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4.3 Connection of Stainer
Place the Stainer on the installation site. If necessary, align the device in a
horizontal plane with the help of screw-type feet (9) (Fig. 3)
4.3.1
Electric connection.
The Stainer is connected to the electric socket with a power cord, which is supplied
with the device. Connect the power cord to the power supply inlet (13) (Fig. 3) at the rear
of the device. Connect the power cord to a grounded electric socket. The socket must be
compatible with the power cord plug. If not, do not use adapters, but replace either the
socket or the power cord.
4.3.2 Connection to ventilation.
If the Stainer is installed beyond an exhaust hood, it must be connected to the
laboratory ventilation system, as a rule, with flat ventilation tubes made of plastic 110 x 55
mm in size, with respective fittings. Between the Stainer and the ventilation tubes, there is
a flexible corrugated ventilation duct 100 mm in diameter (D100). The flexible ventilation
duct is fixed at the Stainer’s ventilation inlet (10) with a clamp. At the other end, a
connector of round plastic ducts is installed and fixed with a clamp. Then the ventilation
duct has lain following the peculiarities of the premises.
4.3.3
Connection to drain.
Connection to the drain system is analogous to that of a washing machine. A 1,5 m
long, 3/4''-3/4'' drain hose for washing machines (Fig. 7) is needed for water discharge.
Figure 7. Drain corrugated hose (for washing machines).
Connect the hose to the Stainer’s water outlet (43, Figure 3) at the rear panel of the
device. Fix the hose at the outlet with a clamp. Bring the second end of the hose to the
drain system. The hose might be placed into the stub of the drainpipe, or put onto the pipe
stub at the sink siphon, which is normally designated for connection of washing machines