All products
Model 3
Power Consumption
8 of 33
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MIPEX-05
NDIR Gas Sensors
MIPEX-05 [CH4]
MIPEX-05 [CH₄] is an ultra-low power NDIR sensor for accurate methane detection in explosive atmospheres. It uses selective infrared absorption with a dual-wavelength method to compensate for water vapor, dust, and optical interference.
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MIPEX-05
NDIR Gas Sensors
MIPEX-05 [C3H8]
The MIPEX-05 ultra-low power infrared gas sensor uses non-dispersive infrared (NDIR) technology based on selective absorption of infrared light by gas molecules. Its differential dual-wavelength method compensates for water vapor, dust, and optical contamination, ensuring accurate propane detection in explosive atmospheres.
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MIPEX-05
NDIR Gas Sensors
MIPEX-05 [CO2]
MIPEX-05 [CO₂] is an ultra-low power NDIR sensor for accurate carbon dioxide detection in explosive atmospheres, using selective infrared absorption with a dual-wavelength method to reduce environmental interference.
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MIPEX-02
NDIR Gas Sensors
MIPEX-02 [CH4]
MIPEX-02 [CH₄] is a low-power NDIR gas sensor for continuous methane detection in hazardous areas. Compact, energy-efficient, and explosion-proof — ideal for industrial safety systems.
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MIPEX-02
NDIR Gas Sensors
MIPEX-02 [C3H8]
MIPEX-02 [C₃H₈] is a digital NDIR gas sensor for accurate propane detection. It combines low power consumption (<2.5 mW) with high stability and fast response, making it ideal for industrial safety applications.
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MIPEX-02
NDIR Gas Sensors
MIPEX-02 [CO2]
MIPEX-02 [CO₂] is a low-power NDIR gas sensor for accurate carbon dioxide detection in harsh environments. Compact, energy-efficient, and explosion-proof — ideal for industrial gas detection systems.
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MIPEX-1F
product in development
MIPEX-1F [CH4]
High-precision infrared optical sensor for detecting methane in explosive environments, featuring diffusion-based measurement, low power consumption and an extended temperature range from -60°C to +75°C.
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MIPEX-1F
product in development
MIPEX-1F [C3H8]
High-stability optical sensor for continuous propane detection in explosive atmospheres, featuring ultra-low power consumption and wide operating temperature range.