VAKTSÍMI opinn allan sólarhringinn:: KÆLIVERKSTÆÐI 894 2700– OPTIMICE 664 1310

Celsius/kg:   Fahrenheit/lbs: 

Liquid ice system

B – 120

Technical Specifications:

Refrigeration Capacity:

40,0 kW/34,400 kcal/h or 825,000 kcal per 24 hours.

Pre-Cooler:

Optional pre-cooler ensures uniform production of Optim-Ice® over a large inlet water temperatures range.

Variable production range:

Output can be varied from 920 L/h with 40% ice concentration to 3,160 L/h with 10% ice concentration.

Filtration:

A 5-micron filter fitted to water intake to prevent ingestion of foreign objects.

Minimum salt concentration:

System requires 3% NaCl concentration for Optim-Ice® production.

Power Consumption: 24.0 kW

Weight: 1,040 kg ​

Dimensions in cm (LxWxH):

166x136x173

Refrigerant:R-404A

*Appr. 1 kcal is required to achieve a one-degree temperature reduction in one kilogram of fish. **Based on seawater inlet temperature of +15°C.



Condenser:

Cooling water requirements:

  • 5 ° C = 1 . 3 0 0 L / h
  • 1 0 ° C = 3 . 3 0 0 L /h
  • 1 5 ° C = 4 . 7 0 0 L / h
  • 2 0 ° C = 10. 4 0 0 L / h

Liquid ice system

B – 120

Technical Specifications:

Refrigeration Capacity:

40,0 kW/34,400 kcal/h or 825,000 kcal per 24 hours.

Pre-Cooler:

Optional pre-cooler ensures uniform production of Optim-Ice® over a large inlet water temperatures range.

Variable production range:

Output can be varied from 920 L/h with 40% ice concentration to 3,160 L/h with 10% ice concentration.

Filtration:

A 5-micron filter fitted to water intake to prevent ingestion of foreign objects.

Minimum salt concentration:

System requires 3% NaCl concentration for Optim-Ice® production.

Power Consumption: 24.0 kW

Weight: 1,040 kg

Dimensions in cm (LxWxH):

166x136x173

Refrigerant:R-404A

*Appr. 1 kcal is required to achieve a one-degree temperature reduction in one kilogram of fish. **Based on seawater inlet temperature of +15°C.



Condenser:

Cooling water requirements:

  • 5 ° C = 2 . 6 0 0 L / h
  • 1 0 ° C = 3 . 3 0 0 L /h
  • 1 5 ° C = 4 . 7 0 0 L / h
  • 2 0 ° C = 10. 4 0 0 L / h