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Warewashing
Hood Type Dishwasher, Manual with
Advanced Filtering System & Detergent
Dispenser
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
XR = Rinse aid connection
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:
504275(ZHT8IG) 400 V/3N ph/50 Hz
Convertible to: 230V 1N~; 230V 3~
Default Installed Power:* 9.9 kW
Reducible Installed Power:* 6.9 kW
Boiler Heating Elements Power:* 9 kW
Boiler Reducible To:* 6 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
Net weight: 117 kg
Shipping weight: 129 kg
Shipping volume: 1.04 m³
Packaging size
(WxDxH): 667x755x1567 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.