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Alerts to potential personal injury.
Alerts to potential machine damage.
Provides useful extra information for procedures.
Emphasizes reading important instructions.
Lists models and explains number coding.
Shows dimensions of dice and half dice.
Personal injury potential during lifting/installing.
Inhibits bacteria and slime growth.
Approved cleaning and sanitizing solutions.
Details parts, labor, and exclusions.
Requirements for warranty repair.
Instructions for qualified installers.
Provides physical dimensions of the ice machine.
Failure to follow guidelines affects warranty.
Heat rejected by the machine for AC sizing.
Protect from freezing temperatures.
Wiring must conform to codes.
Specifies voltage variation & circuit ampacity.
Diagrams are for connections, not routing.
Wiring color code guidance for UK.
Guidelines for connecting water inlet lines.
Do not apply heat to valve fitting.
Guidelines for drain line installation.
Plumbing must conform to codes.
Potential personal injury from misuse.
Info on the optional cleaning system.
Labels key parts of the ice machine.
Steps for initial and post-shutoff start.
Details the freeze cycle steps.
Describes how the machine shuts off.
Explains built-in safety timers.
Details the automatic rinse cycle.
How to check and maintain water level.
How to check and adjust ice thickness.
Adjustment for water purge settings.
Disconnect power before proceeding.
Maintenance is not covered by warranty.
Checks for leaks and airflow.
Symptoms of condenser issues.
Call service if procedures are not understood.
When to replace Guardian sachets.
Steps for replacing sachets.
Steps for cleaning up spills.
Steps for cleaning the ice machine.
Use approved cleaner/sanitizer.
Wear safety gear when handling chemicals.
Do not force ice from evaporator.
Disconnect power before proceeding.
Disconnect power and water supply.
Do not mix cleaner/sanitizer.
Do not immerse water pump motor.
Disconnect power before proceeding.
Disconnect power and water supply.
Disconnect power before proceeding.
Disconnect power and water supply.
Disconnect power and water supply.
Ensure parts are dry before assembly.
Disconnect power and water supply.
Damage from freezing is not covered by warranty.
Troubleshooting guide for common problems.
Lists common issues, causes, and solutions.
Charts showing energized parts in operation cycles.
Details non-adjustable safety timers.
Explains the water purge step.
Table detailing water purge operations.
Details the start-up process.
Details the pre-chill steps.
Details the freeze steps.
Details the water purge steps.
Details the harvest steps.
Details the auto shut-off steps.
Explains symbols used in diagrams.
Always disconnect power before working on circuitry.
Function, specs, and check procedure.
High voltage applied to control board.
Function, specs, and operation.
Water curtain must be on to start ice making.
Symptoms of open or closed switch failures.
Procedure to test bin switch continuity.
Resistance test and ground checks.
Tests to diagnose a seized compressor.
How to diagnose capacitor issues.
Explains PTCR function and use.
Details the PTCR's role in starting.
Reasons for PTCR failure.
Visual inspection and resistance measurement.
Disconnect electrical power before proceeding.
How to diagnose capacitor and relay issues.
Steps to check toggle switch operation.
Built-in safety limits for component protection.
How inputs affect control board operation.
Explains the sensing circuit.
Factory set thickness and adjustment.
Prevents short cycling.
Safety feature for maximum freeze duration.
Procedure for cleaning the probe.
Steps for harvest initiation failure.
Steps for premature harvest.
Monitoring water level via light.
Feature limits inlet valve on-time.
How water level controls freeze cycle.
Harvest cycle water purge adjustment.
Troubleshooting overfilling.
Restart procedure for diagnostics.
Restart procedure for diagnostics.
Steps to check power and components.
When to replace the control board.
Explains system operation.
Diagram for prechill/freeze cycles.
Details the prechill process.
Details the freeze process.
Details the harvest process.
Importance of understanding malfunctions.
Illustrates misdiagnosis scenarios.
Key questions for initial diagnosis.
Procedure to check ice production.
Describes normal ice formation.
Describes thin ice at outlet.
Built-in safety limits for component protection.
Freeze and harvest time limits.
How safety limits are indicated.
Reasons for safety limits tripping.
Lists potential causes for Safety Limit #1.
Actions to correct Safety Limit #1 causes.
Notes on safety limit codes and indications.
Lists potential causes for Safety Limit #2.
Actions to correct Safety Limit #2 causes.
Notes on safety limit codes and indications.
Steps for analyzing discharge pressure.
Troubleshooting high discharge pressure.
Troubleshooting low discharge pressure.
Steps for analyzing suction pressure.
Troubleshooting high suction pressure.
Troubleshooting low suction pressure.
Lists potential causes for high suction pressure.
Actions to correct high suction pressure.
Lists potential causes for low suction pressure.
Actions to correct low suction pressure.
Clarifies procedure applicability and sensor placement.
Steps to check harvest valve temperature.
Notes on feeling valve outlet vs. inlet.
Caution about hot surfaces.
Steps for analyzing discharge line temperature.
How to use tables with charts and checklists.
Step-by-step guide for using analysis tables.
How to interpret analysis table results.
Identifying harvest valve leaks.
Identifying low charge/starving TXV.
Identifying TXV flooding.
Compressor related issues.
Factors affecting ice production.
Correcting installation/water issues.
Analyzing ice formation patterns.
Analyzing safety limit trips.
Analyzing discharge pressure.
Analyzing suction pressure.
Evaporator temperature comparison.
Compressor/harvest valve temp comparison.
Recording discharge line temperature.
Interpreting the analysis results.
Function, specs, and check procedure.
Action if HPCO fails to cut out.
Formulas for cycle time calculation.
Charts for ice production.
Charts for operating pressures.
Standard procedures for recovery/evacuation.
Instructions for manifold gauge connections.
No responsibility for contaminated refrigerant use.
Replace liquid line drier before evacuating.
Criticality of proper charge.
Post-charging steps.
Requirements for restoring contaminated systems.
How to determine contamination severity.
Chart linking symptoms to cleanup procedures.
Dry nitrogen recommended for evacuation.
Refrigerant sweeps not recommended.
Required for in-warranty repair.
Do not unsolder defective components.
Driers are warranty parts, replace when opened.
Refer to serial tag for accurate charge.
Definitions of refrigerant handling terms.
Requirements for new, reclaimed, and recovered refrigerant.
No responsibility for contaminated refrigerant use.
Required compressor oil type.
Characteristics and implications of POE oils.
Methods for HFC leak checking and charging.
Regulations on HFC recovery.
Benefit of attending service school.
Duration, content, and inclusions of training.
How to get more information and dates.
General
