High temperature steam analyzer for food processing

Application scope:

Nernst1735 High temperature steam analyzer for food processing Suitable for the paper industry, textile industry, construction industry, food processing industry, and various industrial production fields that require control of water vapor or humidity testing during the drying process of materials or products. After using this product, it can save a lot of energy and improve the quality of the product.

Application features:

useNernst1735 High temperature steam analyzer for food processing After that, you can accurately know the water vapor (percentage water vapor value) or dew point value (-50 ℃) in the drying furnace or the ambient atmosphere inside the drying room～100 ℃), moisture content (G grams/KG per kilogram), and humidity value RH. Users can choose based on the instrument display or 2-channel 4～20MA output controls the drying time and timely controls the discharge of saturated steam to achieve the ultimate goal of improving product quality and energy conservation.

Application principle:

Use zirconia probes and corresponding oxygen analyzers or water vapor or humidity analyzers to measure oxygen and then convert it into water vapor or humidity. It is currently an effective and accurate method for measuring water vapor or humidity in high temperature environments (temperatures above 150 ℃) worldwide.
There are currently many types of instruments and methods for measuring water vapor or humidity on the market, generally measuring temperatures below 100 degrees Celsius～150 ℃). But in high temperature environments (above 200 ℃), no probe can withstand such high temperatures, while Nernst's zirconia probe can withstand high temperatures of 900 ℃. Principle: When there is an increase in water vapor or humidity in a standard atmospheric environment, the oxygen in the atmosphere will correspondingly decrease, which is why one may feel difficulty breathing or insufficient oxygen in a sauna room. So if the oxygen content in the environment is known, the corresponding water vapor or humidity value can also be measured.
Ordinary zirconia probes, which are made of ceramic materials, will rupture and damage when exposed to condensed water at high temperatures. However, Nernst's zirconia probe uses zirconium core technology, which will not rupture or damage in this situation, greatly improving the service life of zirconia probes and saving users' costs.
The Nernst 1735 high-temperature water vapor analyzer canTo determine the water vapor or moisture vapor value during direct combustion drying or in the drying room, please contact our company directly for details.

Technical features:

• ● Dual probe measurement function:One instrument can simultaneously measure two channels of oxygen, high-temperature water vapor, or humidity

• ● Multi channel output control:The instrument has two channels and four～20MA current output and computer communication interface RS232

• ● Measurement range:Measurement range: 1PPM～100% oxygen content, measure 0～100% water vapor, or dew point value (-50 ℃)～100 ℃, with a moisture content of G grams/KG per kilogram

• ● Alarm settings:The instrument has one shared alarm output and three programmable alarm outputs

• ● Automatic calibration:The instrument will automatically monitor various functional systems and calibrate them to ensure the accuracy of the instrument during measurement

• ● Intelligent system:The instrument is capable of human-machine dialogue and completing various settings according to predetermined settings

• ● Display and output function safety:The instrument has strong display capabilities for various parameters and strong output control functions for each parameter

• ● moreNew technology:Can measure the water vapor or moisture vapor value in the drying furnace or drying room during direct combustion

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Specifications and parameters：