Automatic ICE™ Systems

Automated Packaging Systems,Ice Factory Automation,Commercial Ice Machines

ammonia

B.A.C. Evaporative Condensers

by

AIS supplies industry-proven Baltimore Aircoil (B.A.C.) Evaporative Condensers. We properly integrate this reliable equipment line into our high capacity ice manufacturing systems.

The evaporative condenser transfers the heat extracted, when making ice, to ambient air. This is accomplished by circulating high pressure refrigerant gas (ammonia or other refrigerants) through a condensing coil which is continuously wetted on the outside by a circulating water system. Air is simultaneously blown upward over the coil causing a small portion of the re-circulated water to evaporate. This evaporation lowers the vapor temperature, thus condensing the refrigerant vapor to liquid. Since the evaporative condenser directly controls the pressure of the system’s high side, it is very important it is sized properly. A 10 PSIG decrease in high side pressure lowers your electrical cost by 4%. Automatic ICE™ Systems has the experience and expertise to size the evaporative condenser properly and to get the most out of your equipment investment.

Suction Accumulator

by


Every AIS ice manufacturing system utilizing Vogt® split-system ammonia equipment is furnished with our custom-designed Vilter Vaporiter®. The Vaporiter not only guards against liquid ammonia carry-over from the Vogt Tube-Ice® machine to the compressor, but also increases the system’s efficiency.

The Vaporiter consists of an accumulator tank with a boil-out coil. Warm, high-pressure liquid ammonia from the receiver flows through the boil-out coil, where it is cooled on its way to the ice machines. This cooling of the liquid ammonia improves the efficiency of the ice making system by reducing the amount of flash-gas in the ice machine, thereby increasing ice capacity. During normal operation, any liquid ammonia reaching the Vaporiter will be evaporated. In the event of a malfunction resulting in excessive liquid ammonia carry over, the Vaporiter’s high-level safety control will shut down the system, thus eliminating costly repairs to the compressor.

Turbo C-Line Ice Generators

by

 1 to 60 TONS SELF-CONTAINED AND REMOTE UNITS AMMONIA AND FREON MODELS Equipment that produces ice with the high I.Q. Ice with Internal Quality. Clear and hard ice. Ice that lasts. Ice that’s easy to handle.

TURBO GIVES YOU DRY, HARD ICE AT LOW COST THAT CHILLS QUICKER, LASTS LONGER.

If you use ice in your business to protect or improve your product or service, then you should know how important it is to use the right kind of ice.

All ice is not the same, nor does it protect and cool the same, or cost the same. TURBO Ice Makers are a triumph of Ice Engineering and deliver a new and better kind of hard ice at a substantially lower cost.

Vogt P34AXL Tube Ice Machines

by

Approx Daily Capacity: 94,000-180,000 LBS
Standard Voltage (other 3 phase voltage available): 460, 3p, 60Hz
Overall Dimensions: 6′-9″ X 7′ X 19′
Shipping Weight: 12,300 LBS
Refrigerant: R-717, Ammonia

Description

The Vogt P34AL-15 Tube-Ice Machine is Vogt’s expanded version of their industry-proven P34AL. This model not only has greater ice capacities, but as an added feature, this machine is manufactured standard with a stainless steel external freezer shell. The P34AL-15 is a “Low Side” ice machine for ammonia operation. A Low Side ice machine includes the ice making and water tank/cutter portions of an icemaking system. It is designed to be attached to either a central or designated refrigeration system and can be engineered for multiple machine operation. The AIS X34-8-150-3618 High Side Refrigeration System is engineered to perfectly compliment the Vogt P34AL-15 ice machine. AIS exclusive High Side Refrigeration Systems are designed to obtain the maximum production of quality Tube-Ice, for the packaged ice industry, at minimal energy costs. For industrial ice, refer to the Low-side Capacity Chart.. This graph reflects the P34AL-15 operating on a central refrigeration system.

Vogt P34AL Tube-Ice Machine

by


Approx Daily Capacity: 74,000-140,000 LBS
Standard Voltage (other 3 phase voltage available): 460, 3p, 60Hz
Overall Dimensions: 6’7″ X 6′-1″ X 14′-6″or 16′ (Height varies w/ tube size)
Shipping Weight: 10,000 LBS
Refrigerant: R-717, Ammonia

Description

The Vogt P34AL Tube-Ice Machine is a “Low Side” ice machine for ammonia operation. A Low Side ice machine includes the ice making and water tank/cutter portions of an icemaking system. It is designed to be attached to either a central or designated refrigeration system and can be engineered for multiple machine operation. The AIS A34-6-125-3014 High Side Refrigeration System is engineered to perfectly compliment the Vogt P34AL ice machine. AIS exclusive High Side Refrigeration Systems are designed to obtain the maximum production of quality Tube-Ice, for the packaged ice industry, at minimal energy costs.For industrial ice, refer to the Low-side Capacity Chart.. This graph reflects the P34AL operating on a central refrigeration system.

Vogt P24AL Tube-Ice Machine

by

Approx Daily Capacity: 34,000-66,000 LBS
Standard Voltage (other 3 phase voltage available): 460, 3p, 60Hz
Overall Dimensions: 5′-4″ X 5′-6″ X 14′-6″ or 16′ (Height varies w/ tube size)
Shipping Weight: 6,200 LBS
Refrigerant: R-717, Ammonia

Description

The Vogt P24AL Tube-Ice Machine is a “Low Side” ice machine for ammonia operation. A Low Side ice machine includes the ice making and water tank/cutter portions of an ice making system. It is designed to be attached to either a central or designated refrigeration system and can be engineered for multiple machine operation. The AIS A24-4-75-2412 High Side Refrigeration System is engineered to perfectly compliment the Vogt P24AL ice machine. AIS exclusive High Side Refrigeration Systems are designed to obtain the maximum production of quality Tube-Ice, for the packaged ice industry, at minimal energy costs. For industrial ice, refer to the Low-side Capacity Chart. This graph reflects the P24AL operating on a central refrigeration system.

en English
en Englishes Spanishfr French