• Part: COZIR-LP2-2
  • Description: Ultra Low Power CO2 Sensor
  • Manufacturer: Gas Sensing Solutions
  • Size: 963.81 KB
Download COZIR-LP2-2 Datasheet PDF
Gas Sensing Solutions
COZIR-LP2-2
COZIR-LP2-2 is Ultra Low Power CO2 Sensor manufactured by Gas Sensing Solutions.
- Part of the COZIR-LP1-2 comparator family.
V. 02/24 Coz IR®-LP Series Ultra Low Power CO2 Sensor DESCRIPTION Features The Coz IR®-LP series is a set of low power NDIR CO2 sensors using state-of-the-art solid-state LED optical technology. The low power LEDs are manufactured in-house, giving GSS plete control of the CO2 sensor signal chain. - - - - - Low power CO2 sensor +/-(30ppm+3%rdg) typical measurement accuracy Solid state NDIR LED optical technology UART control and data interface Built-in auto-zeroing The Coz IR®-LP series low power consumption is patible with battery powered operation, APPLICATIONS allowing the sensor to be used in a wide variety of applications including wirelessly connected equipment. - Indoor Air Quality (IAQ) - Io T and Smart Technology wireless equipment The Coz IR®-LP series operation is configurable - Air Quality and HVAC Systems depending on user requirements. Depending on - Building Management Systems (BMS) type they can be set to stream data or for the - Demand-Controlled Ventilation (DCV) ultimate in power saving can be set to take systems readings at intervals and consume no power between measurements. - Transport - In-Cabin Air Quality The Coz IR®-LP series also Features a built-in autozero function that maintains CO2 measurement accuracy over the lifetime of the product. BLOCK DIAGRAM Gas Sensing Solutions Ltd. Production Data, Revision 4.0, 07 Nov 2023 Page | 1 For regular updates, go to https://.gassensing.co.uk Copyright © 2023 Gas Sensing Solutions Ltd. Singel 3 | B-2550 Kontich | Belgium | Tel. +32 (0)3 458 30 33 | info@al.be | .al.be Rivium 1e straat 52 | 2909 LE Capelle aan den Ijssel | The Netherlands | Tel. +31 (0)10 288 25 00 | info@al.nl | .al.nl Coz IR®-LP Series Ultra Low Power CO2 Sensor TABLE OF CONTENTS DESCRIPTION ...................................................................................................................................................