Figaro Butane, Propane, Methane Air Quality Sensor Module 3V Power Supply, 4-Pin 13x12x18mm TGS6810-D00

Figaro TGS6810-D00 Air Quality Sensor module specializes in detecting butane, propane, and methane gases, making it ideal for LPG alarms, LNG detection, and related gas leakage monitoring systems. The sensor module operates on a fixed 3V AC/DC power supply and features a compact PCB mount design measuring 18mm in length, 12mm in width, and 13mm in height.

Constructed as a semiconductor gas sensor, the TGS6810-D00 provides reliable and accurate gas detection with low power consumption. Its 4-pin configuration facilitates simple mounting and integration into environmental sensor IC applications. The sensor has an operating temperature range from -10°C to 50°C, allowing it to perform reliably under diverse environmental conditions.

This sensor is known for a long operating life with minimal maintenance, reduced cross-sensitivity to alcohol, and linear output characteristics. These qualities make it suitable for industrial plants, environmental monitoring, HVAC systems, automotive systems, and appliance gas leak detection.

The TGS6810-D00 sensor weighs approximately 1.5 grams, offering a lightweight solution without compromising performance. It is not certified for automotive standards but fits a broad spectrum of industrial and safety contexts.

Detects butane, propane, and methane gases effectively. Fixed 3V AC/DC power supply compatibility. Compact dimensions ensure easy PCB mounting and integration. Operable within temperature range of -10°C to 50°C. Low power consumption with long operational life.

Reduced cross-sensitivity to alcohol enhances accuracy. 4-pin module design facilitates assembly. Lightweight at 1.5 grams for flexible application. Ideal for LPG alarms, gas detectors, and LNG monitoring. Suited to industrial, HVAC, automotive, and appliance sectors.

Explore more high-quality environmental sensor ICs and air quality monitoring solutions at EnvMart for your industrial and laboratory applications.