Components and functions Operating Instructions RC600 EN
16 Translation of original Operating and Installation Instructions, English BA_RC600_EN_304763_20170608.docx
The RC 600 rotary evaporator is designed for distillation and
evaporation of solutions. The rotary evaporator is operated via
the terminal (Fig. 1/2, p. 15).
The solution that is to be evaporated is located in the evapora-
tion flask (13). The solution is evaporated through a suitable
combination of temperature and vacuum. The evaporation
flask is immersed into the heating bath (14), in which a heating
liquid is located, typically water or a suitable oil. The drive (8)
continually rotates the evaporation flask in the heating bath.
Once the solvent begins to evaporate, it rises through the va-
pour tube and into the chilled condenser (6), which is continu-
ally cooled with cooling water or another cooling medium. Here
the vapour is cooled to the point where it condenses and col-
lects (again in liquid form) in the collection flask (3).
The chilled condenser and collection flask have a transparent
coating that protects them against implosion.
A protective cover (accessory) is placed onto the heating bath
to protect the evaporation flask from implosion and to protect
against spray.
5.2 Rotary evaporator functions
Evaporation flask
Use the rotary knobs (Fig. 1/12+18) to adjust the evapora-
tion flask's angle of inclination. Together with the ability to
move the evaporation flask up and down and to displace
the heating bath, the rotary evaporator may be adapted to
various shapes and sizes of evaporation flasks.
The drive (8) rotates the evaporation flask, thereby
achieving a high rate of evaporation:
-
A more homogeneous distribution of temperature is
achieved both in the heating bath and in the evapora-
tion flask (optimisation of temperature control and heat
transfer).
-
The moistened surface inside the evaporation flask is
enlarged (increases heat transfer and the boiling sur-
face).
-
Formation of a concentration gradient in the solution is
avoided.
Additional advantages of rotation include:
-
The risk of boiling delay is reduced
-
No localized overheating, no crust formation
The terminal (2) is used to switch the rotation of the evapo-
ration flask on or off and to select the desired speed (see
Chapter 8, Operating the rotary evaporator).
In the event of a power failure the evaporation flask is au-
tomatically lifted from the heating bath.
Heating bath
Use the rotary evaporator's heating bath (14) to
achieve and maintain the temperature for optimum dis-
tillation according to requirements.
The heating bath may be pulled out on guide rails in