• Part: RRH47000
  • Description: NDIR CO2 Sensor
  • Manufacturer: Renesas
  • Size: 1.11 MB
Download RRH47000 Datasheet PDF
Renesas
RRH47000
RRH47000 is NDIR CO2 Sensor manufactured by Renesas.
NDIR CO2 Sensor Description The RRH47000 sensor module uses non-dispersive infrared (NDIR) technology to accurately measure CO2 in a pact package size while ensuring petitive pricing. An integrated relative humidity and temperature sensor enables calibration and pensation of the NDIR sensor for precise operation in different environments. The integrated sensor signal conditioning and an MCU allow algorithms to use the correlation between all built-in sensing elements to improve the accuracy of each measurement. CO2 level is a key parameter for indoor air quality. The sensor module enables active, real-time monitoring of CO2 along with humidity and temperature, allowing automated demand-controlled ventilation and environment control for better air quality, energy efficiency, and wellbeing of occupants. RRH47000 is configurable with selectable UART or I2C interface, with a 40.8 × 19.7 × 9.1 mm package. Features - Best-in-class NDIR CO2 sensor technology - Integrated temperature and humidity sensor - CO2 measurement range: 0 ppm to 5000 ppm - CO2 Accuracy: typical ±75ppm - Current consumption: < 50m A at 1s sample time - I2C and UART interface - Package: 40.8 × 19.7 × 9.1 mm pin type - Long term stability and long lifetime >15 years - Supply Voltage: 4.5V to 5.5V - pliant with RESET®, California Title 24, UBA and WELL Building Standard™ Applications - HVAC / industrial automation / building control - Air quality monitors - Home appliances / air purifiers - Io T devices - Agriculture / greenhouses Figure 1. Sensor Module R36DS0043ED0100 Rev.1.00 Nov 11, 2024 Page 1 © 2024 Renesas Electronics RRH47000 Datasheet Contents 1. Overview........................................................................................................................................................4 1.1 Functional Overview .............................................................................................................................4 1.2...