SensiFlow® G-line

Key features: 

1. Complex solution which provides possibility use one measurement device for a large number of sampling points (up to 15)
2. Automatic switch between sampling points based on user adjustment algorithms
3. Mass flowmeter (for version with Mass flowmeter):
   •    provide highly precise flow analysis for precise oxygen measurement.
   •    provide the possibility to detect media for optimizing measuring algorithms and make it maximally effective.
   •    optionally available version with automatic flow regulation on board.
4. Siemens base PLC for control. With Profibus, Profinet interfaces, or Digital or Analog signals for maximal integration into your existing system.
5. The design is specially developed for easy expansion and module replacement. Thus the automatic sampling module can be easily connected to panels designed for EC and LDO sensors
6. High-quality, hygienic, electropolished, stainless steel armature.
7. Validation module (optional). Provide the possibility make automatic validation for EC sensors and validation and calibration for LDO sensors. Fully operate by PLC in automatic mode.

Main applications

Monitoring the oxygen level in various gases is essential in various industrial sectors and applications to ensure safety, quality, and compliance with specific requirements. The methods used to control oxygen levels can vary depending on the gas and its purpose. Below are some common gases and methods for oxygen level control:

1. Nitrogen (N2):
      - Nitrogen is often used to create an inert atmosphere to prevent combustion or oxidation in processes such as chemical reactors and food packaging.
2. Hydrogen (H2):
      - When working with hydrogen, continuous oxygen level control is crucial, as even trace amounts can lead to explosive situations.
3. Carbon Dioxide (CO2):
      - Food Packaging: In the food industry, CO2 is used to create a modified atmosphere in packaging to extend the shelf life of products, requiring oxygen level control to prevent spoilage.
4. Compressed Air:
      - Breathing Air: In breathing systems for diving or respiratory protection, oxygen levels are carefully controlled to ensure safe breathing conditions.
5. Medical Gases:
      - Precise Mixing: In medical gas systems, such as for anesthesia or respiratory therapy, gases like oxygen, nitrogen, and nitrous oxide are mixed to precise concentrations for patient safety and treatment effectiveness.
6. Laboratory Gases:
      - Gas Blending: In laboratory settings, gas mixtures with controlled oxygen levels are used for various analytical and research purposes.
7. Industrial Gases:
      - Cylinder Filling: Gas suppliers closely monitor the composition of industrial gas cylinders, including oxygen content, to meet customer's technical specifications.