The High Static (HS Series) wine cellar refrigeration systems are cooling units designed to provide refrigerated air to medium-high temperature spaces. HS evaporators are powerful enough to be installed as far as 25 feet away from the refrigerated room. The chilled air is ducted back into the room, eliminating noise or the inconvenience of an in-room evaporator, which frees up valuable space.
We have extensive technical experience designing, installing, and manufacturing efficient climate control products. Do you have a custom Custom Wine Cellar or Commercial Wine Storage Design Challenge? Call us today at +1 (562) 513 3017 or click the link above and let us help you build a competitive and efficient cellar cooling system!
HS evaporators are available in capacities from 1,800 to 20,000 BTU per hour and are used with an R134a refrigerant.
Available Wine Cellar Refrigeration Systems Options
- Secondary drain pan for elevated and sensitive installations
- Stainless steel cabinets for high corrosive environments
- Eco-friendly water-cooled condensing units available
- Industrial applications are available.
Wine Cellar Cooling Units’ Features
- No noise produced in the wine cellar
- Occupies no space in the wine cellar
- Provides static pressure for duct runs up to 25 ft
- Insulated rust-proof aluminum housing
- Thermally protected permanently lubricated motor
- The automatic expansion valve (standard) ensures constant coil temperature to promote “Humidity Balance”
- Pump-down solenoid valve (standard) protects compressor in the event of leaks
- Pre-installed valves eliminate additional wiring to the thermostat
- Pressure tested by the manufacturer to ensure quality
- Factory-wired for simple field installation
- ETL certified
Mounting Diagram
Field Wiring
L1115V Line Voltage
NNeutral
SVSolenoid Valve
FMFan Motor
TPTemperature Probe
Back of Controller Connections
10Temperature Probe
11Temperature Probe
4Neutral
5115V Line Voltage
2Jumper from 5
3Switch Leg to Fan Coil
C NOInternal normally open contact
HS Wine Cellar Cooling Unit Typical Installation
- The installation diagram shows the typical duct layout. The actual layout is to be determined by the installer.
- Ductwork not to exceed 50′ total length.
- For a short duct length mat install a fan speed to slow down fan speed. Keep line sets as short as possible.
- The system is controlled by a pump-down control system. There is no control wiring between the thermostat and condensing unit.
- Standard line sets should be 50′ or less. Extended runs may require larger line sizes and 3oz. oil must be added for every 10′ over 35′. The drain line must always flow downhill to drain or pump.
- The line connections at Fan Coil and Condensing Unit may not be the same as the required line sizes.
- An excessive number of turns will cause refrigerant flow problems. This could cause early compressor failure. Suction line accumulators are recommended. Required if working lower than the normal 55-65° operating range from the wine cellar.
System Information
The High Static (HS Series) wine cellar refrigeration systems are designed to provide refrigerated air to medium-high temperature spaces. HS evaporators are powerful enough to be installed as far as 25 feet away from the refrigerated room. The chilled air is ducted back into the room, eliminating noise or the inconvenience of an in-room evaporator, which frees up valuable space.
Hs evaporators are available in capacities from 1,800 to 20,000 BTU per hour and are used with an R134a refrigerant.
Available Options
- Secondary drain pan for elevated and sensitive installations
- Stainless steel cabinets for high corrosive environments
- Eco-friendly water-cooled condensing units available
- Industrial applications available
Click here to download a PDF version of this page
Features
- No noise produced in the wine cellar
- Occupies no space in the wine cellar
- Provides static pressure for duct runs up to 25 ft
- Insulated rust-proof aluminum housing
- Thermally protected permanently lubricated motor
- The automatic expansion valve (standard) ensures constant coil temperature to promote “Humidity Balance”
- Pump-down solenoid valve (standard) protects compressor in the event of leaks
- Pre-installed valves eliminate additional wiring to the thermostat
- Pressure tested by the manufacturer to ensure quality
- Factory-wired for simple field installation
- ETL certified
Mounting Diagrams
- Expansion valve and liquid line solenoid valve standard
- Air handlers are designed for a maximum of 50′ total duct at 1″ static pressure
- Suction line accumulators recommended
- The drain must have a vented P-trap
- Connections at coil do not indicate refrigeration line size
Field Wiring
L1115V Line Voltage
NNeutral
SVSolenoid Valve
FMFan Motor
TPTemperature Probe
Back of Controller Connections
10Temperature Probe
11Temperature Probe
4Neutral
5115V Line Voltage
2Jumper from 5
3Switch Leg to Fan Coil
C NOInternal normally open contact
HS Cooling Systems Typical Installation
- The installation diagram shows the typical duct layout. The actual layout is to be determined by the installer.
