Brief introduction: ZR - 3900 type automatic sampling is used to dry wet subsidence of the wet subsidence automatically detect, can realize automatic sampling, automatic recording, sampling data, and other functions. Suitable for radiation environmental quality monitoring, monitoring of radiation pollution sources monitoring and radiation accident. Features: Feeling the rain sensor sensitivity is adjustable, and have the function of automatic heating; Switch cover institutions adopted four connecting rod structure, high reliability; The machine adopts high quality stainless steel material, can ensure long-term work in the sea salt fog environment; High brightness display screen, can be in (- 40 ~ 70 ℃ environment normal work; Have leakage protection function to guarantee the safety of operating personnel; With functions of power lost data protection; Have against lightning protection function; Have snow melt function, used for collecting snow samples; The main cabinet with automatic heating function; Liquid level sensor are installed on the collecting barrel in wet subsidence, can automatically switch the sample barrel. Technical indicators: Feeling the rain (snow) sensor sensitivity: the intensity of rain (snow) is better than the 0.01 mm/h or 0.5 mm diameter of the rain Settlement of wet collector flowing inside diameter: 600 + / - 2 mm Dry fall collector flowing inside diameter: 600 + / - 2 mm Rain (snow) open delay time: 40 s or less The rain (snow) stop customs cover delay time: 5 min or less Storage wet settlement record: 2000 groups The host size: W * D * H (1350 * 800 * 800) mm The weight: about 150 kg Working power supply: AC220V plus or minus 10 ℅ 50 hz Ambient temperature: - 40 ~ 70 ℃
Brief introduction: ZR - 3900 type automatic sampling is used to dry wet subsidence of the wet subsidence automatically detect, can realize automatic sampling, automatic recording, sampling data, and other functions. Suitable for radiation environmental quality monitoring, monitoring of radiation pollution sources monitoring and radiation accident.
