P1100 Series Constant Flow Pump Introduction: The P1100 high-pressure constant flow pump serves as the delivery unit for this series of high-performance liquid chromatographs. It can be conveniently paired with various HPLC detectors, automatic samplers, column thermostats, and other components, or used independently as a standalone delivery tool. The P1100 high-pressure constant flow pump meets the delivery requirements for both laboratory and industrial preparative chromatography. Featuring a reciprocating dual-plunger parallel pump head driven by an AC servo motor, along with flow compensation functionality, it ensures accurate and stable flow rates. The RS-485 external communication interface design enables easy external control of the workstation and real-time feedback of operational parameters during operation. Features: 1. Equipped with the highest pressure setting and A/B pump switching shortcut keys for convenient operation; 2. The double plunger tandem integrated pump head minimizes infusion pulsation; 3. The step motor is used for heat dissipation, ensuring more stable performance for long-term operation. Technical parameters: Flow range: 0.001 to 10.000 mL/min (set increment: 0.001 mL/min) Flow accuracy: ≤±0.3% Flow stability: RSD ≤ 0.1% Maximum working pressure: 42 MPa Power supply/power: AC 220V±10%, 50Hz/80W Dimensions/Weight: 420×260×160mm (length×width×height)/12kg
Introduction: The P1100 high-pressure constant flow pump serves as the delivery unit for this series of high-performance liquid chromatographs. It can be conveniently paired with various HPLC detectors, automatic samplers, column thermostats, and other components, or used independently as a standalone delivery tool. The P1100 high-pressure constant flow pump meets the delivery requirements for both laboratory and industrial preparative chromatography. Featuring a reciprocating dual-plunger parallel pump head driven by an AC servo motor, along with flow compensation functionality, it ensures accurate and stable flow rates. The RS-485 external communication interface design enables easy external control of the workstation and real-time feedback of operational parameters during operation.
