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Warewashing
Green&Clean Hood Type Dishwasher,
Manual with Filtering System
Front
325
268
241
215
55
294
334334
752
970
332
124 565
755
746
647
65 538
667
31
359335
36
90
421335
881
0 - 850
2046
1913
440875
1567
999
200
WI
D
EQ
EI
XI
XR
XD
WI
EI
EQ
D
XI
XR
XD
Top
325
268
241
215
55
294
334334
752
970
332
124 565
755
746
647
65 538
667
31
359335
36
90
421335
881
0 - 850
2046
1913
440875
1567
999
200
WI
D
EQ
EI
XI
XR
XD
WI
EI
EQ
D
XI
XR
XD
CWI
= Cold Water inlet
D = Drain
EI = Electrical connection
EQ = Equipotential screw
HWI
= Hot water inlet
WI = Water inlet
XD = Detergent connection
XI = Chemicals inlet
Side
325
268
241
215
55
294
334334
752
970
332
124 565
755
746
647
65 538
667
31
359335
36
90
421335
881
0 - 850
2046
1913
440875
1567
999
200
WI
D
EQ
EI
XI
XR
XD
WI
EI
EQ
D
XI
XR
XD
Electric
Supply voltage:
504261(EHT8IROW6) 220-230 V/3 ph/60 Hz
Convertible to: 220-230V 1N~; 380-400V 3N~
Default Installed Power:* 9.9 kW
Reducible Installed Power:* 0 kW
Boiler Heating Elements Power:* 9 kW
Tank heating elements: 3 kW
Wash pump size: 0.8 kW
Water:
Water supply temperature: 10-65°C
Water supply hardness (MAX): 14°fH (8°dH)
Inlet Water supply pressure: 0.5 - 7 bar
Water consumption per cycle (lt): 2
Boiler Capacity (lt): 12
Tank Capacity (lt): 24
Incoming water line size: G 3/4"
Drain line size: 20.5 mm
Key Information:
N° of cycles: 3
Duration cycle - High
productivity:* 45/84/150 sec.
Duration cycle - ETL Sanitation:* 57/84/150 sec.
Racks per hour - High
productivity: * 80
Racks per hour - ETL
Sanitation: * 63
Dishes per hour - High
productivity: * 1440
Dishes per hour - ETL
Sanitation: * 1134
Wash temperature - High
productivity: 55-65 °C
Wash temperature - ETL
Sanitation: 75 °C MIN
Rinse temperature (MIN): 84 °C
External dimensions, Height: 1567 mm
External dimensions, Width: 752 mm
External dimensions, Depth: 755 mm
Net weight: 117 kg
Shipping weight: 129 kg
Shipping volume: 1.25 m³
Packaging size
(WxDxH): 752x755x1567 mm
Noise level: <63 dBA
* According to market standard, the productivity is declared at an
inlet water supply temperature of 50°C . If the water is supplied at
65°C, the power can be reduced by 3 kW without any loss in
productivity.
NOTE:
If the water supply temperature is less than 50°C, it is necessary to
request higher power to maintain productivity.