Humidity analyser for Food processing and Tissue & Paper production

Optimize product quality and reduce energy costs with advanced humidity control

Gain control over every stage of your production process with a Water Vapour Humidity Transmitter

The Novòxys Model 1735 Humidity Analyser delivers a high-quality solution for monitoring and regulating humidity in both Food processing and Tissue & Paper production. With premium quality like the 1231 Zirconia Oxygen probe and optional reference gas sensors, this humidity analyser ensures precise measurements of moisture and oxygen levels, even in extreme conditions and for high temperatures.

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In a nutshell: what our Water Vapour Humidity Transmitter does

The Model 1735 Humidity Transmitter is the perfect solution for precise humidity management in industrial production environments. Designed for demanding applications in Food processing and Tissue & Paper manufacturing, it provides accurate, real-time data to help you optimize your processes. By leveraging advanced zirconia sensor technology, this Humidity analyser ensures you achieve the perfect balance between quality, energy efficiency and optimal yield.

humidity transmitter

Key benefits Novoxys Humidity analyser

  • Improves product quality: Ensures consistent moisture levels for a superior end product.
  • Reduces energy costs: Optimizes drying efficiency, minimizing wasted energy.
  • User-friendly interface: Easy-to-read 128 x 64 graphical display with configurable alarms.
  • Versatile applications: Suitable for both directly and indirectly heated dryers.
  • Durable and reliable: Built with robust zirconia sensors for long-lasting performance.

 

Humidity transmitter designed specifically for Food processing and Paper & Tissue production

Humidity control in food processing

In food production, precise humidity measurement is essential for maintaining product quality and optimal yield. The Model 1735 analyser combined with the 1231-HWV probe helps monitor and control moisture levels during baking, roasting, and other heat-intensive processes, ensuring consistent results and optimized production efficiency. Accurate humidity control not only enhances the texture, flavor, and shelf life of food products but also minimizes waste and energy consumption.

Humidity control in tissue production

For directly heated dryers, accurate Humidity analysis enhances product consistency and reduces energy consumption. The Model 1735, combined with the 1231-DF probe, calculates Water Vapor concentration by analyzing oxygen levels in the process air.

Optional reference gas sensors (RGS) can be added to measure dry oxygen levels, ideal when these values are not available from an existing CEMS system.

 

Humidity control in paper production

Paper production is a complex process where humidity regulation plays a key role during the drying phase. The Model 1735 and 1231-DF probe seamlessly measure “wet” oxygen levels, providing insights into Water Vapor concentration in indirectly heated dryers. This not only improves product quality but also drives energy efficiency.

Applications humidity sensor across other industries

The Model 1735 is not just limited to Tissue & Paper production. Its versatile design makes it an ideal choice for a range of industrial applications, including:

  • Food processing: Monitor humidity in baking and roasting ovens for improved consistency and taste.
  • Pharmaceuticals: Ensure precise humidity control during sensitive production processes.
  • Chemical processing: Optimize drying and moisture-sensitive processes for better yields.

 

Technical specifications Water Vapour Humidity Transitter:

Flexible measurement ranges

  • 0-100% water vapor
  • 0-100°C dew point
  • 0-10 g/m³ absolute humidity
  • 0-1.00 kg/kg mass fraction

Outputs and alarms

  • Two isolated 4-20 mA or 0-20 mA analog outputs for humidity, oxygen, and temperature measurements
  • Self-diagnostic features and user-configurable process alarms

Fast response times

  • Typically 3 seconds for indirectly heated applications
  • Typically 30 seconds for directly heated applications

 

How the Novòxys Humidity transmitter works

The Water Vapour Humidity Transmitter (Model 1735) operates by analyzing “wet” oxygen levels in your production process using the 1231-DF Zirconia Oxygen probe. For more accurate results, it can also incorporate a reference gas sensor (RGS) to measure “dry” oxygen levels. By combining these inputs, the humidity analyser calculates the exact percentage of water vapor in your environment, giving you full control over your drying and production processes.

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Why humidity control matters

Humidity plays a critical role in manufacturing processes, particularly in drying stages. Without accurate monitoring and control, your production can suffer from:

  • Inconsistent product quality: Uneven drying leads to variability in the final product.
  • Increased energy consumption: Inefficient drying wastes energy and increases costs.
  • Shortened equipment lifespan: Excess humidity can cause corrosion or wear on machinery.

With the Humidity transmitter of Novòxys, these challenges are addressed, giving you a competitive edge in your industry.

 

Why choose the Water Vapour Humidity Transmitter Model 1735 from Novoxys?

  • Accuracy and reliability: Built with the world’s most rugged zirconia sensors.
  • Energy efficiency: Reduce costs with improved humidity control.
  • Versatility: Suitable for both directly and indirectly heated processes in tissue and paper production.

 

Request a quote today

Optimize your production process with the Novòxys Model 1735 Humidity Analyser. Contact us now via mail (sales@novoxys.nl) to discover the possibilities for your facility!