Falcon Classic FX 90 Induction, User'S Manual & Installation Instructions

Page: 37 / 48

INSTALLATION
Check the appliance is electrically safe when you have finished.
33
Electrical connection
The cooker must be installed by a qualified electrician, in
accordance with all relevant British Standards/Codes of
Practice (in particular BS 7671), or with the relevant national
and local regulations.
n
WARNING: THE APPLIANCE MUST BE EARTHED.
NOTE:
The cooker must be connected to the correct electrical
supply as stated on the voltage label on the cooker, through
a suitable cooker control unit incorporating a double-pole
switch, having a contact separation of at least 3 mm in all
poles.
n
The cooker MUST NOT be connected to an ordinary
domestic power point.
Access to the mains terminal is gained by removing the
electrical terminal cover box on the back panel. Connect the
mains cable to the correct terminals for your electrical supply
type (
Fig. 9.10
and
Fig. 9.11
). Check that the connections are
correctly fitted and that the terminal screws are tight. Secure
the mains cable using the cable clamp.
Repositioning the cooker following
connection
If you need to move the cooker once it has been connected,
make sure it is isolated at the electrical supply before
gripping under the fascia panel and lifting the front of the
cooker slightly (
Fig. 9.6
). Check behind the cooker to make
sure that the electricity cable is not caught. As you progress,
always make sure that the cable has sufficient slack to allow
the cooker to move.
When you replace the cooker, check behind it again once
more to make sure that the electricity cable is not caught or
trapped.
L1
N
L3
L2
3N ac
230/400 V 50 Hz
6 mm² max
6 mm² max
6 mm² max
ArtNo.130-0010 Electrical connections single-phase
L
N
230 V ac 50 Hz
10 mm² max
10 mm² max
Current Operated Earth Leakage Breakers
The combined use of your cooker and other domestic
appliances may cause nuisance tripping, so we recommend
that the cooker is protected on an individual RCD (Residual
Current Device) or RCBO (Residual Current Breaker with
Overload).
IF IN DOUBT, PLEASE CONSULT A SUITABLY QUALIFIED
ELECTRICIAN.
Fig. 9.10
Fig. 9.11