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Wine Guardian D200 Ducted Wine Cellar Cooling System
Wine Guardian D200 Ducted Wine Cellar Cooling System - Base Model is backordered and will ship as soon as it is back in stock.
Wine Guardian D200 Ducted Wine Cellar Cooling System
Cooling Unit Options: Base Model
Wine Guardian D200 Ducted Wine Cellar Cooling System
Wine Guardian D200 Ducted Wine Cellar Cooling System - Base Model is backordered and will ship as soon as it is back in stock.
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Wine Guardian Sentinel Series
Wine Guardian D200 Ducted Wine Cellar Cooling System
The Wine Guardian D200 is a high-capacity, self-contained ducted wine cellar cooling system designed for large residential and commercial wine cellars. With published cooling capacity up to 17,570 BTU/h, the D200 is positioned for wine-storage environments between approximately 1,500 and 7,000 cubic feet, depending on insulation, glass exposure, ambient conditions, and total heat load.
Unlike through-the-wall cooling units, the D200 installs outside the wine cellar and connects to the conditioned space through insulated supply and return ductwork. This keeps the mechanical equipment hidden while helping reduce noise inside the finished wine room.
As part of the Wine Guardian Sentinel Series, the D200 combines large-capacity cooling, digital environmental control, durable cabinet construction, and optional heating and humidification for demanding residential and commercial wine-storage applications.
Wine Guardian D200: Quick Decision Summary
Choose the D200 when a large residential or commercial wine cellar requires high-capacity cooling with the entire cooling cabinet installed outside the wine room. It is especially useful when the project can accommodate substantial supply and return ductwork and a suitable mechanical location for condenser heat rejection.
| Best For |
Large residential wine cellars, luxury glass wine walls, restaurants, hospitality venues, wine-storage facilities, country clubs, and private tasting rooms. |
|---|---|
| System Type |
Self-contained ducted wine cellar cooling system. |
| Recommended Cellar Size |
Approximately 1,500–7,000 cubic feet according to the supplied product information. Final sizing should be based on a professional heat-load calculation. |
| Installation Location |
Outside the wine cellar in a suitable mechanical room, basement, insulated storage area, attic, or equipment space with proper ventilation. |
| Primary Advantage |
High-capacity hidden cooling for large wine rooms using supply and return ductwork. |
Things to Know Before Ordering
- The D200 is designed for large wine-cellar applications.
- The entire cooling unit installs outside the cellar.
- Supply and return ductwork are required.
- The supplied minimum duct size is 12 inches.
- Rated airflow is approximately 760–810 CFM.
- Published airflow at 0.35 in. WC pressure loss is 710–745 CFM.
- The unit requires 208–230V / single-phase / 60 Hz electrical service.
- Minimum circuit amperage is listed at 19.1 amps.
- An optional 2,000-watt electric heater is available.
- An optional integrated humidifier is available.
- A professional heat-load calculation should be completed before purchase.
Key Features of the Wine Guardian D200
High-Capacity Cooling for Large Wine Cellars
The D200 is the highest-capacity model listed in the supplied Sentinel Series comparison, with published total cooling capacity up to 17,570 BTU/h.
It is intended for large residential and commercial wine-storage environments where smaller ducted systems cannot satisfy the calculated cooling demand.
Fully Ducted Installation
The D200 uses insulated supply and return ductwork to circulate conditioned air between the cooling system and the wine cellar.
This allows the entire mechanical cabinet to remain outside the wine room so only grilles and air-distribution components need to be visible in the finished cellar.
Quiet Cellar Environment
Because the main equipment is installed remotely, operational noise remains largely outside the wine room.
Self-Contained Refrigeration System
The evaporator and condenser are contained in one cabinet, eliminating the separate outdoor condenser and field-installed refrigerant line set associated with a split system.
Precise Environmental Control
The supplied content identifies temperature accuracy of approximately ±1°F and typical wine-storage conditions around 55°F.
Optional humidification is available for projects requiring active humidity management around approximately 55%–65% RH.
Flexible Mechanical Placement
The supplied content identifies possible installation locations including:
- Mechanical rooms
- Basements
- Insulated storage spaces
- Properly ventilated attic spaces
Optional Electric Heating
An optional electric heat module provides supplemental heating for installations where cellar temperatures may fall below the desired setpoint.
Optional Integrated Humidification
The optional removable drip-pad humidifier with integrated fan can add moisture where active humidity control is required.
Durable Sentinel Series Construction
The supplied specifications identify an aluminum chassis with UL-rated composite panels and a gray epoxy powder-coated finish.
Who Is the Wine Guardian D200 Best For?
Large Residential Wine Cellars
The D200 is suited to substantial residential wine rooms where lower-capacity cooling units are not sufficient.
Luxury Glass Wine Walls
Large architectural glass installations can require substantial cooling capacity because glazing can significantly increase heat gain.
Restaurants and Hospitality Venues
Restaurants, hotels, clubs, tasting rooms, and hospitality venues can use the D200 for larger wine-storage applications where high cooling capacity and hidden equipment are important.
