Keeping Cool Under Pressure

Parker Hyperchill Water Chiller – ICEP Series

At Compressors Now, we know that your compressed air system is often only one part of the equation. Process cooling is the other. That is why we stand behind Parker’s Hyperchill series. These aren’t just “air conditioners” for your water; they are thermal management systems designed to handle the realities of industrial environments. Parker celebrates over 30 years in the industrial chiller market. 

Parker Hyperchill units feature a non-ferrous hydraulic circuit. This means the tank, pump, and evaporator are typically made from stainless steel or other corrosion-resistant materials.

• The Benefit: Your water  mix stays clean, your heat transfer remains high, and you don’t have to worry about rust damaging your production equipment.

Improving the efficiency and productivity of the process and greatly reducing maintenance costs and plant downtime.

2. Tank Built for Stability 

A common problem with cheaper chillers is “short-cycling.” If the internal water tank is too small, the compressor turns on and off rapidly to maintain temperature, which spikes energy usage and wears out the motor.

Parker solves this with generously sized internal water tanks.

• The Benefit: The large thermal mass acts as a buffer. It prevents rapid temperature spikes and allows the compressor to run in longer, more efficient cycles. This ensures your process water temperature remains stable, even if your production load fluctuates wildly.

Features:

• A differential pressure switch is installed to ensure the system shuts down in case of flow restriction.
• Compact design that is easy to install
• Reliable operation even in extreme ambient conditions. The standard units allow maximum ambient temperatures up to 118 °F. The tropicalized units up to 127 °F
• Non-ferrous hydraulic circuit maintains the quality of the coolant ensuring stable working conditions improving productivity and decreasing maintenance costs
• Pump and tank installed inside the chiller
• IP54 standard from ICEP007 for outdoor installations
• Designed with eyebolts (till ICEP014) for easy handling
• Full internal access for easy maintenance
• Low ambient speed-control (optional)
• PID software developed and tested to give the highest temperature consistency even at variable loads
• Large built-in water tank
• Oversized condensers and evaporators
• Compliant scroll compressors
• Advanced microprocessor
• Flexibility of use
• Extensive range of accessories
• Environmentally friendly refrigerant
• Increases productivity and reduces costs
• Optimizes industrial applications
• Adaptable to individual customer needs
• Accepts wide range of water temperatures and fluctuating water flows

Why an Industrial Chiller?
The use of cold water is very common in industry, as cold water improves productivity, secures industrial processes and reduces costs. There are several methods of creating cold water, but water chillers are increasingly becoming the preferred solution. Primarily because chillers always supply the exact water temperature requested, even with differing ambient conditions and load requests, thus ensuring optimum efficiency. Chillers, by operating in a closed circuit, continuously reutilize the same water, and thereby avoid unwanted water wastage. Add to this fact that a number of directives have recently emerged to safeguard both the quality of the water being utilized (for health reasons) as well as the discharging of impure water into the ambient (to protect the environment): closed circuit chiller operation greatly simplifies conformance to these regulations. The needs of industry are changing, and a water chiller increasingly satisfies these needs.

Applications:

• Coating Systems
• Chemical & Pharmaceutical Processes
• Plastics Processing
• Thermoform Machines
• Plasma Coating
• Medical Imaging Systems
• Food & Beverage Industry
• Injection Molding
• Machine Tools
• Electroplating Baths
• Biogas & Natural Gas Treatment
• Compressed Air Treatment
• Laser Technology
• Extruders
• Surface Processing
• Welding Engineering
• Blow Mold Machines
• Flexographic Printing Systems

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