Flush Fitting In Unit Furniture - TECNOEKA EKC 96/001 Use And Instruction Manual

TECNOEKA Srl ______________________________________________________________ use and instruction manual
2900W
Technical specifications
Overall dimensions
Tray maximal load (GN 1/1)
Total load (4 trays GN 1/1)
Electrical capacity of grill heating
element
Electrical capacity of oven
Maximum electrical capacity
Power supply voltage
Frequency
Class
Nominal thermal capacity
Appliance category
(for United Kingdom)
Gas connection
Installation class
Supply nominal pressure values
The "technical data" page is located on the rear panel of the appliance.

2. Flush fitting in unit furniture

The appliance can be installed as follows (Fig. 1):
Stand-alone, away from other forniture (class 1);
-
- Fitted between two forniture units (class 2 –
subclass 1).
In compliance with safety regulations, protection
against possible contact with electrical parts and
against overheating of furniture in contact wst the
appliance, must be ensured by correctly flush fitting
the appliance.
May we remind you that, for layers in plastic or
veneered wood in unit furniture, glues resisting a
temperature of 120°C must be used. Plastics or
glues of poorer quality not able to withstand this
temperature value, will cause deformation and glue
detachment.
Make absolutely sure that the rear of the appliance always rests against non flammable walls.
Set the basement zone free.
If the cooking range is positioned on a pedestal, the appropriate measures must be taken to
ensure that it never slides off or tips over from the pedestal.
page 6 ________________________________________________________________________________________
BE-FR II2E+3+
NL II2L3B/P
NO I3B/P
Model
LxDxH (mm)
(W)
(W)
(W)
(V~)
(Hz)
(kW)
G20/G25-G30/G31
G25-G30/G31
G30/G31
EKC 96 / EKC 96/001
EKC 96/002
kg
kg
2700
2900
220-230
Class 2 - subclass 1 / Class 1
Liquid gas G30 / G31: 30/37 mbar - Natural gas G20:
20/25; 28/37 mbar
25 ; 30/30 mbar
30/30 mbar
EKC 96.3
900x655x900
4
16
2500
5000
5150
380-400 2N
50
I
14,25
II2H3+
½"
20 mbar
Fig. 1
2001
0705
N 705BM098