150 Part Number 80-1505-3 6/11
Ice Production Check
The amount of ice a machine produces directly relates to
the operating water and air temperatures. This means a
condensing unit with a 70°F (21.2°C) outdoor ambient
temperature and 50°F (10.0°C) water produces more
ice than the same model condensing unit with a 90°F
(32.2°C) outdoor ambient temperature and 70°F
(21.2°C) water.
1. Determine the ice machine operating conditions:
Air temp entering condenser:____°
Air temp around ice machine:____°
Water temp entering sump trough:____°
2. Refer to the appropriate 24-Hour Ice Production Chart.
Use the operating conditions determined in step 1 to find
published 24-hour ice production:______
• Times are in minutes.
Example: 1 min. 15 sec. converts to 1.25 min.
(15 seconds ÷ 60 seconds = .25 minutes)
• Weights are in pounds.
Example: 2 lb. 6 oz. converts to 2.375 lb.
(6 oz. ÷ 16 oz. = .375 lb.)
3. Perform an ice production check using the formula
below
.
Weighing the ice is the only 100% accurate check. However,
if the ice pattern is normal and the
1/8 in. thickness is maintained, the ice slab weights listed with
the 24-Hour Ice Production Charts may be used.
4. Compare the results of step 3 with step 2. Ice production
is normal when these numbers match closely. If they
match closely, determine if:
• Another ice machine is required.
• More storage capacity is required.
• Relocating the existing equipment to lower the load
conditions is required.
1. _________
Freeze Time
+ _________
Harvest Time
= _________
Total Cycle
Time
2. 1440
_________
Minutes in
24 Hrs.
÷ _________
Total Cycle
Time
= _________
Cycles per Day
3. _________
Weight of One
Harvest
× _________
Cycles per Day
= _________
Actual 24-Hour
Production
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