Wine Storage Facilities
Commercial wine-storage environments can use the D200 where the calculated load fits its published capacity and the building can accommodate the required ductwork and mechanical infrastructure.
Country Clubs and Private Tasting Rooms
Large custom storage and presentation spaces can use the D200 where quiet operation and concealed equipment are part of the design requirement.
When the D200 Is Not the Right Choice
- Do not select the D200 for a small cellar simply because it offers more capacity.
- Do not size the system using cubic footage alone.
- Do not use it where 12-inch ductwork cannot be accommodated.
- Do not install it in a mechanical location that cannot reject condenser heat.
- Do not proceed without adequate electrical service for the 208–230V unit.
- Choose a smaller Sentinel Series model when the calculated load does not require D200 capacity.
Wine Guardian Sentinel Series Model Comparison
| Model | Approximate Cellar Size | Cooling Capacity |
|---|---|---|
| D025 | ~1,500 cu. ft. | 4,520 BTU |
| D050 | ~3,000 cu. ft. | 6,920 BTU |
| D088 | ~4,500 cu. ft. | 10,700 BTU |
| D200 | ~7,000 cu. ft. | 17,570 BTU |
Choose the Model From the Calculated Load
The model comparison provides general positioning only. Insulation quality, vapor barrier, glass surface area, ambient conditions, lighting, occupancy, and duct losses can materially change the required cooling capacity.
How the Wine Guardian D200 Ducted System Works
1. Warm Cellar Air Returns Through Ductwork
Warm air from the wine cellar is pulled through insulated return ductwork into the D200.
2. The Evaporator Removes Heat
The refrigeration circuit removes heat from the return air and conditions the air for the wine-storage environment.
3. Conditioned Air Returns to the Wine Cellar
The cooled air travels through insulated supply ductwork back into the cellar.
4. The Self-Contained Condenser Rejects Heat
Because the condenser is housed in the same cabinet, the mechanical space surrounding the D200 must be able to manage the rejected heat.
5. The Wine Room Remains Free of Large Mechanical Equipment
The finished wine cellar primarily sees supply and return grilles rather than the cooling cabinet itself.
Why Equipment-Room Ventilation Matters
The D200 is self-contained. Installing it in a hot or poorly ventilated mechanical space can reduce available cooling capacity because system performance declines as condenser inlet temperature rises.
Cooling Performance and Cellar Sizing
The supplied product information positions the D200 for wine-storage environments between approximately 1,500 and 7,000 cubic feet. This range should be treated as general product guidance rather than a substitute for a professional heat-load calculation.
Published Cooling Performance
| Condenser Air Temperature | Total Cooling Capacity | Sensible Capacity |
|---|---|---|
| 60°F | 17,570 BTU/hr | 12,430 BTU/hr |
| 70°F | 16,580 BTU/hr | 11,650 BTU/hr |
| 80°F | 15,350 BTU/hr | 11,100 BTU/hr |
| 90°F | 14,000 BTU/hr | 10,580 BTU/hr |
The supplied performance ratings are based on entering conditions of approximately 57°F and 55% relative humidity at rated airflow.
Cooling Capacity Falls as Condenser Temperature Rises
The supplied performance table shows a meaningful decline in capacity as condenser inlet temperature increases.
This makes the temperature and ventilation of the equipment location especially important for a high-capacity self-contained system.
Do Not Size the D200 by Cubic Feet Alone
Large wine rooms can differ dramatically in cooling load depending on construction and use. Important factors include:
- Glass surface area
- Insulation levels
- Vapor-barrier quality
- Ambient temperatures
- Door openings
- Lighting
- Occupancy
- Duct length and static pressure
Sizing Recommendation
Complete a professional heat-load calculation before ordering the D200. Do not assume every 7,000-cubic-foot cellar falls within its practical operating capacity.
Airflow and Ducting Requirements
| Fan Motor | 160–180 Watts |
|---|---|
| Rated Airflow | 760–810 CFM |
| Airflow at Pressure Loss | 710–745 CFM @ 0.35 in. WC |
| Minimum Duct Size | 12 in. |
| Condensate Drain | 0.5 in. |
Use Properly Sized Supply and Return Ducts
The D200 requires substantial airflow. Undersized ductwork can increase static pressure and reduce delivered airflow to the wine cellar.
Minimize Restrictive Duct Runs
Long runs, sharp transitions, excessive bends, restrictive grilles, and undersized duct sections can reduce system performance.
Insulate the Ductwork
The supplied content identifies insulated supply and return ducts as part of the ducted system design.
Large-System Airflow Warning
The D200 is designed around airflow approaching 800 CFM. Do not plan the installation as if it were a small residential ducted unit; duct sizing and static pressure must match the system requirements.
Installation Requirements and Planning Considerations
Install the D200 Outside the Wine Cellar
The D200 is designed for remote equipment placement outside the wine-storage environment.
Suitable locations identified in the supplied content include mechanical rooms, basements, insulated storage areas, and properly ventilated attics.
Provide Adequate Equipment-Room Ventilation
Because the system is self-contained, the condenser rejects heat into the surrounding equipment area. That space must provide suitable airflow and temperature conditions.
