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NDIR Infrared Gas Sensors

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Type of gas:

CH4
C3H8
CO2
MIPEX-05
NDIR Gas Sensors

MIPEX-05

MIPEX-05 is an ultra-low power infrared gas sensor designed for automatic continuous measurement of hydrocarbon concentrations in hazardous areas.

MIPEX-05 PPM
NDIR Gas Sensors

MIPEX-05 PPM

MIPEX-05 ppm is a high-sensitivity version of an ultra-low power infrared gas sensor in the 4th series housing with 10 ppm resolution for C3H8 measurement in ppm and LEL concentrations.

MIPEX-04 PPM
NDIR GAS SENSORS

MIPEX-04 ppm

MIPEX-04 is an ultra-low power infrared gas sensor developed for use in portable individual detectors and wireless combustible gas monitoring systems.

MIPEX-04
NDIR Gas Sensors

MIPEX-04

MIPEX-04 is an ultra-low power infrared gas sensor developed for use in portable individual detectors and wireless combustible gas monitoring systems.

MIPEX-06
In field tests

Mipex-06

MIPEX-06 is an ultra-low power infrared gas sensor in the 4th series housing with standard-pin configuration.

MIPEX-02
NDIR Gas Sensors

MIPEX-02

MIPEX-02 is a low power infrared gas sensor designed for long-term reliability in aggressive operating conditions measuring hydrocarbon.

MIPEX-1F
product in development

MIPEX-1F

MIPEX-1F – a ready-to-use optical measurement module for industrial safety, designed for automatic continuous monitoring of hydrocarbon concentrations in explosive atmospheres.
MIPEX-1H
product in development

MIPEX-1H

MIPEX-1H is a compact infrared sensor designed for measuring methane, propane, and carbon dioxide concentrations in small-sized and portable gas detectors. With an ultra-low power consumption of just 0.2 mW, it enables long-term autonomous operation of devices.
MIPEX-01S
product in development

MIPEX-01S

MIPEX-01S is a low power infrared gas sensor in a Series 1 housing for measuring methane, propane, and carbon dioxide concentrations.

MIPEX-01D
product in development

MIPEX-01D [CH4 & CO2]

MIPEX-01D is an ultra-low power dual infrared gas sensor for simultaneous measurement of the
concentrations of hydrocarbons and carbon dioxide

MIPEX-01D
product in development

MIPEX-01D [C3H8 & CO2]

MIPEX-01D is an ultra-low power dual infrared gas sensor for simultaneous measurement of the
concentrations of hydrocarbons and carbon dioxide

NDIR (Non‑Dispersive Infrared) gas sensors represent a proven optical gas detection method used widely for quantitative detection of gases and continuous monitoring of concentrations. The operating principle—selective infrared absorption by target molecules—yields a stable, non‑consumable sensing element that is inherently suited to continuous monitoring sensor roles such as emission sensors and ppm sensor applications. In industrial contexts the ndir sensor is routinely embedded into gas detection equipment and gas measuring instruments where repeatable, low‑drift measurements are required.

Technology summary and measurement performance

An ndir gas sensor measures the attenuation of infrared radiation in a defined optical path caused by the specific absorption bands of the target gas. The detector output is converted to concentration units (ppm or % LEL) using factory calibration curves, temperature and pressure compensation algorithms, and, when applicable, digital signal processing in the gas sensor unit. Compared with catalytic and electrochemical alternatives, infrared gas sensors (infrared gas sensor / sensor ndir) offer superior long‑term stability, immunity to catalyst poisoning, and reliable optical gas detection across a wide dynamic range.

Product integration: gas detection unit and system considerations

Manufacturers of gas detection equipment, gas proving units and gas detection units select ndir gas sensor modules to create both portable and fixed analyzers. Typical integration tasks include: selection of optical path length for target ppm sensitivity (sensor ppm), design of sampling or diffusion inlets, implementation of digital gas sensor interfaces for IoT connectivity (gas sensor in iot / gas sensor iot), and implementation of automatic calibration or span check routines for operational reliability. Smart gas sensor features, such as self‑diagnostics and compensation, turn a basic sensor into a smart sensor combustible gas detector suitable for modern plant automation.

MGS MIPEX family — example sensor portfolio

MGS Technology’s MIPEX product family illustrates how ndir technology is applied across device classes:
  • MIPEX‑05: ultra‑low power infrared gas sensor (<0.2 mW) with integrated microcontroller, designed as a compact sensor for combustible gas sensing (methane, propane) and CO2 monitoring in industrial safety systems. Ideal as a module within a gas sensor unit or as a digital gas sensor for battery‑powered devices.
  • MIPEX‑04: a rugged mipex sensor optimized for IoT applications (iot gas sensor) and portable analyzing devices; supports digital telemetry and is suitable for mining sensors and portable gas detectors.
  • MIPEX‑02: universal industrial sensor for continuous monitoring across −40…+60 °C; commonly deployed in sensors for industrial applications and as part of emission sensors arrays.
  • MIPEX‑1F / MIPEX‑1H (in development): measurement modules and compact portable units intended for automated continuous monitoring and mobile gas detection equipment (gas detection unit, gas proving unit)

Use cases: sectors and roles

NDIR‑based solutions are widely deployed in industries that require reliable detection and tight process control: sensors in oil and gas industry, mining sensors for underground safety, power generation, refineries and chemical plants. Typical use cases include:
  • Fixed combustible gas detector networks for plant protection.
  • Portable gas detector sensor devices for inspection teams and emergency responders.
  • Emission sensors and monitoring sensor networks for regulatory compliance and internal process optimization.
  • IoT gas sensor deployments for remote diagnostics, predictive maintenance and centralized alarm management.

Design and selection guidance

When specifying an ndir gas sensor or selecting a supplier, consider:
  • Target gas and detection range (ppm sensor vs % LEL).
  • Required response time and recovery time for the application.
  • Environmental stressors (temperature range, humidity, dust) and required ingress protection.
  • Interfacing needs (analog, digital, UART) and ability to integrate into SCADA/IoT platforms (gas sensor in iot).
  • Calibration strategy and serviceability within the gas proving unit or analyzer framework.

Conclusion

NDIR gas sensors and associated gas measuring instruments are a robust, accurate foundation for modern gas detection equipment. From compact sensor modules used in portable detectors and mining sensors to fully integrated gas detection units for industrial sites, infrared gas sensor technology supports critical safety, monitoring and emission control functions. Smart sensors and digital gas sensor implementations further expand capability by enabling remote monitoring, automated calibration and tighter integration with industrial automation systems.
For consultation on selecting the right mipex sensor or designing a gas detection unit for your application, contact our engineering team to evaluate sensitivity requirements, environmental constraints and integration options for smart gas sensor deployments.
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