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Icy Ball by the Crosley Radio Corporation 1920s-30s For Sale


Icy Ball by the Crosley Radio Corporation 1920s-30s



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Icy Ball by the Crosley Radio Corporation 1920s-30s:
$810

You're offerding on a piece of American history with this ICY BALL ice maker by the Crosley Radio Corporation, Cincinnati, Ohio. As you can see from the pictures it has the original ice tray. At the time it came out in the late 1920s it didn't use electricity but it used about a cup a day of kerosene to make the ice. The patent number of this item is 880 - C. Below my description I have pasted a copy of whatI found on wikipedia about this extraordinary product of its time. Thanks for looking and happy offerding!

MIKE

Operations-

The Crosley Icyball was an example of a gas-absorption refrigerator, as can be found today in recreational vehicles or campervans. Unlike most refrigerators, the Icyball had no moving parts, and instead of operating continuously, was manually cycled. Typically it would be charged in the morning, and provide cooling throughout the heat of the day.

Absorption refrigerators and the more common mechanical refrigerators both cool by the evaporation of refrigerant. (Evaporation of a liquid causes cooling, as for example, liquid sweat on the skin evaporating feels cool, and the reverse process releases lots of heat.) In absorption refrigerators, the build up of pressure due to evaporation of refrigerant is relieved not by suction at the inlet of a compressor, but by absorption into an absorptive medium (water in the case of the Icy Ball).

The IcyBall system moves heat from the refrigerated cabinet to the warmer room by using ammonia as the refrigerant. It consists of two metal balls: a hot ball, which in the fully charged state contains the absorber (water) and a cold ball containing liquid ammonia. These are joined by a pipe in the shape of an inverted U. The pipe allows ammonia gas to move in either direction.

After approximately a day's use (varying depending on load), the IcyBall stops cooling, and needs recharging. The IcyBall is removed from the refrigerated cabinet, and the cold ball, from which all the ammonia has evaporated during the previous cycle, is submerged in cool water. The hot ball is then heated gently to boil off the ammonia dissolved in the water inside it. (The solubility of ammonia in water drops as temperature rises.) The pressure in the system rises to around 250 PSI, and at this temperature, the ammonia readily passes through the u-tube, and condenses in the colder ball, which is kept cool by the water bath.

When the cold ball is fully charged with liquid ammonia (indicated to the user by a whistle), the device is turned around, placing the hot ball in the cool bath. As the hot ball cools, the pressure in the system falls, eventually dropping to the point where the liquid ammonia in the cold ball begins to evaporate (ammonia has a boiling point of -28ºF | -33.4ºC at standard air pressure), and the cold ball begins to freeze. After several minutes it is cool enough for ice to form on its surface. It is then placed on the stabilizer inside the refrigeration cabinet. The stabilizer is filled with an antifreeze solution which both supports the cold ball and provides a large thermal inertia to moderate the cooling. A small hole in the refrigerated cabinet allows the u-tube to pass outside into the room.

The cold ball has an opening into which an ice-cube tray could be placed, the forerunner of the "freezing compartment" in modern refrigerators.

The actual construction of the Icyball is slightly more complex than described above, to improve the efficiency: The connecting tube runs to the lower part of the warm ball, allowing the ammonia vapor to bubble through the water speeding absorption, and also serving to stir the solution so heat is better transported to the finned walls. This "bubbler" was bypassed by a liquid (no moving parts) check-valve during regeneration, so that only gas, and not liquid solution was transferred to the cold side. The operation of the liquid check valve was somewhat similar to the water seals (J-traps) used in plumbing drains. Mechanical check valves require too much pressure to function properly in this application. To minimize the amount of water transferred to the cold ball during the recharge cycle, trapping structures were placed in the upper part of the connecting tube, allowing only gas to pass, and directing water back to the warm side ball.

In practice, too high a flame and the water will boil, contaminating the ammonia that, alone, should liquefy in the cold ball, and if the water bath is allowed to warm, the ammonia will not fully condense.

HISTORY

While the Crosley Icy ball refrigerator is no longer sold or manufactured, absorption cycle refrigeration is still in use. In addition to RV applications, ammonia cycle refrigerators are still used in developing countries. These are also batch-cycle devices, but incorporate various condensers, check valves, integral kerosene burner, etc, so that the disassembly and tub of water required to regenerate the Icy Ball are no longer needed. Ammonia refrigeration is also used in large industrial applications, where its efficiency more than compensates for the higher initial cost, and associated risk. Though it was once fairly popular for home air conditioning, concerns related to ammonia leakage have caused mechanical refrigeration to dominate that market.


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