ZANUSSI
P R O F E S S I O N A L
GAS FRYERS - 7 LT
N 700
178113
RIGHT SIDE DOOR FOR OPEN BASE CUPBOARD
1
1
LEFT SIDE DOOR FOR OPEN BASE CUPBOARD
1
BASKET FOR 7 LT FRYERS
1
2
1
2
INCLUDED ACCESSORIES
Net weight - kg.
30
60
40
50
gas
7
14
7
14
Power - kW
Maximum Well Capacity -lt
5.5, 7
5.5, 7
5.5, 7
5.5, 7
Thermostat range (min-max) - ºC
105, 185
105, 185
105, 185
105, 185
Temperature limiter
l
l
l
l
height
235
235
235
235
depth
380
380
380
380
width
240
240
240
240
Usable well dimensions - mm
N° of wells
1
2
1
2
height adjustment
50
50
height
250
250
850
850
depth
700
700
700
700
width
400
800
400
800
External dimensions - mm
Power supply
Gas
Gas
Gas
Gas
KFRG481T
178110
KFRG831T
178111
KFRG481
178112
KFRG831
178113
CHARACTERISTICS
MODELS
TECHNICAL DATA
RANGE
COMPOSITION
N 700: a range of over 100 models
for the professional caterer designed
to guarantee the highest level of
performance, reliability, energy
saving, safety standards and
ergonomic operation. These
concepts are reflected in the total
modularity of the range that ensures
numerous configurations, either
free-standing or bridged. N 700
demonstrates how advanced
technology can satisfy the needs of
the professional caterer.
The models detailed on this sheet
are 7 litres fryers in gas version with
one or two wells.
FUNCTIONAL AND
CONSTRUCTION
FEATURES
�
Stainless steel burners with
optimized combustion, flame failure
device and protected pilot light.
�
Working temperature from 105ºC
to 185ºC.
�
Additonal overheat safety
thermostat.
�
The "V" shaped wells have the
burners attached to the outside
allowing an increased life of the oil,
greater productivity and an easier
cleaning.
�
All models have right-angled side
edges to allow flush-fitting joins
between units, eliminating gaps and
possible dirt traps.
�
Worktop in 1,5mm stainless steel.
Front panel in stainless steel with
Scotch Brite finish.
�
Feet in stainless steel adjustable
in height 50mm.
�
Doors with handles in stainless
steel.
�
Oil drainage via a tap into a
drainage container positioned under
the well thus simplifying the
consumed oil management and
guaranteeing the operator safety
(freestanding models).
