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Buchi R-210 Rotavapor System with F-100 Recirculating Chiller
The Buchi R-210 Rotavapor System with F-100 Recirculating Chiller is an ideal solution for laboratory solvent evaporation, boasting a compact, user-friendly, and safe design. This system includes the Buchi B-491 Heating Bath, which has a 4L capacity, a temperature range of 20° to 180°C, and features a large display for actual and set temperatures along with rapid heating capabilities. Additionally, it comprises coil glassware attachments, the Buchi V-700 Vacuum Pump, and the Buchi V-850 Vacuum Controller. The V-850 controller is notable for its pressure regulation to a setpoint, a comprehensive library of 43 commonly used solvents with the option to add more, a timer function, USB interface for data transfer, and controls for the quick-action jack and Rotavapor rotation. The included Buchi F-100 Recirculating Chiller enhances the system's efficiency with its fixed temperature setting of 10°C, an accuracy of ± 2°C, a cooling capacity of 300W, and a maximum flow rate of 2.5 L/min (0.67 gpm). Together, these components form a complete, integrated solution that emphasizes reliability and efficiency for solvent evaporation processes in laboratory settings.
All of our equipment is fully tested to perform at factory
specifications before being shipped.
The Buchi R-210 Rotavapor System with F-100 Recirculating Chiller includes:
- > Coil Glassware
- > Buchi F-100 Recirculating Chiller
- > V-700 Vacuum Pump
- > V-850 Vacuum Controller
- > Valve Solenoid Module
- > B-491 Heating Bath
- > 1L Receiving Flask
- > 1L Evaporating Flask
- > All Necessary Power Cords, Tubing, Wires and Connectors
- > Full 180 Day Parts and Labor Warranty
Buchi R-210 Rotavapor System with F-100 Recirculating Chiller Specifications
Buchi R-210 Rotavapor System Specifications
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Flask Size
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50 to 4000 mL
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Dimensions (L x W x H)
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21.6 x 21.6 x 22.6 in ( 55 x 55 x 57.5 cm)
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Maximum Flask Capacity
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6.6 lbs (3 kg)
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Rotation Speed
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20 to 280 rpm
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Temperature Range
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-20° to 170°C
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Electrical
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100-120V, 50/60Hz, 60W
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Buchi V-850 Vacuum Controller Specifications
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Measurement Range
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1400 – 0 mbar
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Control Range
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1100 – 0 mbar
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Measuring Principle
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Capacitive, independent of gas type, absolute pressure gauge / sensor
made from aluminum oxide-ceramic
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Measuring Accuracy
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±2 mbar (± 1 digit) - after calibration at constant temperature
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Vacuum Concentration
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GL 14
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Temperature Compensation
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0.07 mbar/K
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Hysteresis
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Automatic or 1 – 500 mbar
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Buchi B-491 Heating Bath Specifications
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Display
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LCD Digital Display
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Control
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Analog Control Knobs
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Temperature range
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20 to 180°C
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Temperature Accuracy
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+ 1ºC
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Buchi V-700 Vacuum Pump Specifications
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Capacity
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1.8 m3 /h*
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Number of steps (heads)
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2 (2)
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Final Vacuum ( Absolute)
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<10mbar
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Final vacuum with gas ballast
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24mbar
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Connection
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GL14
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Power Consumption
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210 watts
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Electrical requirements
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100-240V 50/60Hz
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Pump motor
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DC brushless
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Nominal speed
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Max. 1600 min -1
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Sound Level
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40—52dbA
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Buchi F-100 Recirculating Chiller Specifications
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Temperature Range
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Fixed at 10°C
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Temperature Accuracy
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± 2°C
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Cooling Capacity
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300W
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Maximum Flow Rate
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2.5 L/min (0.67 gpm)
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Electrical Requirements
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115V, 60Hz, 8A, 850W
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- Inspect all glassware for chips or cracks, reapplying vacuum grease to stopcocks to ensure a secure seal
- Examine displays, replacing any dim or dead pixels to maintain clear visibility
- Verify drive motor RPM using a tachometer for accurate rotational speed
- Confirm the ease of raising and lowering the tower, lubricating as needed for smooth operation
- Check the Woulff bottle for any leaks or structural breakages, ensuring airtight performance
- Disassemble and inspect the vacuum pump, cleaning and replacing seals or components as necessary
- Inspect internal wiring for each component, checking for any frays, cuts, or potential breakages
- Examine all hoses, hose barbs, and seals for signs of wear or leaks, ensuring integrity
- Inspect the vapor duct seal and replace if compromised to maintain vacuum efficiency
- Verify and calibrate the vacuum controller for accurate pressure regulation
- Confirm all hoses and cables are securely fastened to prevent disconnections or leaks
- Check heat bath temperatures against settings to ensure precise thermal control
- Confirm the final system vacuum level meets manufacturer specifications
- Ensure cosmetic condition meets standards, with no damage impacting function or appearance
Technician Inspection and Recertification Checklist: Rotary Evaporators
The Following Checklist Is to Be Performed on All Incoming and Outgoing Equipment
Task
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Completed?
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Remarks?
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Inspect all glassware for chips or cracks, apply vacuum grease to stopcocks
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Completed
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Examine displays and replace dim/dead pixels
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Completed
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Verify drive motor RPM with tachometer
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Completed
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Confirm ease of raising/lowering tower, lubricate if needed
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Completed
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Check Woulff bottle for leaks or structural issues
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Completed
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Disassemble and inspect vacuum pump, clean/replace parts as needed
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Completed
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Inspect internal wiring for frays, cuts, or breakages
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Completed
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Examine hoses, hose barbs, and seals for leaks
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Completed
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Inspect vapor duct seal, replace if compromised
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Completed
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Verify and calibrate vacuum controller
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Completed
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Confirm hoses and cables are securely fastened
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Completed
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Check heat bath temperatures for accurate control
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Completed
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Confirm final system vacuum level meets specifications
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Completed
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Ensure cosmetic condition meets standards
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Completed
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To View More of Our Recertification Protocol Click Here
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