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Wine Guardian SS018 Ductless Wine Cellar Cooling Unit
Wine Guardian SS018 Ductless Wine Cellar Cooling Unit - Base Model / Base Model is backordered and will ship as soon as it is back in stock.
Wine Guardian SS018 Ductless Wine Cellar Cooling Unit
Fan-Coil Options: Base Model, Condenser Options: Base Model
Wine Guardian SS018 Ductless Wine Cellar Cooling Unit
Wine Guardian SS018 Ductless Wine Cellar Cooling Unit - Base Model / Base Model is backordered and will ship as soon as it is back in stock.
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Wine Guardian Ductless Split Series
Wine Guardian SS018 Ductless Split Wine Cellar Cooling System
The Wine Guardian SS018 Ductless Split Wine Cellar Cooling System is designed for small to medium wine cellars where conventional ductwork is impractical. The system uses an indoor fan-coil evaporator and a remotely located condensing unit to provide discreet climate control while moving compressor heat and much of the mechanical noise outside the wine-storage environment.
The supplied product information positions the SS018 for wine rooms from approximately 100 to 1,200 cubic feet, with some installations potentially reaching approximately 1,500 cubic feet depending on insulation, glass exposure, ambient conditions, and overall heat load.
With published total cooling capacity up to approximately 2,870 BTU/h, the SS018 is particularly useful for residential wine rooms, glass wine walls, condominiums, apartments, retrofit cellars, and custom projects where installing supply and return ductwork would be difficult.
Wine Guardian SS018: Quick Decision Summary
Choose the SS018 when the cellar needs the benefits of a split refrigeration system but ductwork is not practical. The fan coil mounts directly in or through the wine-cellar wall, while the condenser is installed remotely, making the system useful for retrofits, glass wine rooms, residential installations, and spaces where hidden ductwork cannot be accommodated.
| Best For |
Small residential wine rooms, glass wine walls, condominiums, apartments, retrofit wine cellars, and projects where ductwork is not practical. |
|---|---|
| System Type |
Ductless split wine cellar cooling system with indoor evaporator and remote condensing unit. |
| Recommended Cellar Size |
Approximately 100–1,200 cubic feet, with up to roughly 1,500 cubic feet referenced in the supplied content depending on construction and heat load. |
| Professional Installation |
Required. Refrigerant piping, charging, electrical work, drainage, mounting, controls, and commissioning must be completed by a qualified HVAC-R technician. |
Things to Know Before Ordering
- The SS018 is a ductless split system, not a self-contained through-the-wall unit.
- The evaporator mounts inside or through the cellar wall.
- The condensing unit must be installed remotely.
- Published fan-coil airflow is 150 CFM.
- The fan coil requires 115V / 1 Phase / 60 Hz power.
- The condensing unit requires 208–230V / 1 Phase / 60 Hz power.
- The supplied content identifies Xtreme Low Ambient Protection for outdoor temperatures down to -20°F.
- An optional 1,000-watt heater is available.
- Optional humidification and remote monitoring accessories are available.
- A corrosion-resistant upgrade is listed for applicable outdoor environments.
- A professional heat-load calculation should be completed before purchase.
Key Features of the Wine Guardian SS018
Ductless Split-System Design
The SS018 uses two primary components: an evaporator, or fan coil, installed at the wine cellar and a remotely located condensing unit.
This arrangement removes the need for conventional supply and return ductwork while still allowing compressor heat to be rejected away from the cellar.
Remote Condenser for Quieter Cellar Operation
Because the compressor and condenser are installed away from the wine-storage area, much of the mechanical noise and heat rejection remains outside the cellar.
Flexible Fan-Coil Installation
The supplied page identifies several possible evaporator installation approaches:
- Surface-mounted installation
- Through-the-wall mounting
- Above doorways
- Integration into wine-racking layouts
This flexibility makes the SS018 useful in both new construction and retrofit wine-cellar projects.
Precise Temperature and Humidity Monitoring
The supplied specifications identify a room-mounted thermostat and humidistat with temperature accuracy of ±1°F and humidity accuracy of ±10% RH.
Low-Ambient Protection
The supplied product content states that the SS018 condenser includes Xtreme Low Ambient Protection, allowing operation in outdoor temperatures as low as -20°F.
Optional Humidity Control
A standalone humidifier can be added where active humidity management is required. The supplied content identifies a humidity target range of approximately 50%–70% RH.
Optional Electric Heat
A 1,000-watt electric heater is available to provide supplemental heat when the wine-cellar temperature could otherwise fall below the desired operating range.
Corrosion-Resistant Upgrade
A corrosion-resistant option is identified for coastal or otherwise corrosive outdoor environments where the condensing unit may require additional protection.
Who Is the Wine Guardian SS018 Best For?
Residential Wine Rooms
The SS018 is well suited to small and medium residential cellars where a split system is preferred but there is no practical space for full ductwork.
Glass Wine Walls
Glass wine rooms can use the SS018 where a visible low-profile evaporator is acceptable and remote heat rejection is preferred.
Condominiums and Apartments
The ductless format can be useful in multi-unit buildings where extensive duct routing is difficult or impossible.
