MIPEX-05 [CO₂] sensor offers reliable CO₂ detection with extremely low power consumption, making it ideal for use in portable and wireless gas monitoring devices.
ADVANTAGES:
| Parameter | Value | |
| General specification | ||
| Gas sampling method: | Diffusion | |
| Operating principle: | NDIR | |
| Sensor type | CO₂ | |
| Relative humidity | up to 98% (without condensation) | |
| Atmospheric pressure, kPa | 80…120 | |
| Temperature, °C | -40...+60 | |
| Warm-up time, sec | ≤ 120 | |
| Life time | ≥ 5 | |
| 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 specification | ||
| Measurement range, % vol. | 0…5 0…10 | |
| Variability (+20…+25 ⁰C) | ± 0.05% vol. or ± 5% of readings | |
| Response time (T90) | without dust filter 20 with dust filter attached 25 | |
| Electrical specification | ||
| 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 | |
| Marking and Standards Compliance: | ||
| ATEX (EU-Type Examination Certificate UL 25 ATEX 3487U Rev. 0) I M1 / II 1G Ex ia op is I Ma / Ex ia op is IIC Ga according to EN IEC 60079-0:2018, EN IEC 60079-0:2018/A11:2024, EN 60079-11:2012, EN 60079-28:2015, EN 60079-28:2015/A11:2024 | ||
| North America (marking on product label) C I, Div 1, Gr A, B, C, D; C I, Zone 0, AEx ia op is IIC Ga; Ex ia op is I Ma / Ex ia op is IIC Ga | ||
| IECEx (Ex Component Certificate IECEx UL 25.0093U) Ex ia op is I Ma / Ex ia op is IIC Ga according to IEC 60079-0:2017, IEC 60079-11:2011, IEC 60079-28:2015 |
User Manual
Certifications
Drawings and diagrams
Ordering details
3D models
The outstanding ultra-low power consumption of 0.2 mW allows the MIPEX-05 in standard housing to be used effectively in the manufacture of customized portable gas devices and wireless measurement systems for the monitoring of combustible methane, hydrocarbons and CO₂ gases with long battery life. Its power consumption is 10 times lower than that of the previous MIPEX-02 model.
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 hydrocarbons measurement in ppm and LEL concentrations. Due to low-power consumption and high resolution, it allows battery-powered gas detectors to last more years without charge and detect low concentrations.
MIPEX-04 ppm is a high-performance NDIR sensor with 10 ppm resolution, designed to detect methane and propane at low concentrations. It is intended for automatic continuous monitoring of Threshold Limit Value (TLV) and leaks in industrial applications.
MIPEX-04 sensors have been developed for use in portable individual detectors and wireless combustible gas monitoring systems. The uniquely low average power consumption of ~ 0.1 mW enables the production of autonomous instruments that do not require recharging and maintenance for up to 24 months.
MIPEX-06 is an ultra-low power infrared gas sensor in the 4th series housing with standard-pin configuration for portable devices. It is designed for automatic continuous measurement of hydrocarbons and CO2 concentrations in hazardous areas.
Metal, wide temperature range, resistance to humidity and dust, optical principle of operation providing long-term reliability in aggressive operating conditions, allows MIPEX-02 housing sensors to be placed as measuring elements in stationary gas detectors and gas analytical systems.
The MIPEX-1F is a ready-to-use optical measuring unit for stationary gas analysis systems. The sensor provides automatic and continuous measurement of hydrocarbon gas concentrations in hazardous area atmospheres, ensuring high accuracy and stability of readings.
The MIPEX-1H is a compact infrared sensor for measuring methane, propane and carbon dioxide concentrations for small and portable gas detectors. The power consumption of only 0.2 mW ensures long autonomous operation of the devices, and the minimal dimensions of 20×20×10 mm allow to significantly reduce the size of the final device.
