Hoshizaki S0731 Ice Machine Pump Motor Assembly 60Hz 120V
C$1,096.84
Price reduced from
C$1,401.71
Specifications:
| Attribute | Details |
|---|---|
| Motor & Pump Assembly 120V, 60Hz | |
| Model Km-631Du, Km-632Du, Km-1200Mab, Km-1201Du, Km1600, | |
| 900-Sd, Km1300Mah | |
| Series F-1000 |
Description
The Hoshizaki S0731 Pump Motor Assembly for the following ice machine models KM-631DU, KM-632DU, KM-1200MAB, KM-1201DU, KM-1600, KM-900SD, and KM-1300MAH from the F-1000 series. This pump motor assembly is designed to operate at 120V and 60Hz and enables the creation of continuous water around which the ice is produced in order to maintain a consistent contribution of ice quality and yield. This unique ice machine design makes the it more robust than other ice machines helping to extend the longevity of the machine and minimize frequent repairs.
More Information:
- HOSHIZAKI:HOSS-0731 ,HOSS0731 ,S-0731 ,S0731
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What Maintenance is required for the Hoshizaki S0731 Pump Motor Assembly?
The Pump Motor Assembly should have its water strainer cleaned monthly to prevent debris clogging and the wiring connections inspected quarterly for wear or corrosion. Additionally, monitor motor current draw—an increase may indicate wear or impeller damage.
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How do I install the Hoshizaki S0731 Pump Motor Assembly?
- Turn off power to the ice machine and shut off the water supply.
- Drain residual water from the pump circuit and remove the old assembly by disconnecting wiring and removing mounting bolts.
- Clean the mounting surface and inspect the inlet/outlet ports for blockages.
- Mount the new Pump Motor Assembly in the same orientation, secure with bolts, and reconnect all wiring as per the diagram.
- Restore water supply and power, then run a test cycle with the ice machine to confirm proper water flow and quiet operation.
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What are common issues with the Hoshizaki S0731 Pump Motor Assembly?
Typical issues include reduced or no water circulation due to clogged or damaged impeller, motor overheating from blocked airflow or inadequate water volume, and electrical faults such as open windings or incorrect voltage supply.