F1005A miniature high-pressure fluorine pump Introduction: The F-series miniature high-pressure fluorine pump adopts a small-sized design that is conducive to system integration. The pump head is made of 316L stainless steel embedded with PCTFE design, and is matched with high-pressure resistant PTFE pipe to achieve a pressure resistance of 5MPa, effectively combining small volume, corrosion resistance, and high pressure resistance functions. The F-series miniature high-pressure fluorine pump also has: online flow and pressure change curves, client flow correction, volumetric and weight conveying functions, Modbus RTU and ASCII protocols, RS232/RS485/USB, PLC analog input: 0-5V, 4-20 mA, reactor and chemical reaction device pump inlet weight reduction weighing and metering system; High flow accuracy, low pressure pulse, good repeatability, excellent quality, widely used in microreactors, chemical reaction devices, catalytic evaluation devices for chemical feeding, reactant addition, catalyst addition, as well as supporting devices for supercritical fluid transportation, foaming extrusion processes, new energy research, catalytic refining kettle reactions, etc. Features: 1. Pressure protection setting: The maximum and minimum pressure limits can be set; 2. Low pressure pulse, using cam curve compensation and flow pulse electronic suppression technology; 3. Flow rate unit switching: delivering by volume in ml/min and by mass in g/min; 4. Flow calibration: Provide a user parameter area for calibrating the flow rate of the pump to meet the requirements of different system operating conditions; 5. Flow control program: provides two types of running programs, constant current running and gradient running; 6. Pressure curve display: Each device displays the current pressure curve separately to visually judge the operating status of the equipment; 7. Flow curve display: Each device displays the current running flow curve separately; 8. The plunger rod cleaning system extends the service life of the pump; 9. Supports RS-232, RS-485, RS-422, USB communication; Modbus RTU and ASCII protocols; 10. One to many control, free choice between single pump operation and multiple gradient operation, expandable 1-to-32 operation; 11. Running data saving: Start or stop data recording, and save the pressure curve and flow curve to an Excel format file. 12. Setting method saving: Save the running parameter settings, such as serial port parameters, pressure protection values, flow control programs, etc. 13. It can achieve closed-loop control of the fluid inlet balance weight reduction system (customized according to customer balance specifications). Technical Specifications: Product model: F1005A Pump head material: Stainless steel embedded PCTFE pump head, threaded on stainless steel Infusion method: Dual plunger parallel mode, floating plunger design Flow range: 0.01-1000ml/min Increment: 0.01ml/min Flow accuracy: ± 0.5% Traffic repeatability: ≤ 0.1% Pressure range: ≤ 5Mpa Pressure pulsation: ≤ 0.05Mpa Sealing ring structure: Open sealing ring Flow path materials: PCTFE, PTFE, ruby, ceramic, Hastelloy Export pipelines: 3mm, 3.175, 4mm Flow calibration points: 0.01, 0.1, 1, 10, 20, 40, 60, 80, 100ml/min Flow correction function: Multi parameter flow correction function within the range of 0.01-1000ml on the user end
Introduction: The F-series miniature high-pressure fluorine pump adopts a small-sized design that is conducive to system integration. The pump head is made of 316L stainless steel embedded with PCTFE design, and is matched with high-pressure resistant PTFE pipe to achieve a pressure resistance of 5MPa, effectively combining small volume, corrosion resistance, and high pressure resistance functions. The F-series miniature high-pressure fluorine pump also has: online flow and pressure change curves, client flow correction, volumetric and weight conveying functions, Modbus RTU and ASCII protocols, RS232/RS485/USB, PLC analog input: 0-5V, 4-20 mA, reactor and chemical reaction device pump inlet weight reduction weighing and metering system; High flow accuracy, low pressure pulse, good repeatability, excellent quality, widely used in microreactors, chemical reaction devices, catalytic evaluation devices for chemical feeding, reactant addition, catalyst addition, as well as supporting devices for supercritical fluid transportation, foaming extrusion processes, new energy research, catalytic refining kettle reactions, etc.