Retrofit Wine Cellars
Existing wine rooms can use the SS018 when adding ductwork would require significant reconstruction.
Projects With Limited Mechanical Space
The SS018 helps solve projects where full ducted air distribution cannot be accommodated but a remote condenser location is available.
When the SS018 Is Not the Right Choice
- Do not select the SS018 when the calculated cooling load exceeds its available capacity.
- Do not rely on the upper 1,500-cubic-foot estimate without a heat-load calculation.
- Consider a larger system when the cellar contains extensive glass or has high ambient exposure.
- Do not choose the SS018 if the project specifically requires concealed ducted airflow.
- Choose a through-the-wall unit if simpler self-contained installation is the priority.
- Do not proceed without a suitable remote condenser location.
Ductless Split vs. Through-the-Wall Wine Cellar Cooling
| Decision Factor | SS018 Ductless Split | Through-the-Wall Unit |
|---|---|---|
| Noise inside cellar | Reduced because the compressor is located remotely | Typically higher because major refrigeration components are located in or directly adjacent to the cellar |
| Installation complexity | Requires professional split-system refrigeration installation | Generally simpler installation |
| Ductwork | Not required | Not required |
| Condenser location | Remote | Integrated into the cooling unit |
| Visual appearance | Low-profile evaporator remains visible | Visible grille or cooling cabinet |
| Best use case | Premium, custom, retrofit, or noise-sensitive wine rooms | Small utility-oriented cellars where simple installation is more important |
Choose Based on Installation Constraints
The SS018 is most valuable when remote heat rejection and lower cellar noise matter more than installation simplicity. A through-the-wall system may be the better choice when a simpler self-contained solution is sufficient.
How the SS018 Ductless Split Cooling System Works
1. The Indoor Fan Coil Draws in Cellar Air
The evaporator circulates air from the wine cellar across the cooling coil.
2. Heat Is Removed From the Cellar Air
The refrigeration circuit absorbs heat and lowers the temperature of the air passing through the fan coil.
3. Conditioned Air Returns Directly to the Cellar
Unlike a ducted system, the SS018 discharges conditioned air directly from the fan coil into the wine room.
4. Refrigerant Carries Heat to the Remote Condenser
Refrigerant lines transfer the extracted heat to the remotely installed condensing unit.
5. The Condenser Rejects Heat Outside the Wine Room
The condensing unit releases heat at its remote installation location, keeping compressor heat away from the cellar.
Cooling Performance and Cellar Sizing
The supplied product content identifies the SS018 for approximately 100–1,200 cubic feet, with some applications potentially reaching about 1,500 cubic feet depending on insulation quality and heat load.
Published Cooling Performance
| Condenser Inlet Temperature | Total Cooling Capacity | Sensible Cooling Capacity |
|---|---|---|
| 40°F (4°C) | 2,870 BTU/h | 2,300 BTU/h |
| 60°F (15°C) | 2,860 BTU/h | 2,230 BTU/h |
| 70°F (21°C) | 2,870 BTU/h | 2,260 BTU/h |
| 80°F (27°C) | 2,800 BTU/h | 2,220 BTU/h |
| 100°F (32°C) | 2,600 BTU/h | 2,100 BTU/h |
| 115°F (46°C) | 2,300 BTU/h | 1,800 BTU/h |
| 122°F (50°C) | 2,000 BTU/h | 2,000 BTU/h |
Why Cooling Capacity Changes
The published performance table shows that system capacity changes as condenser-inlet temperature changes. Do not treat the maximum published capacity as the expected output in every installation.
Glass Wine Rooms Require Careful Sizing
Large glass surfaces can substantially increase heat load. Insulation quality, vapor sealing, ambient conditions, lighting, door openings, and room exposure also affect the required capacity.
Do Not Size by Cubic Feet Alone
The difference between the primary 1,200-cubic-foot guidance and the upper approximately 1,500-cubic-foot estimate reinforces the need for a project-specific heat-load calculation.
Sizing Recommendation
Complete a professional heat-load calculation before ordering the SS018. If the calculated cooling requirement exceeds the system's available capacity, select a larger split or ducted cooling system.
Installation Requirements and Planning Considerations
Licensed HVAC-R Installation Is Required
The SS018 must be installed by a licensed HVAC-R professional.
Refrigerant Piping and Charging
The fan coil and condenser are separate refrigeration components. Refrigerant piping, evacuation, charging, and final commissioning must be completed correctly.
Condensate Drainage
The fan coil includes a 0.5-inch condensate drain connection. Drainage must be routed correctly and tested during commissioning.
Electrical Requirements
The fan coil and condensing unit use different electrical supplies, so the project must provide the required electrical service for each component.
Remote Condenser Location
The condenser requires a suitable remote installation location with correct airflow, clearance, weather protection where required, and service access.
Cellar Construction
Insulation, vapor control, glass area, door sealing, ambient exposure, and internal heat sources directly affect system sizing and operating performance.
Installation Warning
Incorrect refrigerant charging, drainage, electrical installation, condenser placement, or system setup can prevent correct operation and affect warranty compliance.
