Zanussi 730162 Specifications
ZANUSSI
P R O F E S S I O N A L
ICE CUBERS
65/80/90 KG
730527
730529
Power supply - V,
phases, Hz
220-240 V,
1N, 50
220-240 V,
1N, 50
220-240 V,
1N, 50
220-240 V,
1N, 50
220-240 V,
1N, 50
220-240 V,
1N, 50
220-240 V,
1N, 50
220/240 V,
1N, 50
Net weight - kg.
77
77
86
86
89
89
77
89
Noise level - dBA
57.8
57.8
57.8
57.8
57.8
57.8
57.8
57.8
installed-electric
0.65
0.65
0.8
0.8
0.85
0.85
0.65
0.85
Power - kW
Refrigerant type
R404a
R404a
R404a
R404a
R404a
R404a
R404a
R404a
height
920
920
920
920
1020
1020
920
1020
depth
600
600
600
600
600
600
600
600
width
738
738
738
738
738
738
738
738
External dimensions -
mm
Kind of cube
A - 18g
A - 18g
A - 18g
A - 18g
A - 18g
A - 18g
E - 42g
E - 42g
Bin capacity - Kg
40
40
40
40
55
55
40
55
Output - kg/day
65
65
80
80
90
90
65
90
CIM67A
730527
CIM67W
730528
CIM85A
730545
CIM85W
730546
FGC90A
730529
FGC90W
730530
FGC65A42
730162
FGC90A42
730163
CHARACTERISTICS
MODELS
TECHNICAL DATA
RANGE
COMPOSITION
Zanussi Professional offers a range
of ice-making machines specially
designed to produce ice cubes. All
the models, whilst having a compact
size, offer excellent performance and
maximum efficiency. The range has
been specifically designed for use in
bars, restaurants, hotels and discos
and can also be used in medical
facilities.
FUNCTIONAL AND
CONSTRUCTION
FEATURES
All models are available in
air-cooled or water-cooled versions*.
The ice-making method (spray
layering) guarantees compact,
hygienically pure ice cubes that are
resistant to melting.
R404a refrigerant.
Reliability is guaranteed by the
quality of the construction materials
used (plastic flap on the front, top
and sides in ABS) and the
sophisticated product and process
technology involved.
The compact dimensions of the
ice cubers make them highly suitable
for any location, particularly those
where space is at a premium.
The metal sprayers are easy to
take away, permit a simple flowing
and prevent limestone formation.
All models comply with the
standards required by the main
international approval bodies and
are H marked.
* Water consumption and productivity have been
calculated using a water temperature of 15°C and an
ambient temperature of 21°C.