IR603, IR600 - Miniature Infrared Gas Sensors

SGX

The IR603 by SGX is a Miniature Infrared Gas Sensors. Below is the official datasheet preview.

📥 Download Datasheet

IR603 Miniature Infrared Gas Sensors by SGX - Datasheet Preview — Official preview page of the **IR603** Miniature Infrared Gas Sensors datasheet (SGX).

Datasheet Details

Part number	IR603, IR600
Manufacturer	SGX
File Size	161.30 KB
Description	Miniature Infrared Gas Sensors
Datasheet	IR600_SGX.pdf
Note	This datasheet PDF includes multiple part numbers: IR603, IR600. Please refer to the document for exact specifications by model.
Additional preview pages of the IR603 datasheet.

IR603 Product details

Description

The IR600 Series are designed to detect and monitor the presence of CO2, methane, broadband hydrocarbons and acetylene using the same non-dispersive infrared (NDIR) principle as used in the SGX Sensortech range of miniature infrared gas sensors.

Features

Configured for carbon dioxide (IR601), hydrocarbons (IR602, IR603) and acetylene (IR604) Sensing ranges 0 - 2% vol. (opt. 0 - 5% vol. ) for CO2, 0 100% LFL (opt. 0 - 100% vol. ) for hydrocarbons Diffused gas sampling via sinter Low power Reference channel for self-compensation Special gold plated optical/gas ca.

📁 IR603 Similar Datasheet

IR6038 - Receiver Pre-amp Module (ETC)
IR60CPQ150 - SCHOTTKY RECTIFIER (International Rectifier)
IR6210 - INTELLIGENT HIGH SIDE MOSFET POWER SWITCH (International Rectifier)
IR6216 - INTELLIGENT HIGH SIDE MOSFET POWER SWITCH (International Rectifier)
IR6220 - INTELLIGENT HIGH SIDE MOSFET POWER SWITCH (International Rectifier)
IR6224 - INTELLIGENT HIGH SIDE MOSFET POWER SWITCH (International Rectifier)
IR6226 - INTELLIGENT HIGH SIDE MOSFET POWER SWITCH (International Rectifier)
IR6311G - INTELLIGENT HIGH SIDE MOSFET POWER SWITCH (International Rectifier)

Other Datasheets by SGX

IR600 - Miniature Infrared Gas Sensors
IR601 - Miniature Infrared Gas Sensors
IR602 - Miniature Infrared Gas Sensors
IR604 - Miniature Infrared Gas Sensors

Published: Aug 29, 2013 |