A series chillers, Koolant Koolers A Series chiller, recirculating chillers, customizable chiller, 2-60 ton cooling capacity, oil bath chillers, remote condenser
A series chillers, Koolant Koolers A Series chiller, recirculating chillers, customizable chiller, 2-60 ton cooling capacity, oil bath chillers, remote condenser

2-90 Ton, A-Series Recirculating Chillers

Air-cooled, recirculating chillers are recommended when cooling a reservoir of fluid such as central coolant pits, storage tanks, or quench tanks. They are used in cooling metalworking fluid, hydraulic fluids, and other liquids. Evaporator selection will vary based on the fluid being cooled and the level of contaminants in the process.
A-SERIES PRODUCT OPTIONS
Product Summary

• Indoor use
• Air-cooled, water-cooled, or split system
• Water, water/glycol, water soluble or oil-based fluids
• Fluid setpoint 50—90°F
• Capacities: 24,000 to 1,080,000 BTU/hr (see reverse for fluid temp and ambient as it varies with heat exchanger).
Temps can vary but will affect capacity.
• Temperature stability ±3°F, ±1°F optional
• Ambient temperature range 50—95°F
• UL 1995 certified
• 18-month parts and labor warranty
• 24/7 service and support
• Next day parts available

Base Configuration

• Air-cooled condenser
• Hermetic scroll compressor
• Brazed plate
• Hot gas regulator
• Phase monitor
• Cleanable air filters
• Fused disconnect
• R407C & R513A refrigerant
• Powder-coated cabinet
• c.pCO Mini controller
• Remote start/stop
• CSA compliant

A-SERIES PRODUCT OPTIONS
Options

• Remote or water-cooled condensers outdoor
• Process pump
• 100-micron fluid filter
• Voltage options
• Motorized hot gas bypass (±1°F)
• Insulation
• Remote start/stop
• Remote Display (Up to 150’)
• Ambient tracking
• 50 and 60Hz power options
• CE & CSA certified
• High Ambient and/or Fluid Temp

Here for You at Every Step

Dimplex is Committed to Making Your Chiller Purchase as Smooth as Possible.
Our experts will be delighted to help you develop a new system or optimise an existing one.

Unparalleled System Uptime

Precise Temperature Control

Highest Energy Efficiency

Lowest Total Cost of Ownership