Sea Frost DC 5000 ICE Making, Harvesting Vertical Trays, Storage of ICE Cubes, Maintenance

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ICE MAKING

WITH VERTICAL TRAYS ON VERTICAL PLATE SYSTEMS

Fill the vertical trays with water and hang them on the stainless steel rod on the face of the plate. Try to get some water between the tray and the plate surface to increase the thermal contact to speed freezing.

The trays may take time to freeze after the plate is frozen and the compressor has been switched off.

HARVESTING VERTICAL TRAYS

Plan to wait for the trays to thaw in a sink or away from the plate in the refrigerator. When the outside surface is wet invert the tray and let the ice slide out.

STORAGE OF ICE CUBES

After ice has been made and harvested, store it in sealable plastic bags in the refrigerator or freezer. Leaving the ice in trays in contact with the plate will allow the ice to melt if the plate goes above freezing.

MAINTENANCE

Like your engine, your SEA FROST needs periodic checking.

ROUTINELY CHECK:

1.The refrigerant charge. (See Start Up Procedure text) NEVER OPERATE SYSTEM WITHOUT PROPER CHARGE.

2.All components, bilge and engine room fittings for corrosion and wear. BE SURE TO LOCATE AND INSPECT ALL FITTINGS AND COMPONENTS IN THE SYSTEM. KNOW THE LOCATION OF ALL CONNECTION POINTS. Spray with a rust inhibitor REGULARLY. Corrosion unchecked in the marine environment will severely reduce the life of your system.

3.Motor maintenance. Brush wear must be checked at early intervals to determine future required inspection. Failure to inspect and replace brushes when needed will ruin your motor. See: Motor & pump maintenance, pages 39- 40.

4.Winter storage will require that the water pump and water-cooled condenser be drained or flushed and filled with antifreeze solution to avoid freeze damage. If the condenser is to be left dry flushing with a large amount of fresh water to remove salt deposits is recommended. (The pump will not self-prime. It might be necessary to install a hose and funnel on the intake to force-feed the pump.)

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Contents DC 5000 System 134a Start UP Procedure and Periodic Inspection RFD Sight Glass Detail Compressor at onceTable of Contents General Description Suggestions Storage of ICE Cubes MaintenanceICE Making Harvesting Vertical TraysHOW Refrigeration Works CleaningTube Handling Installation ~ Work HabitsFIT RFD Last Installing the DC 5000 Compressor UnitTube Cutting Tube BendingPage Plate Location About the PumpValve Unit V/U Drawing Reconnecting PRE-SWAGED Fittings Running the Lines Swagelok PerformanceLine Connection Plan PlanningPositioning the RFD Helpful ToolsMounting the RFD RFD Receiver Filter DrierInsulating the Lines To leave a sharp end on the cable tie Cable TiesElectrical System Electrical Junction BOX Thermostat Control Panel LocationWire Sizes Fuses WiringGround Wire Assembly Inspection Check ListRefrigerant Refrigerant Handling and SafetyGeneral Safety this is IMPORTANT. Read this DisclaimerAccess to the System Service Access Ports Procedures for Working with R-134aGauges 134a Service Connecting ValvesDisconnecting Gauges Connecting GaugesLiquid or Vapor Venting the Gauge SETTapping a can of Refrigerant Venting the Charge HoseLeak Checking Commissioning Procedure Evacuation with a Vacuum PumpEvacuation Leak Test NEW System Charging Introducing Initial ChargeIf a Leak is Detected Leak Checking a Charged System About PressuresTo Leak Check with Bubbles To Leak Check with AN Electronic DetectorNEW System Charging Reading the Sight Glass General Information Proper Charge AmountSpecial Note Discharging the System TroubleshootingCorrected Page Toll Free in the United States CANADA, and Caribbean Pressure Charts Pressure Charts Pressure Charts Lubrication DC 5000 Motor and Water Pump MaintenanceBrushes Leeson Motor March Water Pump DC5000 Wiring DC 5000 Layout DC 5000 Water Circuit Twin Valve Systems only

DC 5000 specifications

The Sea Frost DC 5000 is a cutting-edge refrigeration system designed for marine and offshore applications. Known for its reliability and efficiency, the DC 5000 offers superior cooling solutions that are essential for preserving food and other perishable materials on boats and yachts.

One of the standout features of the Sea Frost DC 5000 is its dual refrigeration capability. The system can operate both as a freezer and a refrigerator, allowing users to tailor their cooling requirements based on their specific needs. This flexibility is particularly advantageous for marine environments where space is limited, and energy efficiency is critical.

The DC 5000 is powered by advanced technology that includes a high-efficiency compressor. This compressor is designed to provide powerful cooling while consuming minimal energy, making it ideal for use in remote locations where power resources may be scarce. Coupled with an innovative digital thermostat, the system allows for precise temperature control, ensuring that food remains at optimal storage conditions.

In terms of build quality, the Sea Frost DC 5000 features robust construction that is resistant to the harsh marine environment. It is engineered with high-grade materials that can withstand exposure to saltwater and humidity, reducing the risk of corrosion and ensuring a long service life. This durability is complemented by a compact design that comfortably fits in various spaces on a vessel without compromising usability.

Furthermore, the Sea Frost DC 5000 incorporates a user-friendly interface, providing sailors and boaters with an easy way to monitor and adjust the cooling settings. The system is designed for low noise operation, allowing for a serene onboard experience without the distraction of excessive sound.

A significant advantage of the Sea Frost technology is its ability to run effectively off both AC and DC power, providing flexibility and adaptability in power source selection. This feature ensures that users can always keep their perishables cool, whether docked at a marina or cruising offshore.

Overall, the Sea Frost DC 5000 stands out as an exemplary refrigeration solution for marine use. Its combination of advanced technology, durability, energy efficiency, and user-friendliness make it an essential component for anyone looking to maintain food quality and safety while at sea.
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