IKA Vacstar control, Руководство по эксплуатации

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conjunction with other devices with labworld soft ® laboratory
device software. For further information see the chapter “Interfaces
and outputs”.
Fig. 2, 10: Water valve connection
Connect the optional water throttle valve (VSW1) to the dia-
phragm vacuum pump. The water flow to the emission con-
densor is controlled using the water valve. The valve is opened as
soon as the pump is switched on.
Fig. 2, 11: Hose connection for suction line d= 8 mm OUTLET
Connect the suction line to this connection.
Link this connection to the recipient (rotary evaporator condenser,
laboratory reacor etc.) with a vacuum hose.
Fig. 2, 12: Power cord set connection
Check that the voltage information on the rating plate matches
your mains supply. Connect the power cord set to supply electricity.
Connection of interfaces
Fig. 2, 11: Hose connection d= 8 mm OUTLET
Link this connection to the emission condenser with a vacuum
hose, or fit a sound absorber to the end.
NOTE
Put the end of the hose in the fume
hood!
Check there is a free outlet on the
pressurised side!
Do not use a throttle on the pres-
surised side and do not close the
outlet! Connect the exhaust line to
this connection.
Fig. 2, 8: USB interface
Connect the vacuum pump
IKA Vacstar control to a PC with a USB
A - USB B cable. Any device software updates can be loaded using
the
IKA FUT software tool.
Fig. 2, 9: RS 232 interface
You can connect the
IKA Vacstar control vacuum pump to a PC
using an RS 232 interface cable. The pump can be operated in
OUT
IN
cooling IN
cooling OUT
2
115/230 VAC
115/230 VAC
vacuum:
signal / power:
vacuum connection for manual control mode
11000024030.drw
1
cooling
1 Recipient (load, e.g. rotary evaporator, reactor)
2 Vacuum separator (e.g. Woulff bottle)
Configuration
NOTE
Observe the operating instructions
for the devices.
When the target value is reached, the speed of the pump is
automatically reduced to a minimum of “0 rpm”. If the target
value has been reached, the pump sucks according to the leakage
rate of the vacuum system. Automatic boiling point detection is
possible.
+ text A. Wiesler