Sensirion SEN62 – Sensirion is pleased to announce the general market availability of the SEN62, a compact environmental sensing module that measures key air quality parameters such as particulate matter, humidity and temperature. Designed for easy and cost‑efficient integration into a wide range of devices, the SEN62 is now available for purchase through our global network of trusted channel partners.
As part of the SEN6x family, the SEN62 offers a user-friendly solution for monitoring particulate matter (PM), humidity and temperature (RH/T). Its factory‑calibrated output and ready‑to‑use algorithms significantly reduce engineering effort and shorten time to market and costs. The integrated algorithms handle data processing, enabling device manufacturers to focus on product development, application design and user experience rather than calibration or complex optimization steps.
Typical applications for the SEN62 include air purifiers, HVAC systems, smart home devices and air quality monitors that require reliable and compact environmental sensing. These use cases benefit in particular from the SEN62’s ability to support compatibility with building standards such as RESET® and the WELL Building Standard™, making it an excellent fit for applications where certified indoor air quality performance is essential.
A key component that enables the SEN6x platform is Sensirion’s SPS6x, a miniaturized MEMS-based PM sensing component. Serving as the foundation of the module’s PM measurement capability, it delivers reliable performance in a compact form factor, making the integrated design of the SEN6x platform both efficient and highly scalable.
“The SEN62 serves as the entry-level product within our SEN6x platform by offering a compact and highly reliable solution for PM and RH/T measurements. Its simple integration and ready-to-use output data help accelerate product development and support businesses in delivering high-performance air quality solutions,” says David Carminati, Product Manager for Particulate Matter Sensors & Environmental Nodes at Sensirion.
For more information visit: https://sensirion.com/
