Induction and infrared heating plates
For a state-of-the-art cooking system in which high performance
is matched by power savings and complete cleaning.
Reliability
• AISI 304 stainless steel worktop, thickness 1.5 mm
Performance
• Immediate heat with direct contact of the pan
• Heating proportional to the contact surface
• Reduction in energy consumption of about 50%
Ease of use
• Totally flat surface
• Independent control of the individual cooking areas
• Heat only in the presence of induction friendly pans
The product range includes 2 or 4 TOP independent induction zones and
modules with 2 or 4 infrared heating zones.
MODEL
External dimensions
(cm)
Oven dimensions
(cm)
Power
1.8 kW
2.4 kW
3.5 kW
The heat is transmitted only to
the bottom of the pan for a more
comfortable working environment
Oven
(kW)
Total power
(kW)
Supply
Weight
(Kg)
INDUZIONE
TOP
E477I
40x73x25
2
7
380V, 50/60
41
E777I
70x73x25
4
14
380V, 50/60
61
9.5
380V, 3N, 50/60
90
VETROCERAMICA
ON OVEN
EVC4F77
70x73x85
EVC277
EVC477
56x66x31
1
1
5.3
40x73x25
1
1
4.2
380V, 3N, 50/60
20
70x73x25
2
2
8.4
380V, 3N, 50/60
35
TOP
Characteristics of the product range
The sealed 6mm ceramic top offers high cleaning comfort thanks to the flat surface and cleanability of glass ceramic.
It is watertight fixed to the AISI 304 stainless steel pressed worktop, thickness 2 mm.
The heating zones, independently controlled, are outlined by screen printed circle ∅ 220 mm powered at 3.5 kW each.
The cooking surface only heats up when in direct contact with induction friendly pans and pots, and the amount of heat is proportional
to the surface of contact. The zone of the cooking surface not in contact with the pan remains deactivated and thus cold allowing a
more comfortable working environment (lower heat emission) and a energy savings equal to 50% compared to traditional
stoves. Each inductor has 6 different power levels and an indicator light shows when the top is in operation.
In the infrared heateing plates models, the heat is produced by means of electric elements underneath and transmitted by diffusion.
Independe