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Overview

Description

The RRH47000-EVK simplifies the evaluation of the RRH47000 single-channel NDIR CO2 module. The RRH47000 is a highly accurate, ultra-low power, fully calibrated CO2 module with relative humidity and temperature sensor that features proprietary sensor-level protection ensuring high reliability and long-term stability. To initiate the sensor, simply connect the EVK to a Windows PC via USB and utilize the provided evaluation software.

The RRH47000-EVK consists of the following:

  • RRH47000 Sensor Daughterboard
  • Environmental Sensor Communication (ESCom) Board
  • USB Cable
  • Quick Start Guide

The evaluation kit software (GUI) can be downloaded from the Software Downloads section on this page.

Features

  • Accelerates configuration and evaluation of Renesas environmental sensors
  • Supports all operational modes for each sensor, including ultra-low power and AI technology
  • Provides sensor-dependent algorithmic outputs, referencing international standards where applicable
  • Operates with Renesas-provided software, offering either executable graphical user interface (GUI) or programming examples
  • Allows for easy connection of Pmod™ boards for various environmental sensor derivatives and seamless integration with other sensor products via the I2C interface
  • Provides background information on air quality sensing and guidance on using sensor firmware
  • Additional pins available for measuring power consumption and supply voltage

Applications

Documentation

Type Title Date
Manual - Hardware PDF 3.05 MB
Quick Start Guide PDF 337 KB
2 items

Design & Development

Software & Tools

Software Downloads

Type Title Date
Software & Tools - Evaluation Software Log in to Download EXE 123.59 MB
1 item

Videos & Training

RRH47000 NDIR CO2 Sensor Module Overview

The RRH47000 is a best-in-class, single-channel nondispersive infrared (NDIR) CO2 sensor module for HVAC, demand-controlled ventilation, indoor air quality monitoring, building and home automation, smart agriculture, and smart IoT devices.