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AAS-AQS-UNO-RH-CO2

AAS-AQS-UNO-RH-CO2

Amphenol Advanced Sensors (Telaire)
SM-PWM-01C, T6713, T9602 - Carbon Dioxide (CO2), Humidity, Indoor Air Quality (IAQ), Temperature Sensor Evaluation Board
Active1 in stock

Overview

The AAS-AQS-UNO-RH-CO2 is an integrated evaluation platform designed to demonstrate Amphenol's air quality sensor suite using an Arduino-compatible architecture. It combines a T6713 CO2 sensor, a T9602 temperature and humidity sensor, and an SM-PWM-01C dust sensor on a single shield for comprehensive environmental monitoring. The board is powered via a 5V USB connection and includes a pre-loaded 8-bit MCU for immediate data acquisition and display via I2C.

Why Choose This Part

This kit eliminates the need for complex breadboarding by providing a pre-integrated sensor array with validated I2C code. The inclusion of three distinct sensing technologies (NDIR CO2, capacitive RH/T, and optical dust sensing) allows for multi-parameter environmental correlation in a single 5V platform.

Applications

HVAC System Prototyping
Rapidly testing demand-controlled ventilation logic using real-time CO2 and humidity data.
Air Purifier Development
Utilizing the integrated SM-PWM-01C dust sensor to trigger filtration cycles based on particulate concentration.
Indoor Air Quality (IAQ) Monitors
Designing desktop or wall-mounted monitors that track multiple environmental parameters simultaneously.
Automotive Cabin Sensing
Evaluating sensor performance for vehicle climate control and air quality management systems.

Key Specifications

Contents Board(s), Cable(s)
Embedded Yes, MCU, 8-Bit
Interface I2C
Sensor Type Carbon Dioxide (CO2), Humidity, Indoor Air Quality (IAQ), Temperature
Voltage - Supply 5V
Utilized IC / Part SM-PWM-01C, T6713, T9602

Getting Started

To begin, connect the board to a PC via the USB port to power the system and view the pre-loaded firmware output. Developers can customize the application by downloading the source code from GitHub and using the standard Arduino IDE for programming. The board also features a header designed to support a 128 x 64 OLED screen for standalone visual feedback.

Also Consider

SCD41 SENSensirion AG - A high-performance photoacoustic CO2 sensor for designs requiring a significantly smaller footprint than the T6713.