Provide 12-Inch Minimum Ductwork
The supplied specifications identify 12 inches as the minimum duct size.
Provide Condensate Drainage
The unit includes a 0.5-inch condensate drain connection that must be routed and tested correctly.
Provide Correct Electrical Service
The D200 requires 208–230V / single-phase / 60 Hz power.
Build the Cellar as a Refrigerated Space
Proper insulation and vapor-barrier construction are important for controlling heat and moisture loads.
Complete a Heat-Load Calculation
Final equipment selection should be based on the actual calculated cooling requirement rather than room volume alone.
Installation Warning
Do not install the D200 in an equipment space that cannot safely manage condenser heat. Poor equipment-room ventilation, undersized ductwork, incorrect electrical service, excessive static pressure, or inadequate cellar insulation can reduce performance.
Wine Guardian D200 Technical Specifications
System Overview
| Brand | Wine Guardian |
|---|---|
| Model | D200 |
| Series | Sentinel Series |
| System Type | Self-Contained Ducted Wine Cellar Cooling System |
| Recommended Cellar Size | Approximately 1,500–7,000 cubic feet |
| Maximum Published Cooling Capacity | 17,570 BTU/hr |
| Refrigerant | R134A |
| Rated Airflow | 760–810 CFM |
| Weight | 206 lb |
Electrical Requirements
| Voltage | 208–230V |
|---|---|
| Phase | Single Phase |
| Frequency | 60 Hz |
| Cooling Current Draw | 15.6 Amps |
| Minimum Circuit Amps | 19.1 Amps |
Airflow Specifications
| Fan Motor | 160–180 Watts |
|---|---|
| Rated Airflow | 760–810 CFM |
| Airflow at Pressure Loss | 710–745 CFM @ 0.35 in. WC |
Dimensions and Construction
| Width | 41.5 in. |
|---|---|
| Depth | 22.4 in. |
| Height | 18.85 in. |
| Weight | 206 lb |
| Cabinet | Aluminum chassis with UL-rated composite panels |
| Finish | Gray epoxy powder coat |
Ducting Requirements
| Minimum Duct Size | 12 in. |
|---|---|
| Condensate Drain | 0.5 in. |
Optional Heating and Humidification
2,000-Watt Electric Heater
The supplied specifications identify an optional electric heater rated at 2,000 watts / 6,800 BTU/hr.
This option provides supplemental heating when the cellar could otherwise fall below the desired temperature.
Integrated Humidifier
The optional humidifier is described as a removable drip-pad humidifier with an integrated fan.
| Water Temperature | Published Output |
|---|---|
| 60°F | 0.42 lb/hr |
| 90°F | 0.97 lb/hr |
| 100°F | 1.11 lb/hr |
Accessory Selection
Choose optional heating and humidification according to actual cellar conditions. Do not assume either option is required for every installation.
Agency Certifications
- UL 1995
- CSA C22.2
- ETL Listed
Wine Guardian Ducted Cooling System Videos
Brochures, Manuals, Specifications, Warranty, and CAD Drawings
Frequently Asked Questions
What size wine cellar is the Wine Guardian D200 designed for?
The supplied product information positions the D200 for approximately 1,500–7,000 cubic feet. Do not select it from cubic footage alone; complete a professional heat-load calculation first.
What is the maximum cooling capacity of the Wine Guardian D200?
The supplied performance table lists up to 17,570 BTU/hr at a 60°F condenser-air temperature. Available capacity decreases as condenser inlet temperature rises.
Does the D200 require ductwork?
Yes. The D200 is a fully ducted system, and the supplied specifications identify a 12-inch minimum duct size.
Where should the D200 be installed?
Install it outside the wine cellar in a suitable mechanical, basement, insulated storage, or properly ventilated attic space. Do not use a location that cannot manage condenser heat.
How much airflow does the D200 provide?
The supplied specifications list 760–810 CFM rated airflow and 710–745 CFM at 0.35 in. WC pressure loss.
What electrical service does the D200 require?
The supplied specifications identify 208–230V, single-phase, 60 Hz power with 19.1 amps minimum circuit amperage.
Can the D200 provide heating?
Yes, an optional 2,000-watt electric heater is listed. Do not assume it is included with the standard configuration.
Can the D200 provide humidity control?
An optional integrated drip-pad humidifier is available. Do not assume active humidification is included unless the selected configuration includes it.
When should I choose the D088 instead of the D200?
Choose the D088 when the calculated cooling load does not require D200 capacity. Avoid oversizing simply because the D200 is the largest model.
Can cubic footage alone determine whether I need the D200?
No. Glass area, insulation, vapor control, ambient temperature, equipment-room temperature, lighting, door openings, and duct losses can materially change the cooling load.
Use the D200 for Large Cellars That Need High-Capacity Hidden Ducted Cooling
The D200 is best suited to large residential and commercial wine-storage environments where high cooling capacity, concealed equipment, and substantial ducted airflow are required.
Verify current manufacturer specifications, duct requirements, equipment-room ventilation, electrical service, accessory compatibility, installation instructions, and warranty documentation before ordering. Final equipment sizing should be based on a project-specific heat-load calculation.
