Japan Figaro Combustible Gas Sensor / LPG Sensor - TGS2610
Complies with new national standards
Anti-poisoning, resistant to high concentration flooding, and drop-resistant
Good stability
Low power consumption
High sensitivity to LP and gases containing LP components (propane, butane)
Long service life, low cost
Simple application circuit
Product Introduction
1. Description of Combustible Gas Sensor / LPG Sensor TGS2610
Combustible Gas SensorTGS2610 has high sensitivity to propane and butane, making it an excellent LPG monitor. Due to its low sensitivity to volatile alcohols (common interfering gases in residential environments), it is an ideal sensor for gas leak alarms. As the sensing element is very small, the heater current of TGS2610 is only 56mA, and the sensor's detection part is housed in a standard TO-5 metal package.
TGS2610-C00 is not only compact but also has excellent responsiveness. It is an excellent choice for gas leak detectors. The TGS2610-D00 is equipped with a filter that eliminates the influence of interfering gases such as alcohol, providing high selectivity to LP gas. It is especially suitable for devices that detect in complex and demanding home environments, making it ideal for household gas leak detectors.Sensors。
2. Features of Combustible Gas Sensor / LPG Sensor TGS2610:
Complies with new national standards
Anti-poisoning, resistant to high concentration flooding, and drop-resistant
Good stability
Low power consumption
High sensitivity to LP and gases containing LP components (propane, butane)
Long service life, low cost
Simple application circuit
3. Applications of Combustible Gas Sensor / LPG Sensor TGS2610:
* Household LP gas leak alarms
* Portable LP gas detectors
* Detection of LP gas and other combustible gases
4. Sensitivity Characteristics of Combustible Gas Sensor / LPG Sensor TGS2610:
The figure below shows representative sensitivity characteristic curves measured under standard test conditions (see back).The vertical axis represents the sensor resistance ratio Rs/Ro, where Rs and Ro are defined as follows:
Rs = Resistance value of the sensor in various gas concentrations
Ro = Resistance value of the sensor in 1800ppm isobutane

5. Matching Modules for Combustible Gas Sensor / LPG Sensor TGS2610:
