Bestseller
Wine Guardian D050WC Ducted Water Cooled Wine Cooling Unit
Wine Guardian D050WC Ducted Water Cooled Wine Cooling Unit - Base Model is backordered and will ship as soon as it is back in stock.
Wine Guardian D050WC Ducted Water Cooled Wine Cooling Unit
Cooling Unit Options: Base Model
Wine Guardian D050WC Ducted Water Cooled Wine Cooling Unit
Wine Guardian D050WC Ducted Water Cooled Wine Cooling Unit - Base Model is backordered and will ship as soon as it is back in stock.
In Stock & Ready to Ship
Estimated Delivery in 3-7 business days
Call Us At 1 (888) 885-1670 Or Chat Now To UNLOCK THE BEST PRICE AVAILABLE!
Payment & Security
Payment methods
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
Wine Guardian Sentinel Series
Wine Guardian D050WC Water-Cooled Ducted Wine Cellar Cooling System
The Wine Guardian D050WC is a water-cooled ducted wine cellar cooling system designed for wine rooms between approximately 650 and 3,000 cubic feet. Instead of exhausting condenser heat through outside air, the D050WC transfers heat into a closed-loop water source, making it well suited to installations where conventional condenser ventilation is difficult, restricted, or unavailable.
This design allows the system to be installed in condominiums, basements, urban homes, restaurants, commercial buildings, and other interior wine-storage environments.
Because the D050WC is fully ducted, the cooling equipment can remain outside the finished wine cellar while conditioned air is delivered through supply and return ductwork. This helps reduce mechanical noise inside the cellar and preserves the visual design of the wine room.
Wine Guardian D050WC: Quick Decision Summary
Choose the D050WC when a medium-sized wine cellar requires quiet, concealed ducted cooling and the project cannot conveniently reject condenser heat through traditional outside-air ventilation.
| Best For |
High-rise condominiums, urban residential homes, basement wine cellars, commercial wine displays, restaurants, buildings with chilled-water loops, and compatible geothermal or lake-water cooling systems. |
|---|---|
| System Type |
Water-cooled ducted wine cellar cooling system. |
| Recommended Cellar Size |
Approximately 650–3,000 cubic feet. |
| Quick-Overview Cooling Capacity |
Up to approximately 6,320 BTU. |
| Highest Detailed Capacity |
6,920 BTU at 60°F condenser inlet temperature. |
| Primary Advantage |
Provides ducted wine-cellar cooling without requiring conventional hot-air condenser exhaust. |
Things to Know Before Ordering
- The D050WC is a water-cooled ducted cooling system.
- The supplied cellar-size range is approximately 650–3,000 cubic feet.
- The quick overview lists up to 6,320 BTU.
- The detailed performance table lists up to 6,920 BTU.
- Published free-blow airflow is 390 CFM.
- Published airflow at pressure loss is 320 CFM at 0.20 in. WC.
- The supplied water-flow requirement is 0.60 GPM.
- The supplied pressure drop is 0.40 PSI.
- The supplied water connection is 0.5-inch OD.
- The supplied recommended water-temperature range is 45°F–85°F.
- The supplied electrical requirement is 115V / 1 Phase / 60 Hz.
- The system supports Wireless2Base™ digital control and up to three remote sensors.
- Optional electric heat, humidification, remote sensors, duct accessories, and an All Wine Temperatures Bundle are available.
- A professional heat-load calculation should be completed before purchase.
For smaller wine rooms, compare the D025WC Water-Cooled Cooling System. For larger cellar environments, review the D088WC or the D200WC Water-Cooled System.
When Is the Wine Guardian D050WC the Right Choice?
High-Rise Condominiums
The D050WC is suited to projects where exterior condenser ventilation is difficult or restricted.
Urban Residential Homes
Urban properties with limited exterior mechanical space can use water-based condenser heat rejection instead of traditional hot-air exhaust.
Basement Wine Cellars
Interior basement installations can benefit from a water-cooled system when exterior vent routing is impractical.
Commercial Wine Displays
Commercial installations can use the D050WC when hidden ducted climate control and reduced mechanical noise are important.
Buildings With Chilled-Water Loops
The system can integrate with suitable building water infrastructure where the project design supports the required flow and temperature range.
Geothermal or Lake-Water Cooling Systems
The supplied content identifies geothermal and lake-water systems as possible water sources for water-cooled operation.
When a Water-Cooled System May Not Be Ideal
- A suitable closed-loop water source is unavailable.
- Plumbing installation would be difficult or cost-prohibitive.
- Water usage or infrastructure costs are too high for the project.
- An air-cooled system can be easily and efficiently vented.
- Duct routing cannot be accommodated.
In these cases, a ducted air-cooled wine cellar cooling system may be simpler to install.
D050WC Compared With Other Water-Cooled Sentinel Models
| Model | General Position | When to Consider It |
|---|---|---|
| D025WC | Smaller water-cooled model | Consider for more compact wine-room loads |
| D050WC | Mid-size water-cooled model | Consider for supplied cellar guidance up to approximately 3,000 ft³ |
| D088WC | Larger water-cooled model | Consider when D050WC capacity is insufficient |
| D200WC | Highest-capacity water-cooled model referenced | Consider for large residential and commercial wine-storage applications |
Choose the Model From the Actual Heat Load
Cellar volume is only preliminary guidance. Insulation, vapor barrier, glass area, ambient conditions, door openings, lighting, duct design, and water-loop conditions can materially change the required capacity.
Why Choose a Water-Cooled Wine Cellar Cooling System?
Water-cooled systems are commonly used when conventional air-cooled equipment cannot easily vent condenser heat.
No Traditional Hot-Air Exhaust Required
The D050WC transfers condenser heat into a circulating water loop rather than exhausting hot air through a condenser-air duct.
Useful in Enclosed Mechanical Spaces
Because heat is transferred through water, the supplied content positions the system for enclosed mechanical environments where traditional air-cooled heat rejection may be difficult.
Flexible Water-Source Compatibility
The supplied content identifies common water sources including:
- Geothermal cooling systems
- Cooling towers
- Building chilled-water loops
- Lake-water cooling systems
Confirm Water Infrastructure Before Ordering
Water flow, temperature, pressure, connection size, plumbing compatibility, and drainage should be confirmed before final equipment selection.
Key Features and Benefits of the Wine Guardian D050WC
Water-Cooled Heat Rejection
The D050WC transfers heat to a compatible water loop instead of exhausting hot air, allowing installation in enclosed buildings and high-rise environments.
Fully Ducted Installation
The cooling unit can be installed outside the wine cellar while conditioned air is delivered through supply and return ductwork.
This helps reduce mechanical noise and preserve cellar aesthetics.
Wireless2Base™ Digital Controller
The supplied content identifies Wireless2Base™ digital control with support for up to three remote sensors.
Precision Climate Control
The supplied content identifies temperature accuracy of approximately:
±1°F
Durable Cabinet Construction
The system uses an aluminum chassis and UL-rated composite panels designed to reduce vibration and resist corrosion.
Flexible Installation Options
Multiple ducting configurations support custom wine-cellar layouts and mechanical-room installations.
Field-Serviceable Design
The supplied content states that the unit can be serviced on site without returning it to the factory.
How the Wine Guardian D050WC Water-Cooled System Works
1. Warm Cellar Air Returns Through Ductwork
Warm wine-cellar air travels through the return duct to the remotely installed D050WC.
2. The Refrigeration System Removes Heat
The cooling system absorbs heat from the returning cellar air.
3. Conditioned Air Returns Through Supply Ductwork
The system distributes cooled air back into the wine cellar through insulated supply ductwork.
4. Condenser Heat Transfers to the Water Loop
Instead of exhausting hot air, the condenser transfers heat into the circulating water source.
