How to remove a stuck drive shaft from the drive coupling in my Taylor Ice Cream Maker?
If the drive shaft is stuck in the drive coupling, it could be due to mix and lubricant accumulation; regularly brush clean the rear shell bearing area. Rounded corners on the drive shaft or coupling can also cause this, so replace worn components. Finally, a misaligned gear box can be the culprit; re-align it.
What causes scored freezing cylinder walls in my Taylor Ice Cream Maker?
Scored freezing cylinder walls can be caused by a missing or worn front bearing; install or replace it. Broken beater pins (pump style freezers only) can also cause this, so replace the beater assembly, ensuring scraper blades are properly attached over the pins. A bent beater assembly should be replaced. Finally, a misaligned gear box can contribute; re-align it.
Why is product collecting on top of the freezer door of my Taylor Ice Cream Maker?
If product is collecting on top of the freezer door, the top o-ring on the draw valve might be improperly lubricated or worn; lubricate it properly or replace the o-ring.
What to do if the pump won't operate in PUMP mode on my Taylor Ice Cream Maker?
If the pump won't operate in PUMP mode, try pushing the reset button. If that doesn't work, the membrane switch may be defective and need replacement.
Why are the MIX LOW and MIX OUT probes not working on my Taylor Ice Cream Maker?
If the MIX LOW and MIX OUT probes aren't functioning, there might be milkstone build-up in the hopper. Clean the hoppers thoroughly.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Details freezing cylinder capacity and volume.
Specifies mix hopper capacity for the model.
States the horsepower of the beater motor.
Lists compressor BTU/hr and refrigerant type.
Outlines electrical requirements, fuse size, and ampacity.
Provides clearance requirements for air-cooled units.
Details water inlet/drain connections for water-cooled units.
Lists width, depth, height, and clearances.
Provides net and crated weight specifications.
Specifies clearance requirements for air-cooled installations.
Details water supply, flushing, and drain line requirements.
Emphasizes dedicated power, data labels, and NEC compliance.
Explains correct beater rotation direction and how to adjust it.
Lists recommended settings for components and refrigerants.
Guides on adjusting the expansion valve for proper pressure.
Defines suction pressure relative to expansion valve setting.
Notes high side pressure variation with ambient temperature.
States the target head pressure for water-cooled units.
Explains how to adjust the water valve for pressure control.
Describes the board's role in interpreting operation modes and sending commands.
Lists part numbers for Generation II logic boards.
Lists part numbers for power boards.
Details the types of thermistor probes and their function.
Provides resistance values for thermistors at different temperatures.
Lists available amperage ranges for viscosity control.
Step-by-step guide for setting viscosity using an amp probe.
Defines ideal mix temperature and cut-out/cut-in points.
Procedure for setting the mix cabinet temperature.
Explains standby function for maintaining mix temp during idle periods.
Procedure for setting desired standby temperatures.
Basic checks for connections, pins, cables, and probe resistance.
Describes the self-test feature for diagnosing control board issues.
Explains the function of the PUMP key.
Describes mix pump operation during AUTO mode and MIX OUT conditions.
Details the mix pump's operation after each product draw.
Troubleshooting steps for when no product is dispensed.
Troubleshooting steps for when the product consistency is too thick.
Troubleshooting steps for when the product consistency is too soft.
Troubleshooting steps for warm mix in the hopper.
Troubleshooting steps for cold mix in the hopper.
Troubleshooting for product buildup on the freezer door.
Troubleshooting for mix leakage from the bottom of the door spout.
Troubleshooting for mix leakage into the long drip pan.
Troubleshooting for mix leakage from the rear into drip pans.
Troubleshooting for a stuck drive shaft in the coupling.
Troubleshooting for scored freezing cylinder walls.
Troubleshooting for the pump not operating in PUMP mode.
Troubleshooting steps when the unit does not run in AUTO mode.
Troubleshooting for product not feeding into the freezing cylinder.
Troubleshooting for product "popping" when drawn.
Troubleshooting for malfunctioning MIX LOW/OUT probes.
Troubleshooting pump not operating when PUMP key is pressed.
Troubleshooting pump not operating when draw valve is open in AUTO mode.
Troubleshooting for piston movement without product pumping.
Troubleshooting for excessive wear in the pump cylinder.
Troubleshooting for pitting inside the pump cylinder.
Troubleshooting for a broken ball crank in the motor reducer.
Troubleshooting for excessive pressure in the freezing cylinder.
Troubleshooting for insufficient pressure in the freezing cylinder.
Traces L-1 power flow for Auto mode operations.
Traces L-1 power flow for Wash mode operations.
Traces L-1 power flow for Pump mode operations.
Warranty details for Class 103 parts.
Warranty details for Class 212 parts.
Warranty details for Class 512 parts.
Warranty details for Class 000 parts (Wear Items).
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