Buchi R-210 Rotavapor System with Chiller
Rotation Speed
20 to 280 rpm
Temperature Range
-20° to 170°C
Flask Size
50 to 4000 mL
- Integrated design combining vacuum controller, pump, and recirculating chiller for streamlined operation
- V-850 vacuum controller with pressure regulation, solvent library, timer function, and USB interface for data transfer
- B-491 heating bath with 4L capacity, quick heating capabilities, and LCD digital display for precise control
- Compact and space-saving with dimensions of 21.6 x 21.6 x 22.6 in
- V-700 vacuum pump features a brushless DC motor and low noise levels (40–52 dBA) for quiet operation
- Compatible with a variety of laboratory applications, including distillation and sample extractions
- Durable construction with user-friendly controls for reliable and consistent performance
The Buchi Rotavap System can be used for a multitude of applications from distilling solutions, to medical marijuana sample extraction.
All of our equipment is fully tested to perform at factory
specifications before being shipped.
The Buchi R-210 Rotavapor System with Chiller includes:
- > Coil Glassware
- > Recertified Buchi F-105 Chiller, 530W or Brand-New Polyscience BA06A1G3-310A13C Chiller, 900W (Additional $1,500.00)
- > 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 Chiller Specifications
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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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Display |
LCD Digital Display |
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Control |
Analog Control Knobs |
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Temperature range |
20 to 180°C |
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Temperature Accuracy |
+ 1ºC |
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V-700 Vacuum Pump Specifications |
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Capacity |
1.8 m3 /h* |
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Number of steps (heads) |
2 (2) |
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Final Vacuum ( Absolute) |
<10mbar |
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Final vacuum with gas ballast |
24mbar |
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Connection |
GL14 |
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Power Consumption |
210 watts |
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Electrical requirements |
100-240V 50/60Hz |
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Pump motor |
DC brushless |
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Nominal speed |
Max. 1600 min -1 |
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Sound Level |
40—52dbA |
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| Temperature Range | -10°C to 25°C |
| Temperature Stability | ± 1°C |
| Cooling Capacity | 530W |
| Maximum Flow Rate | 2.5L/min (0.66 gpm) |
| Electrical Requirements | 115V, 60Hz, 8A |
- 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 | Completed? | Remarks? |
| Inspect all glassware for chips or cracks, apply vacuum grease to stopcocks | Completed | |
| Examine displays and replace dim/dead pixels | Completed | |
| Verify drive motor RPM with tachometer | Completed | |
| Confirm ease of raising/lowering tower, lubricate if needed | Completed | |
| Check Woulff bottle for leaks or structural issues | Completed | |
| Disassemble and inspect vacuum pump, clean/replace parts as needed | Completed | |
| Inspect internal wiring for frays, cuts, or breakages | Completed | |
| Examine hoses, hose barbs, and seals for leaks | Completed | |
| Inspect vapor duct seal, replace if compromised | Completed | |
| Verify and calibrate vacuum controller | Completed | |
| Confirm hoses and cables are securely fastened | Completed | |
| Check heat bath temperatures for accurate control | Completed | |
| Confirm final system vacuum level meets specifications | Completed | |
| Ensure cosmetic condition meets standards | Completed |
102 Tide Mill Road, Hampton NH 03842
customerservice@marshallscientific.com | (603) 601-8511 |
www.marshallscientific.com
Copyright © 2024 by Marshall Scientific LLC. All rights reserved.
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