Wine Guardian SS018 Technical Specifications
System Overview
| Brand | Wine Guardian |
|---|---|
| Model | SS018 |
| System Type | Ductless Split Wine Cellar Cooling System |
| Recommended Cellar Size | Approximately 100–1,200 cubic feet; up to approximately 1,500 cubic feet referenced depending on insulation and heat load |
| Maximum Published Cooling Capacity | 2,870 BTU/h |
| Professional Installation | Required |
| Certifications | ETLC North America; CE Europe |
Fan Coil / Evaporator Specifications
| Rated Airflow | 150 CFM |
|---|---|
| Fan Motor Size | 75 Watts |
| Optional Heater | 1,000 Watts |
| Control Type | Room-mounted thermostat / humidistat |
| Temperature Accuracy | ±1°F |
| Humidity Accuracy | ±10% RH |
| Construction | Aluminum |
| Finish | Black textured epoxy powder coat |
| Weight | 25 lb |
| Length | 13.3 in. |
| Width | 14.3 in. |
| Height | 15.9 in. |
| Condensate Drain | 0.5 in. |
Condensing Unit Specifications
| Compressor | 1/4 HP |
|---|---|
| Fan Motor | 75 Watts |
| Rated Airflow | 350 CFM |
| Construction | Aluminum |
| Finish | Anodized |
| Weight | 75 lb |
| Length | 34 in. |
| Width | 12 in. |
| Height | 26 in. |
Electrical Requirements
| Component | Voltage | Phase | Frequency | Current |
|---|---|---|---|---|
| Fan Coil | 115V | 1 | 60 Hz | 0.7 Amps |
| Cooling Mode | — | — | — | 5.05 Amps |
| Heating Mode | — | — | — | 6.2 Amps |
| Condensing Unit | 208–230V | 1 | 60 Hz | 3.3 Amps |
Optional Accessories
1,000-Watt Electric Heater
The optional electric heater provides supplemental heat when the wine-cellar temperature could fall below the desired operating range.
Standalone Humidifier
A standalone humidifier can be added to support humidity levels between approximately 50% and 70% RH.
Remote Monitoring Sensors
Wireless sensors are available for expanded monitoring of cellar conditions.
Corrosion-Resistant Upgrade
The supplied content recommends this upgrade for coastal or corrosive outdoor environments where the condenser may require additional protection.
Accessory Selection
Choose optional accessories based on the actual project environment. Do not assume heating, humidification, remote sensing, or corrosion protection is required for every installation.
What's Included
- SS018 evaporator / fan coil
- Matching outdoor condensing unit
- Installation instructions
- Mounting brackets and hardware
Wine Guardian Ductless Split System Video
Brochures, Manuals, Specifications, and CAD Drawings
Use the supplied Wine Guardian documents below when reviewing installation requirements, dimensions, specifications, and system configuration.
Frequently Asked Questions
What size wine cellar is the Wine Guardian SS018 designed for?
The supplied content identifies approximately 100–1,200 cubic feet, with up to roughly 1,500 cubic feet possible under favorable conditions. Do not select it by cubic footage alone; complete a heat-load calculation.
Does the SS018 require ductwork?
No. The SS018 is a ductless split system with a fan coil installed directly at the cellar and a remote condenser.
Does the SS018 require professional installation?
Yes. A licensed HVAC-R technician must install and commission the refrigeration system, drainage, electrical connections, and controls.
What is the cooling capacity of the SS018?
The supplied table lists total capacity from approximately 2,000 to 2,870 BTU/h depending on condenser conditions. Do not assume maximum capacity is available at every ambient temperature.
How much airflow does the SS018 fan coil provide?
The supplied technical specifications list 150 CFM rated airflow for the fan coil.
Can the SS018 be used in cold climates?
The supplied content identifies Xtreme Low Ambient Protection for outdoor operation down to -20°F. Confirm final condenser configuration and installation requirements before ordering.
Can the SS018 add humidity?
A standalone humidifier is available as an option. Do not assume active humidification is included with the standard system.
What electrical service does the SS018 require?
The supplied specifications list 115V / 1 Phase / 60 Hz for the fan coil and 208–230V / 1 Phase / 60 Hz for the condensing unit.
Is the SS018 quieter than a through-the-wall cooling unit?
The remote condenser keeps the compressor outside the cellar, reducing mechanical noise inside the room. Choose a through-the-wall unit instead if installation simplicity is more important than remote compressor placement.
When should I choose a larger cooling system?
Choose a larger split or ducted system when the calculated load exceeds SS018 capacity, especially in larger rooms, heavily glazed cellars, or high-ambient installations.
Use the SS018 When You Need Split-System Cooling Without Ductwork
The SS018 fills the gap between a simple through-the-wall cooler and a fully ducted split system. Its best applications are projects where a visible but compact fan coil is acceptable, ductwork is impractical, and a remote condenser location is available.
Verify current manufacturer specifications, equipment dimensions, refrigerant requirements, electrical service, low-ambient configuration, accessory compatibility, installation instructions, and warranty requirements before ordering. Final system sizing should be based on a project-specific heat-load calculation.
