Environmental Sensor Node "SEN65"

The WELL/RESET certification, which is gaining attention in building management and health management. The 9-in-1 air quality sensor module "SEN6x" efficiently measures PM, CO₂, VOC, NOx, and more simultaneously with one device, contributing to the reduction of design and operational costs. ■Features - Manages PM1/PM2.5/PM4/PM10, temperature, humidity, VOC, NOx, and CO₂ all in one with 9-in-1 capability - Supports building management, ESG, and health management with WELL/RESET certification compliance - Space-saving design (55.5×25.6×21.5mm, 1 connector, click-in) - Built-in algorithms for data correction and automatic index calculation - Energy-efficient (up to 85% reduction), long lifespan, and dustproof design ■Benefits of Implementation - Reduces design and assembly labor by managing multiple parameters with one module - Streamlines the acquisition and operation of WELL/RESET certification - Enhances energy efficiency and reduces operational costs - Facilitates data management and report generation through BEMS and cloud integration ■Main Applications - Thermostats - VAV controllers - IAQ monitors - Air purifiers For product specifications or inquiries, please contact us or use the document download option.

Sensirion has started selling the evaluation kit "SEK-SEN66." This kit allows for easy and cost-effective evaluation of the all-in-one air quality sensor modules SEN60, SEN65, and SEN66. The SEN6x series incorporates algorithms that enable seamless data processing, contributing to reduced time to market and cost savings. With a single design-in, it can cater to various product tiers and provide customized solutions tailored to diverse market needs. It is an ideal tool for customers considering the implementation of advanced air quality monitoring solutions. All-in-one air quality sensor module Outputs: RH/T, PM (1, 2.5, 4, 10), VOC/NOx, CO2 Onboard algorithms Included contents: SEN66 × 1 Adapter cable × 1 Jumper wire set × 1 Qwiic adapter cable × 1 *SEK-SensorBridge is required separately.