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General| Model | QY1305W |
|---|---|
| Condenser Type | Water-Cooled |
| Dimensions (H x W x D) | 30.50 x 48.00 x 24.00 inches |
| Power Supply | 208-230/60/1 |
| Water Connection | 3/8" FPT |
| Voltage | 208-230V |
| Type | Ice Maker |
| Ice Production | 1300 lbs per day |
| Ice Storage Capacity | External Bin Required |
Covers model designations, reading conventions, and ice cube sizes.
Identifies where to find the machine's identification decals.
Outlines warranty terms, parts, labor, and exclusions.
Provides physical dimensions for various ice machine models.
Details the dimensions for various ice storage bin models.
Lists the physical dimensions for remote condenser units.
Guidelines for selecting an appropriate location for the ice machine.
General information regarding electrical requirements and safety.
Wiring diagrams and connection details for self-contained units.
Wiring diagrams and connection details for remote condenser units.
Guidelines for water supply, inlet lines, and drain connections.
Procedures for installing remote condensers and their associated line sets.
Procedure for calculating maximum allowable line set distances.
A checklist of items to verify after installation.
Identifies key components of the ice machine with diagrams.
Procedures for checking machine operation and key parameters.
Steps for cleaning air-cooled and water-cooled condensers.
Procedures for cleaning and sanitizing the interior of the ice machine.
Step-by-step guide for cleaning the ice machine with cleaner.
Step-by-step guide for sanitizing the ice machine.
Details on the automatic cleaning system's operation and setup.
Instructions for removing parts for cleaning and sanitizing.
Information on water treatment systems and filter replacement.
Procedures for preparing the ice machine for removal from service or winterization.
Describes the operational sequence for self-contained air and water-cooled models.
Describes the operational sequence for remote models of ice machines.
Steps for initial startup and startup after automatic shutdown.
The sequence of operation during the freeze cycle.
The sequence of operation during the harvest cycle.
How the machine shuts off automatically when the bin is full.
Charts detailing which parts are energized during different operational sequences.
Energized parts data for self-contained air and water-cooled models.
Energized parts data for remote models.
Explains the sequence of operation using wiring diagrams.
Wiring diagrams for self-contained ice machine models.
Details the sequence of events during the freeze cycle.
Details the sequence of events during the harvest cycle.
Explains the automatic shutdown sequence when the bin is full.
Presents various wiring diagrams for different ice machine configurations.
Procedures for diagnosing compressor electrical issues like resistance and seized rotors.
Explanation of PTCR function and diagnostic procedures.
Function, specifications, and check procedure for the toggle switch.
Diagram and overview of the electronic control board layout and indicators.
Explains built-in safety limits of the control board.
How the ice thickness probe initiates the harvest cycle.
Troubleshooting steps for ice thickness control circuit malfunctions.
Explains the water level control system and probe light.
Systematic approach to diagnose why the ice machine will not start.
General overview of the refrigeration sequence.
Describes the refrigeration sequence for self-contained models.
Explains the refrigeration process during the harvest cycle.
Describes the refrigeration sequence for remote models.
Refrigeration tubing schematics for Q1300/Q1600/Q1800 models.
General guidelines for analyzing refrigeration system malfunctions.
Procedure to check ice production based on operating conditions.
Explains built-in safety limit controls and their operation.
Procedure for analyzing discharge pressure during freeze/harvest cycles.
Procedure for analyzing suction pressure during the freeze cycle.
Procedure to check harvest valve temperature for leaks.
Tables that correlate operating conditions with potential refrigeration problems.
Details the function and components of the HPR system for remotes.
Diagnostic steps for the Harvest Pressure Regulating (HPR) system.
Operation and diagnosis of the headmaster control valve.
Procedures for recovering, evacuating, and recharging refrigerant.
Basic requirements for restoring contaminated refrigeration systems.
Manitowoc's policy on the re-use of refrigerants (new, reclaimed, recovered).
Q&A regarding HFC refrigerants, compressor oil, and leak checking.
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