Used CARLE AGC Series 400 #77344 for sale

CARLE AGC Series 400 residual ga analyzer is a reliable and highly accurate instrument designed to measure the concentrations of combustible gases and vapors in air, as well as residual concentrations of combustible gases in a controlled environment. It features a built-in automatic gain control (AGC) device, which helps in achieving the precision and accuracy of measurements. The AGC concept reduces errors due to variability in signal strength and ranges, allowing for more efficient and accurate data collection. With a range of 0 to 120% of the lower explosive limit (LEL) for combustible gases in 0.1% increments and a range of 0 to 20% of the lower explosive limit (LEL) for combustible vapors in 0.02 LEL increments, AGC Series 400 can identify and measure even trace levels of combustible gases. This makes it suitable for both health and safety applications. CARLE AGC Series 400 is provided with a built-in pump and sensor, which ensures very fast and precise readings. It also features a unique calibration and sensitivity check feature, which verifies the accuracy of the instrument. The instrument also comes with an optional RS-485 digital communications interface, enabling the user to access, view, collect and store various types of data from the instrument. AGC Series 400 is designed to operate in varying temperatures and conditions, ranging from -40°C to 70°C. It also comes with a wide range of accessories, from external air sample tubing to test stands and heat shields, to make installation and operation easy and efficient. Additionally, the instrument is robust and resistant to shock, vibration and changes in temperature and humidity. All in all, CARLE AGC Series 400 residual gas analyzer is an efficient and dependable tool for combustion safety and environmental compliance. With its accuracy and sensibility, it can provide the user with the data they need to prevent hazardous conditions, while managing combustible material risks and avoiding emissions sampling failure.