Northstar Ice
ICE MAKER CAPACITY

Calculation Type  
Freezing Surface:
Ice making capacity required per 24 hour US tons
Evaporator Temperature: °F
Ice thickness: mm
Refrigerant Type:
Water Supply Temperature: °F
     

Approximate capacity calculations are based on +/- 2% machine capacity. Actual ice maker output will vary based on customer provided refrigeration, freezing surface condition and supply water temperature and quality inputs.

For additional information about how to use the calculator, please see our calculator tips. Please note that the calculator provides only general recommendations. If you have specific requirements or need help, contact North Star.

We are happy to provide you with a quote for your recommended product. In order to prepare the most accurate quote it would be helpful if you could provide us with additional information about your project. Please provide as much information as you can. Please also be assured that any information you provide will be kept strictly confidential and is used only to recommend the best solution for your project.

If you don’t know the answer to a question you can leave it blank or contact or email us for assistance.

 
Fields marked with an * are required.
Name:*  
Company:*  
End-User Company:(if different than above):
End User Location (Country)*
Ice application (i.e. food processing (seafood, poultry), packaged ice, concrete, chemical, etc.)
Is this project a:
 
New plant?  
Expansion?  
Upgrade?  
Replacement of existing equipment?
 
Is the quote you are requesting:
For budgetary purposes?
A formal quote for an approved project?
 
Project Timing
Deadline for quote  
Anticipated date of purchase decision
Equipment delivery deadline
Project completion date
Ice making capacity required per 24 hour
Please note whether amount is US or Metric tons
Is ice storage required?
Yes   No
Tons of storage capacity required
Is ice delivery required?
Yes No
Number of end use points
If delivery is required, please provide the distances between
the ice sorage and end use points and elevation for each.
Name:  
Title:  
Company:  
Address1:  
Address2:  
City: State/Province:
Country:* Postal Code:
Email:* Website:
Telephone: Fax:
How did you hear about us? (check all that apply)
Advertising - where did you see our ad?  
Surfing the web
Referral by refrigeration contractor or distributor
Referral by business associate
Purchased North Star products in the past
Other - please describe  
Additional information
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The default is set for US Standard calculations. If you would prefer metric, click the button for Metric.

Stainless steel refers to all three North Star stainless steel models; the Standard, Plus and Elite ice makers. Stainless steel freezing surfaces are recommended for all food-related ice making or for seawater ice. Carbon steel can be used for non-food applications. For more information go to Which Freezing Surface?

to optimize investment returns.

List the amount of ice you need for each 24 hour period in tons or metric tons. For more information go to How Much Ice?

This will vary according to your refrigerant type. If using ammonia the evaporation temperature could go as low as -35°F (-37°C). Freon could range from -15°F (-26°C) to -25° (-32°C) at the low range. Nominal capacities are based on -25°F (-32°C) evaporator temperature.

1.5mm is recommended for fastest heat transfer (cooling) and highest capacity. 2.0 to 2.5mm is recommended for ice that will be conveyed pneumatically or stored for long periods before use.

North Star ice makers will work with any standard refrigerant.

The recommended incoming water temperature for most applications is approximately 60°F (15.5°C). Concrete cooling applications require 40°F (4.4°C) water. For higher incoming water temperatures, it may be more cost-effective to add a water chiller to pre-cool the supply water so the refrigeration capacity of the ice maker will be used for ice making, not for chilling the water.