably in a suitable temperature environment, avoiding the impact of high or low temperature on monitoring accuracy and equipment life.

Smoke pressure: Understanding the smoke pressure situation is helpful in selecting probes with appropriate pressure resistance performance to ensure the normal operation of equipment under different pressure conditions.

Combustion medium: Different combustion media, such as coal, garbage, etc., produce different compositions and corrosivities of flue gas during combustion. It is necessary to choose a probe that is suitable for the actual combustion medium.

Insertion depth length: Determine the appropriate insertion depth length based on the installation location and monitoring requirements to ensure that the probe can accurately obtain monitoring data.

Flange size: Select the matching flange size based on the interface specifications of the on-site equipment to ensure the accuracy and stability of the probe installation.