1
I. SPECIFICATIONS
1. FEATURES
[a] LOW VOLTAGE
When the supply voltage is too low or surrounding high-current equipment starts up, the
voltage in the icemaker may drop temporarily. In this case, the Compressor will fail to start,
or the Gear Motor will lock during the icemaking operation. The locked Gear Motor may
apply the maximum torque to the icemaking mechanism and damage its parts. To avoid
this trouble, the icemaker will be shut down when the voltage drops. The icemaker will
restart automatically when the proper voltage is restored.
[b] OVERLOAD PROTECTION
The auger type icemaker employs the Gear Motor generating a large torque to scrape ice
forming inside the Evaporator. To produce nugget ice, the Extruding Head also requires a
large torque to compress ice. Some use conditions may overload the icemaking
mechanism. The icemaker will detect overload by reduction in Gear Motor rotation speed
and partly bypass the refrigerant flow in the refrigeration circuit. This will temporarily reduce
the ice production to avoid the overload condition.
[c] OVERLOAD ERROR
When the above protection fails to evade the overload condition and the Gear Motor has a
high current and a low rotation speed, the icemaker will shut down for protection. The
icemaking mechanism will have extensive damage, if this condition is repeated ten times. In
this case, the icemaker will display an error code to notify the user of the excessive load on
the icemaking mechanism and the need of its replacement.
[d] USER RESET
When a protector trips to shut down the icemaker, an error code will be displayed. If it is a
resettable error, the user can restart the icemaker by pressing the Reset Button accessible
from the Window Panel and continue the icemaking operation until a service person
arrives. Some errors are non-resettable or repetitive and require troubleshooting by
qualified personnel.
[e] ERROR CODES AND RECORDS
When the icemaker shuts down with an error, the Display Window will show an error code
“E_”. A maximum of eight most recent records are memorized and can be checked at the
time of service or inspection.
Содержание FM-300AFE-HC
Страница 7: ...3 2 DIMENSIONS CONNECTIONS a FM 481AGE HC FM 481AGE HCN ...
Страница 8: ...4 b FM 300AFE HC FM 300AFE HCN ...
Страница 9: ...5 3 SPECIFICATIONS a FM 481AGE HC ...
Страница 10: ...6 b FM 481AGE HCN ...
Страница 11: ...7 c FM 300AFE HC ...
Страница 12: ...8 d FM 300AFE HCN ...
Страница 14: ...10 Drier Ice Chute Pressure Switch ...
Страница 23: ...19 b FM 300AFE HC FM 300AFE HCN Pressure Switch Cut out 22 6 1 5 0 bar Cut in 15 7 1 5 bar ...
Страница 24: ...20 2 WIRING DIAGRAM a WIRING DIAGRAM FM 481AGE HC FM 481AGE HCN ...
Страница 25: ...21 FM 300AFE HC FM 300AFE HCN ...
Страница 26: ...22 b CONTROL BOX LAYOUT FM 481AGE HC FM 481AGE HCN ...
Страница 27: ...23 FM 300AFE HC FM 300AFE HCN ...
Страница 35: ...31 FM 300AFE HC FM 300AFE HCN ...
Страница 36: ...32 ...
Страница 37: ...33 c SEQUENCE FM 481AGE HC FM 481AGE HCN 1 Startup Water Supply ...
Страница 38: ...34 FM 481AGE HC FM 481AGE HCN 2 Startup After completion of water supply Gear Motor and Fan Motor start 5 min ...
Страница 39: ...35 FM 481AGE HC FM 481AGE HCN 3 Startup Ice production starts ...
Страница 40: ...36 FM 481AGE HC FM 481AGE HCN 4 Normal Operation Bin Control ...
Страница 41: ...37 FM 481AGE HC FM 481AGE HCN 5 Shutdown Compressor stops 5 min ...
Страница 42: ...38 FM 481AGE HC FM 481AGE HCN 6 Shutdown Drain ...
Страница 43: ...39 FM 300AFE HC FM 300AFE HCN 1 Startup Water Supply ...
Страница 44: ...40 FM 300AFE HC FM 300AFE HCN 2 Startup After completion of water supply Gear Motor and Fan Motor start 5 min ...
Страница 45: ...41 FM 300AFE HC FM 300AFE HCN 3 Startup Ice production starts ...
Страница 46: ...42 FM 300AFE HC FM 300AFE HCN 4 Normal Operation Bin Control ...
Страница 47: ...43 FM 300AFE HC FM 300AFE HCN 5 Shutdown Compressor stops 5 min ...
Страница 48: ...44 FM 300AFE HC FM 300AFE HCN 6 Shutdown Drain ...