P50

P50

Product catalog summary
Specifications:
  • Maximum Discharge Pressure: 689 bar
  • Flow Rate: 0 - 50 g/min at 900 kg/m3
  • Maximum Motor Power: 350 W / 220 V / 1.6 A
  • Flow Adjustment: Stepper Drive
  • Size of Tubing (Suction and Discharge): 1/8 inch
  • Dimensions: 15.25 x 10 x 7.6 inches (387 x 254 x 193 mm)
Applications:

The Core Separations P50 is suitable for delivering liquids into high-pressure autoclaves or generating supercritical CO2, with a maximum flow of 50 g/min up to 689 bar, ideal for reactors up to 500 mL.

Features and Benefits:
  • Ceramic Piston: Reduces friction, resulting in less seal wear and lower maintenance. Dual stainless-steel heads with a cam-driven piston assembly eliminate pulsed flow.
  • Efficient Cooling: Innovative groove design allows the addition of cooling fluid, enabling the pump to handle both solvents and CO2.
  • Remote Diagnosis: Allows for minimal downtime by diagnosing issues remotely and providing solutions quickly.
  • Precision Motor: Utilizes stepper or servo motors for control based on feedback from pressure sensors or flow meters, regulated via a touch screen or PC through an ethernet connection.
  • Dual Piston: Designed to reduce pulsation during operation with sealed-for-life bearings, eliminating the need for an oil pan and reducing maintenance requirements.
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Catalog excerpts

P50-1

Specification | P50 Whether looking to deliver liquids into a high pressure autoclave or generate supercritical CO2, the Core Separations P50 can deliver a maximum flow of 50g/min upto 689 bar. Ideal for reactors upto 500mL. Discharge Tyoe Core Laboratory CL series Maximum Discharge Pressure Maximum Motor Power Flow Adjustement Stepper Drive Size of Tubing (Suction) Size of Tubing (Discharge) Features and Benefits 1. Ceramic Piston; The ceramic piston design reduces friction, resulting in less seal wear and lower maintenance. Dual stainless-steel heads with a cam driven piston asse bly eliminates pulsed flow. 2. Efficient Cooling; With the heads machined with an innovative groove allowing the addition ofcooling fluid, these pumps can easily be used to pump both solvents and CO2. 3. Remote Diagnosis; Even with our robust designs, unforeseen problems can occur. In-order to ensure the pumps downtime is reduced to a minimal we can diagnosis issues remotely and offer a solution to ensure the pump is back running in the shortest time possible. 4. Precision Motor; Utilising either stepper or servo motors the CL pumps are capable of control, based on feedback from the pressure sensor or flow meter and can be regulated using a touch screen display, or via a PC through an ethernet connection. 5. Dual Piston; Dual cam driven pistons designed to reduce pulsation during operation. Sealed for life bearings removing the requirement for an oil pan reducing the required maintenance over the lifetime of the pump.

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