GFL2C16300S

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GFL2C16300S is a unique device that is designed for a variety of application fields. It is a rugged and reliable thermopile gas detector with a digital output that makes it easier to use and integrate into any system. The GFL2C16300S is the ideal gas detector for use in industrial manufacturing, oxygen monitoring, fire protection, and medical applications.

The GFL2C16300S can measure gases from a range of 0 to 20,000 ppm (parts per million). It is designed with a thermopile cell that is highly sensitive and accurate in its measurements. The GFL2C16300S is easy to install and calibrate and is able to measure changes in concentrations of gas levels quickly and accurately.

The GFL2C16300S is designed with the latest digital signal processing technology. It can measure gas levels down to parts per billion, and provides high accuracy and repeatability. The device is able to operate over a wide range of temperature and pressure conditions.

The GFL2C16300S also features an integrated alarm system that can be set to activate an alarm when a gas level exceeds a predetermined concentration. This alarm system can be triggered through a variety of communication systems, such as an audio alarm, an alert on a computer, or even a text message on a cell phone. This feature makes the GFL2C16300S ideal for real-time monitoring of gas levels in any environment.

The GFL2C16300S is able to operate in a variety of working environments and environmental conditions. It is capable of withstanding extreme temperatures, humidity, shock, and vibration. The device can also be mounted on a wall or in a panel and is therefore suitable for use in a variety of applications.

The working principle of the GFL2C16300S is based on thermopile technology. A thermopile is a device made of two metal rods that are heated and then cooled down. When a gas passes between the two metal rods, the particle in the gas absorbs some energy from the metal rods and then releases it again as heat energy. This process is known as thermopile effect and this is used to detect the presence of a gas particle in the sample.

The GFL2C16300S measures the thermopile effect by converting the heat energy into an electrical signal that is then read by a microcontroller. This signal is then sent to the host system that can process and display the data. This makes it possible to monitor gas levels in real time and alert when the level surpasses a predetermined level.

The GFL2C16300S is a versatile gas detector with a wide range of usage. It is capable of detecting even the smallest of concentrations of gas particles while providing high accuracy and repeatability. The device is also capable of withstanding harsh environmental conditions and is suitable for use in a variety of applications, from oxygen monitoring to fire protection.

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