switch should be installed near the appliance, it must be approved, and should have a sufficient
capacity for the consumption of the appliance (see technical features).
The appliance must be connected to the EQUIPOTENTIAL system. The connector is situated near
the entry point of the electric cable and is identified by a label with the symbol shown in fig. 6 (p.
4).
When using a safety switch for fault currents, the following should be observed:
According to current legislation, these kind of appliances can have a leakage current of 1mA
per kW of rated power input with no maximum. It should also be noted that all fault current
protection switches available on the market have a current tolerance of less than 50%;
therefore, a suitable switch should be chosen.
Connect only one single appliance to each switch.
In some cases, after long periods of inactivity or with a new installation, it is possible that the
appliance trips the safety switch when it is turned on. The reason for this is usually moisture in the
insulation. The problem can be solved by a short pre-heating that bypasses the safety thermostat.
ATTENTION! All the parts, protected and sealed by manufacturer may not be regulated by
the installer if not specifically indicated.
Joining appliances
Once the levelling and connection operations have been completed, the appliances can then be
joined together. Unroll the sealing strip (1), which is included in the joining the kit inside the
appliance, and stick it to the end of the work surface, about 2-3 mm from the edge (fig. 7, p. 4).
Once this has been done, place the units together, remove the instrument panels by unscrewing the
two fixing screws and then insert an M6 screw, together with a washer (provided with the joining
kit), into the threaded hole (2) (fig. 7, p. 4). Tighten the screw well using a suitable key.
Then check the level (3) along the back edge of the units, as shown in fig. 8 on page 4, place the
joining plate (4) on the raised part of the unit tops and fix the M6 screws with an Allen key (6)
(supplied with the provided kit).
Once the joining plate (4) has been fixed to the appliances, fine adjustment of the joint can then be
made with the grub screw (7), located on the joining strip. This should be tightened well with an
Allen key (8), as shown in fig. 9 on page 4.
Once the joining operation has been completed, position the stainless steel joining plate cover (9)
and fix it in place with an M4 screw (10) using a Phillips screwdriver (11) ), as shown in fig. 10 on
page 4.
Remove any traces of trimming that can be seen between the devices with a scraper.
Electric cooking range with induction system (fig. 11 – p. 4)
In order to switch on the working surface of an electric cooking range with induction system,
proceed as follows:
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Turn the knob (1); the green lamp (2) lights on to show that the appliance is under tension.
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Place the pot to be heated in the center of the cooking area under which the inductors are.
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Turn the knob (1) clockwise, so to activate the electric feeding. A led (fig. 12 – p. 5) lights on
under the glass ceramic plate; it shows the required power level (from 1 to 9) and any
prospective fault.
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If there is no pot, the led under the glass ceramic surface starts flashing.
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Choose the desiderata temperature by turning the knob (1). If you turn the knob clockwise, the
temperature regulation goes from minimum to maximum, as shown in the knob serigraph. The
early rotation degrees correspond to low power levels.
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The heating process starts as soon as the pot touches the glass ceramic surface.
INSTRUCTIONS FOR USE
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