- Ductwork not to exceed 50′ total length.
- For a short duct length mat, install a fan speed to slow down fan speed. Keep line sets as short as possible.
- The system is controlled by a pump-down control system. There is no control wiring between the thermostat and condensing unit.
- Standard line sets should be 50′ or less. Extended runs may require larger line sizes and 3oz. oil must be added for every 10′ over 35′. The drain line must always flow downhill to drain or pump.
- The line connections at Fan Coil and Condensing Unit may not be the same as the required line sizes.
- An excessive number of turns will cause refrigerant flow problems. This could cause early compressor failure. Suction line accumulators are recommended. Required if working lower than the normal 55-65° operating range from the wine cellar.
Wine Cellar Refrigeration System Information
The High Static (HS) Systems are designed to provide refrigerated air to medium-high temperature spaces. HS evaporators are powerful enough to be installed as far as 25 feet away from the refrigerated room. The chilled air is ducted back into the room, eliminating noise or the inconvenience of an in-room evaporator, which frees up valuable space.
Hs evaporators are available in capacities from 1,800 to 20,000 BTU per hour and are used with an R134a refrigerant.
Available Options
- Secondary drain pan for elevated and sensitive installations
- Stainless steel cabinets for high corrosive environments
- Eco-friendly water-cooled condensing units available
- Industrial applications available
CLICK HERE to download a PDF version of this page.
FEATURES
- No noise produced in the wine cellar
- Occupies no space in the wine cellar
- Provides static pressure for duct runs up to 25 ft
- Insulated rust-proof aluminum housing
- Thermally protected permanently lubricated motor
- The automatic expansion valve (standard) ensures constant coil temperature to promote “Humidity Balance”
- Pump-down solenoid valve (standard) protects compressor in the event of leaks
- Pre-installed valves eliminate additional wiring to the thermostat
- Pressure tested by the manufacturer to ensure quality
- Factory-wired for simple field installation
- ETL certified
Mounting Diagram
- Expansion valve and liquid line solenoid valve standard
- Air handlers are designed for a maximum of 50′ total duct at 1″ static pressure
- Suction line accumulators recommended
- The drain must have a vented P-trap
- Connections at coil do not indicate refrigeration line size
Field Wiring
L1115V Line Voltage
NNeutral
SVSolenoid Valve
FMFan Motor
TPTemperature Probe
Back of Controller Connections
10Temperature Probe
11Temperature Probe
4Neutral
5115V Line Voltage
2Jumper from 5
3Switch Leg to Fan Coil
C NOInternal normally open contact
HS Cooling System Typical Installation
- The installation diagram shows the typical duct layout. The actual layout is to be determined by the installer.
- Ductwork not to exceed 50′ total length.
- For a short duct length mat, install a fan speed to slow down fan speed. Keep line sets as short as possible.
- The system is controlled by a pump-down control system. There is no control wiring between the thermostat and condensing unit.
- Standard line sets should be 50′ or less. Extended runs may require larger line sizes and 3oz. oil must be added for every 10′ over 35′. The drain line must always flow downhill to drain or pump.
- The line connections at Fan Coil and Condensing Unit may not be the same as the required line sizes.
- An excessive number of turns will cause refrigerant flow problems. This could cause early compressor failure. Suction line accumulators are recommended. Required if working lower than the normal 55-65° operating range from the wine cellar.
We Supply Nationally – We can ship to you at great rates wherever you are, High Static wine cellar cooling units and commercial wine room equipment can be installed in-home wine cellars and in high traffic commercial wine rooms in locations ranging from San Diego, California to New Jersey.
Call us today at +1 (562) 513 3017 and let us help you build a competitive, quiet and robust wine cellar refrigeration system, using the most advanced and price-competitive wine cellar cooling units available!
GO HERE TO SEE other wine cellar refrigeration units by US Cellar Systems.