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Unimed External Sidestream ETCO2 Sensor: Compatibility and Technical Specifications

Unimed, a trusted brand in the medical industry, offers an External Sidestream ETCO2 Sensor that provides accurate carbon dioxide monitoring. In this article, we will explore the compatibility of Unimed ETCO2 sensors with various monitor connectors and their ability to serve as OEM replacements. Additionally, we will discuss the compatible models for Unimed ETCO2 sensors, ensuring seamless integration into existing monitoring systems.

Part Number Compatibility and Monitor Connectors

Unimed ETCO2 sensors come in different part numbers, each with specific compatibility. These sensors are designed to work with different monitor connectors, allowing healthcare providers to choose the model that suits their specific needs. The part numbers UECO2-001, UECO2-002, UECO2-003, and UECO2-004 offer compatibility with various monitor connectors, ensuring a wide range of options for healthcare facilities.

OEM Replacements and Compatible Models for Unimed ETCO2 Sensors

Unimed ETCO2 sensors also serve as reliable OEM replacements for specific models. For example, the UECO2-002 part number can replace OEM Philips M2741A and 989803144591, and it is compatible with the M3041A model. Similarly, the UECO2-003 part number is suitable for OEM Respironics 1022054 and compatible with the C5 model. The UECO2-004 part number can work as a replacement for OEM Zoll 8000-0367 and is compatible with E series and M series models. This compatibility ensures that healthcare providers can seamlessly integrate Unimed ETCO2 sensors into their existing monitoring systems.


Unimed External Sidestream ETCO2 Sensors offer compatibility with various monitor connectors and serve as reliable OEM replacements for specific models. The part number compatibility provides healthcare providers with flexibility in choosing the model that suits their requirements. By choosing Unimed ETCO2 sensors, healthcare facilities can ensure seamless integration into their existing monitoring systems while maintaining accurate carbon dioxide monitoring.

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