ACU10FD-BC digital mass flow controller Introduction: The ACU10FD digital mass flow controller consists of a mass flow sensor, laminar flow stratification component, flow controller regulating valve, and amplification control circuit. It utilizes digital signal input and output and features short warm-up time, low zero drift, and high reliability. The product is applied in various industries such as glass, solar energy, atmospheric monitoring, industrial manufacturing, petroleum and petrochemical, coal metallurgy, gas production and distribution, environmental protection, as well as various instrumental analyses. Features: 1. Thermal principle, higher accuracy, faster response; with Ethernet port 2. Tubular shunt, less prone to blockage 3. Applicable to various low-pressure and high-pressure pipelines 4. Short warm-up time, small zero drift, and high reliability 5. Digital input/output can utilize secondary meters or flow computers to control and display flow rates Technical parameters: Measuring range: 300SLM to 3000SLM Measurement and control range: Controller valve control range 50:1 Accuracy: ±1%F.S Linearity: ±0.5%F.S Repeatability: ±0.2%F.S Response time: <2s Digital quantity: RS232/485, MODBUS protocol Analog quantity: 0~5V, 4-20mA, 1~5V Power supply: ±15VDC, 24VDC Operating temperature: 0~50℃ Working pressure: Operating pressure difference: 0.3~0.5Mpa Maximum pressure resistance: 3MPa/10MPa Electrical connection: DB15 hole Leakage rate: 1×10-9 SCCSHe Temperature coefficient: ±0.025%F.S/℃ Base material: Stainless steel Sealing material: Fluororubber, chloroprene rubber, nitrile rubber Connector: φ12, flange installation
ACU10FD-BC digital mass flow controller Introduction: The ACU10FD digital mass flow controller consists of a mass flow sensor, laminar flow stratification component, flow controller regulating valve, and amplification control circuit. It utilizes digital signal input and output and features short warm-up time, low zero drift, and high reliability. The product is applied in various industries such as glass, solar energy, atmospheric monitoring, industrial manufacturing, petroleum and petrochemical, coal metallurgy, gas production and distribution, environmental protection, as well as various instrumental analyses.