5. The Finished Cellar Remains Visually Clean
The major cooling equipment can remain outside the wine cellar while only the final air-distribution grilles need to remain visible.
D050WC Cooling Performance
Cooling capacity varies depending on condenser inlet temperature. The supplied ratings assume cellar conditions of approximately 57°F and 55% relative humidity at rated airflow.
| Condenser Inlet Temperature | Total Capacity | Sensible Capacity |
|---|---|---|
| 60°F | 6,920 BTU | 4,920 BTU |
| 70°F | 6,570 BTU | 4,740 BTU |
| 80°F | 6,320 BTU | 4,510 BTU |
| 90°F | 5,860 BTU | 4,230 BTU |
| 110°F | 4,865 BTU | 3,820 BTU |
| 120°F | 4,585 BTU | 3,590 BTU |
Why the Source Shows 6,320 and 6,920 BTU
The supplied quick overview lists the D050WC at up to 6,320 BTU, while the detailed performance table lists 6,920 BTU at a 60°F condenser inlet temperature.
Both figures are retained because they come from different source sections and stated operating conditions.
Performance Is Condition-Dependent
Available cooling capacity changes with condenser inlet temperature, airflow, cellar construction, and installation conditions.
Mechanical and Airflow Specifications
| Refrigerant | R134A |
|---|---|
| Evaporator Fan Motor | 100 Watts |
| Rated Airflow — Free Blow | 390 CFM |
| Rated Airflow at Pressure Loss | 320 CFM @ 0.20 in. WC |
| Cabinet Construction | Aluminum chassis with UL-rated composite panels |
| Finish | Gray epoxy powder coat |
Airflow Planning
Correct duct sizing and low-resistance supply-and-return airflow are important for maintaining the published system performance.
Water-Cooled Condenser Specifications
| Water Flow Rate | 0.60 GPM |
|---|---|
| Pressure Drop | 0.40 PSI |
| Pipe Connection | 0.5 in. OD |
| Recommended Water Temperature Range | 45°F–85°F |
Water-Loop Planning
Confirm the closed-loop water source, flow rate, temperature range, plumbing design, connection requirements, pressure conditions, and drainage before installation.
Wine Guardian D050WC Technical Specifications
General Specifications
| Brand | Wine Guardian |
|---|---|
| Model | D050WC |
| Series | Sentinel Series |
| Cooling System Type | Water-Cooled Ducted Wine Cellar Cooling System |
| Recommended Cellar Size | 650–3,000 cu. ft. |
| Quick-Overview Cooling Capacity | Up to 6,320 BTU |
| Highest Detailed Cooling Capacity | 6,920 BTU at 60°F condenser inlet temperature |
| Power Supply | 115V / 1 Phase / 60 Hz |
| Airflow | 390 CFM free blow |
| Weight | 125 lb |
Dimensions
| Width | 41.5 in. |
|---|---|
| Depth | 22.4 in. |
| Height | 18.85 in. |
| Weight | 125 lb |
Electrical Requirements
| Cooling Mode | 11.3 Amps |
|---|---|
| Heating Mode — Optional | 9.6 Amps |
| Minimum Circuit Ampacity | 13.7 Amps |
Water-Cooled Condenser
| Water Flow Rate | 0.60 GPM |
|---|---|
| Pressure Drop | 0.40 PSI |
| Pipe Connection | 0.5 in. OD |
| Recommended Water Temperature Range | 45°F–85°F |
Optional Accessories
Electric Heater Option
Optional electric heat provides supplemental heating for wine cellars located in colder climates.
Humidification System
Optional humidification can support approximately 55%–65% relative humidity where active moisture management is required.
Remote Sensors
The supplied content states that up to three remote sensors can monitor temperature throughout the cellar.
Duct Kits and Grilles
Optional duct kits and grilles are designed to support professional duct installations and optimized airflow.
