Manitowoc Q210 series, Руководство техника

Страница: 103 / 236

Part Number 80-01111-9 7/10 103
ICE PRODUCTION CHECK
The amount of ice a machine produces directly relates to the
operating water and air temperatures. This means an ice
machine with a 70°F (21.2°C) ambient temperature and 50°F
(10.0°C) water produces more ice than the same ice machine
with 90°F (32.2°C) ambient 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 hr. 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" (.44 cm) 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 larger ice machine is required.
Relocating the existing equipment to lower the load
conditions is required.
Contact the local Manitowoc distributor for information on
available options and accessories.
1. _______ + _______ = _______
Freeze Time Harvest Time Total Cycle Time
2. 1440  _______ = _______
Mins in 24 hrs Total Cycle Time Cycles Per Day
3. _______ x _______ = _______
Weight of One Cycles Per Day Actual 24 Hr
Harvest Production