NDIR propane sensor MIPEX-05 [C3H8]
for leak detectionfor air quality monitoringfor industrial gas safety monitoring

NDIR propane sensor - MIPEX-05 [C3H8] - MGS Technology - for leak detection / for air quality monitoring / for industrial gas safety monitoring
NDIR propane sensor - MIPEX-05 [C3H8] - MGS Technology - for leak detection / for air quality monitoring / for industrial gas safety monitoring
NDIR propane sensor - MIPEX-05 [C3H8] - MGS Technology - for leak detection / for air quality monitoring / for industrial gas safety monitoring - image - 2
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Characteristics

Technology
NDIR
Applications
for leak detection, for laboratory, for industrial gas safety monitoring, for air quality monitoring
Output
digital, UART
Protection class
ATEX, IP54
Measuring range (ppm)

Max.: 20,000 unit

Min.: 0 unit

Measuring range (%)

Max.: 20 %

Min.: 0 %

Description

Overview: MIPEX-05 C₃H₈ is an ultra-low power infrared gas sensor designed for accurate detection of propane concentrations in explosive atmospheres. It is ideal for integration into portable and fixed gas detectors operating in harsh industrial conditions.

Performance: The significantly reduced power consumption of MIPEX-05 (less than 0.2 mW) makes it ideal for integration into portable gas detectors and wireless safety systems designed for long-term monitoring of propane concentrations in explosive atmospheres.

Features:
- Ultra-low power consumption: Average power consumption less than 0.2 mW.
- Integrated microcontroller: Delivers linearized and temperature-compensated digital output.
- NDIR Technology: Sensor operating principle is based on NDIR technology, using a dual-wavelength method to compensate for water vapor, dust, and optical contamination.
- Explosion-proof design: Sensor is designed in compliance with: IECEx, ATEX, UL913, CSA.
- Standard 4th series size: Durable plastic housing Ø20.1 × 16.6 mm for easy integration.

Advantages: 
- Ultra-low power consumption: less than 0.2 mW (average current < 60 μA) 
- Measurement range: 0–2.5% vol and 0–20% vol (C₃H₈) 
- Operating temperature: -40 to 60C
- NDIR technology with dual-wavelength compensation 
- Explosion-proof, compliant with IECEx, ATEX, UL913, CSA 
- Standard 4th series size (20.1 × 16.6 mm) 
- Housing: Polycarbonate Lexan 
- Communication interface: UART digital output

Technical Specifications:
  • Gas sampling method: Diffusion
  • Operating principle: NDIR
  • Sensor type: C₃H₈
  • Relative humidity: up to 98% (without condensation)
  • Atmospheric pressure, kPa: 80…120
  • Temperature, C: -40...60
  • Warm-up time, sec: ≤ 120
  • Life time, years: ≥ 10
  • Level IP: without filter 20, with dust filter 54
  • Housing material: Polycarbonate Lexan
  • Overall dimensions, mm: 20.1×16.6 w/o pins
  • Weight, g: 7.5
  • Measurement range, % vol.: 0…2.5, 0…20
  • Variability (20…25 ⁰C): ± 0.05% vol. or ± 5% of readings (whichever is greater)
  • Response time (T90): without dust filter 25 sec, with dust filter attached 30 sec
  • Operating supply voltage, VDC: 2.7...5.0, 3.0…5.0
  • Maximum supply voltage, VDC: 5.4
  • Communication interface: UART
  • Average current, µA: 60
  • Compliance: IEC 60079-0, IEC 60079-11, EN IEC 60079-0 / EN 60079-11, UL913, CAN/CSA-C22.2 No. 157-92

  • Ultra-low power consumption (
  • NDIR technology with dual-wavelength compensation
  • Explosion-proof, compliant with IECEx, ATEX, UL913, CSA
  • Standard 4th series size (20.1 × 16.6 mm)
  • Polycarbonate Lexan housing
  • Measurement range: 0–2.5% vol and 0–20% vol (C₃H₈)
  • Response time (T90): 25s (no filter), 30s (with filter)
  • Operating temperature: -40 to 60C
  • Ingress protection: IP20/IP54
  • UART digital output

Exhibitions

Meet this supplier at the following exhibition(s):

Sensor China

16-18 Sep 2026 Shanghai (China)

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.