Features

• The built-in memory can store up to 11,900 temperature and humidity records.
• The data collection interval can be set between 1 and 240 minutes.
• Supports detailed time settings including year/month/day/hour/minute.
• Data can be downloaded to a computer via the RS232 interface and viewed in formats such as Excel and PDF.
• Simultaneously displays temperature and humidity graphs and data tables.
• Offers temperature and humidity offset calibration and panel lock functions for more flexible operation.
• Equipped with an intake ion nozzle to effectively eliminate static electricity, prevent dust adhesion, and ensure a clean environment while protecting instruments and materials.
• Allows setting upper and lower limits for temperature and humidity, and triggers alarms when values deviate from the set range.
• Provides flashing warning lights or buzzer alerts to ensure immediate response to abnormal conditions.
• The sensor can be separated from the display, with a detection range of up to 150 meters.

Application

• Electronics Manufacturing: In semiconductor manufacturing, display production (such as LCD and OLED), and circuit board assembly, the Slimline Nitrogen Control System maintains a low-oxygen environment to prevent oxidation damage to electronic components. For example, during the soldering process, nitrogen can be used to prevent metal oxidation, ensuring high-quality soldering.
• Pharmaceutical Industry: In the manufacturing and storage of pharmaceuticals, the Slimline Nitrogen Control System helps maintain an oxygen-free environment to prevent oxidation and deterioration of certain drugs or chemicals. This is especially critical during the storage and transport of biological products, vaccines, and other sensitive items.
• Chemical Industry: In some chemical reactions, the Slimline Nitrogen Control System is used to create an oxygen-free environment, preventing oxygen from triggering unwanted oxidation reactions or the formation of by-products. Nitrogen is used in high-precision chemical synthesis processes to control the reaction atmosphere, improve yields, and maintain reaction stability.
• Metalworking: In metal heat treatment, welding, and coating processes, the Slimline Nitrogen Control System prevents metal surface oxidation, ensuring the quality of the metal surface. For example, during steel heat treatment or aluminum alloy processing, nitrogen prevents surface oxidation and preserves the mechanical properties of the metal.
• Aerospace: In spacecraft atmosphere control, nitrogen is used to replace oxygen, creating a stable working environment and preventing oxygen from damaging high-precision equipment.
• Laboratories and Research: In some laboratories, especially in chemical, physical, or biological research, nitrogen control systems are used to create an oxygen-free environment, preventing interference from oxygen during experiments. For instance, nitrogen is used in certain catalytic reactions to maintain a pure reaction environment.
• Optical Manufacturing: In the manufacturing process of optical lenses and laser equipment, nitrogen is used to control oxygen levels and prevent oxidation of optical materials, ensuring product quality. This is critical for high-precision optical devices like microscopes, lenses, and laser components.
• Medical Equipment and Applications: In some medical devices, nitrogen control systems are used to maintain a stable atmosphere to prevent oxidation or bacterial growth. For example, medical instruments and diagnostic equipment require a low-oxygen environment to ensure optimal performance.
• Freezing and Refrigeration Storage: In some cold storage facilities, nitrogen is used to create an oxygen-free environment, extending the shelf life of food or pharmaceuticals, especially during long-term storage.

Summary: The Slimline Nitrogen Control System is suitable for a wide range of industries that require controlled oxygen concentration or atmosphere. Its applications span from electronics manufacturing and chemical reactions to aerospace and healthcare. The inert properties of nitrogen make it an ideal choice for creating stable, oxygen-free environments.

Gallery

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  FN2HT Slimline Nitrogen Control System designed for the semiconductor industry.

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  FN2HT Slimline Nitrogen Control System features a stainless steel nitrogen cabinet.

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  FN2HT-FM Standard Nitrogen Control System (With Flowmeter) meeting international standards.

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  FN2HT-FM Standard Nitrogen Control System (With Flowmeter).