All Wine Temperatures Bundle
The supplied content identifies an All Wine Temperatures Bundle for applications requiring cooler serving-temperature settings.
Accessory Selection
Choose accessories according to the actual project requirements. Do not assume electric heat, humidification, remote sensors, duct kits, grilles, or temperature bundles are included with the standard D050WC.
Installation Requirements and Planning Considerations
Closed-Loop Water Supply
The supplied content identifies a closed-loop water supply as a key requirement.
Proper Cellar Insulation and Vapor Barrier
Cellar construction should limit unwanted heat and moisture migration into the conditioned space.
Correct Duct Sizing and Airflow Design
Supply and return ductwork should be designed from the system's airflow requirements.
Electrical and Plumbing Connections
The D050WC requires appropriate electrical service and water-loop plumbing.
Professional Heat-Load Calculation
A heat-load calculation should be performed before final system selection.
Qualified HVAC or Wine Cellar Specialist
The supplied content recommends installation by a qualified HVAC or wine-cellar professional.
Installation Warning
Do not finalize equipment selection until the water source, plumbing, heat load, duct design, electrical service, drainage, insulation, vapor barrier, and service access have been confirmed.
What's Included
- Wine Guardian D050WC cooling unit
- Wireless2Base™ digital controller
- Supply and return duct collars
- Water inlet and outlet connections
- Installation and user manual
Wine Guardian D050WC Videos
Brochures, Manuals, Specifications, Warranty, and CAD Drawings
Why Choose Wine Guardian Cooling Systems?
The supplied content positions Wine Guardian as a manufacturer of professional wine-cellar cooling systems used in luxury residential cellars, restaurants, wineries, and commercial wine displays.
- More than 20 years of industry experience in the supplied content
- Made in the USA
- Precision temperature and humidity control
- Long-term performance positioning for wine-storage environments
- Installer and dealer support network
Frequently Asked Questions
What size wine cellar is the Wine Guardian D050WC designed for?
The supplied product content positions the D050WC for approximately 650–3,000 cubic feet. Final system sizing should be based on a professional heat-load calculation.
What is the cooling capacity of the D050WC?
The supplied quick overview lists up to 6,320 BTU. The detailed performance table lists up to 6,920 BTU at a 60°F condenser inlet temperature.
What makes the D050WC different from an air-cooled system?
The D050WC transfers condenser heat into a compatible water loop rather than exhausting hot condenser air.
What water flow does the D050WC require?
The supplied water-cooled condenser specifications list a water-flow rate of 0.60 GPM.
What water temperature range is recommended?
The supplied content lists a recommended water-temperature range of 45°F–85°F.
How much airflow does the D050WC provide?
The supplied mechanical specifications list 390 CFM free-blow airflow and 320 CFM at 0.20 in. WC pressure loss.
What electrical service does the D050WC require?
The supplied quick overview lists 115V / 1 Phase / 60 Hz power. Cooling-mode current is listed at 11.3 amps with minimum circuit ampacity of 13.7 amps.
Can the D050WC provide humidity control?
Yes. Optional humidification is listed for projects requiring active humidity management around approximately 55%–65% RH.
Can the D050WC use remote sensors?
Yes. The supplied content states that up to three remote sensors can be used to monitor cellar conditions.
When should I choose the D088WC instead?
Choose the D088WC when the project-specific heat load exceeds the practical capacity of the D050WC. Final model selection should be based on calculated cooling demand rather than cellar volume alone.
Use the D050WC for Medium Wine Cellars That Need Water-Cooled Ducted Cooling
The D050WC is best suited to residential and commercial wine-storage projects where concealed ducted cooling is desired but conventional condenser-air exhaust is unavailable, restricted, or impractical.
Verify current manufacturer specifications, water-loop requirements, airflow, duct design, electrical service, plumbing, drainage, accessory compatibility, cellar construction, installation instructions, and warranty documentation before ordering. Final system sizing should be based on a project-specific heat-load calculation.
