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Quotes - Engineering - SalesOverview
An Advantage central chiller replaces a scatter of portable units with one refrigeration plant and a single chilled-water loop distributed to every point of use. It's the right move once several machines are drawing from separate portables, when a new building or process line is being planned from scratch, or when the plant's total cooling load has grown past what makes sense to serve machine-by-machine.
Advantage packages central capacity three ways: an indoor unit with its own reservoir and pump station for 20 to 180 tons, an outdoor air-cooled package with reservoir and pumps built in for 5 to 210 tons, and add-on chiller modules that parallel onto an existing pump-tank station to push a plant-wide system toward 300 tons. A single factory-standard machine tops out in the 180-210 ton range; higher combined capacity comes from paralleling modules or a custom-engineered plant, not from one larger box.
All three configurations share the same underlying engineering: scroll compressors staged across one or more independent refrigerant zones, an evaporator sized for the fluid temperature and flow the process needs, and a factory-matched process pump moving fluid through the loop at the head the piping actually requires. What changes between the three is where the reservoir and pump live, whether the condenser sits indoors, outdoors, or is remote from the compressor package, and how the system grows if the plant's load grows with it.
| Configuration | Capacity | Best Fit |
| Indoor Central | 20 to 180 Tons | Air- or water-cooled, reservoir and pumps on one frame, inside the building |
| Outdoor Air-Cooled | 5 to 210 Tons | Reservoir and pumps included, sits outside, no mechanical room needed |
| Add-On Modules | 5 to 200 Tons per module, plant-wide to 300+ | Parallels onto a pump tank station to expand an existing system |
TYPICAL FACILITIES
Food & Beverage
Plastics Plants
Chemical Processing
Data Centers
Which Size Is Right?
Fluid temperatures across the Advantage central range are generally 20 to 80°F, and both R-410A and R-454B/R-513A refrigerant options exist depending on the model - which one applies changes the achievable leaving-fluid temperature, so confirm it during selection rather than after the unit ships.
If you're not sure whether your plant needs an indoor package, an outdoor package, or a module added to what you already have, send us the current or projected total tonnage, the building's available mechanical space (or lack of it), and whether this is a new plant or an expansion of an existing loop.
What Sets Central Cooling Apart
Capacity
5-300 Tons
One Loop, Whole Plant
A single factory-standard machine covers 5 to 210 tons; paralleling add-on modules onto a shared pump tank station is how a plant reaches 300 tons and, in custom-engineered combinations, beyond it without a scatter of separate portables.
Fluid Temp
20-80°F
Refrigerant Sets the Floor
The achievable leaving-fluid temperature depends on which refrigerant the model runs - R-410A, R-454B or R-513A - so confirm it during selection, not after the unit ships and the process needs a colder setpoint than the frame can hold.
Location
In or Out
Mechanical Room or Pad
Indoor packages need a mechanical room with ductwork or a tower connection; outdoor air-cooled units skip the room entirely and sit on a pad with reservoir and pumps already on the frame.
Growth
Add-On Ready
Built to Expand
A refrigeration-only module parallels onto a pump tank station a plant already has, adding tonnage to a working loop instead of replacing it - the right tool when today's chiller was sized for yesterday's plant.
SHOP BY CONFIGURATION
Indoor: 20 to 180 Ton
A complete mechanical-room package - compressors, evaporator, reservoir and pumps on one frame, air- or water-cooled.
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Outdoor Air-Cooled: 5 to 210 Ton
Weatherproof, reservoir and pumps included - no mechanical room, no tower, single- or dual-zone.
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Add-On Modules: to 300 Ton
Refrigeration-only modules that parallel onto a pump tank station you already have to expand plant-wide capacity.
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