Big ice maker made in china

Bin Capacity :500KG

Applications :Any country and region

*The ice production capacity of Solan brand ice maker ranges 23kg to 10T within 24 hours,the ice is as transparent as glass with flexible thickness, the product is widely applicable for hotel, KTV, western instant foods, breakfast stores, compound fruit juicebeverage stores, beer bars, supermarketsfresh-keeping foods processing etc.

*The main parts of Solan brand ice maker are imported from abroad. With “Philips" refrigerating technologyworld famous “aspera" compressor, the products feature outstanding refrigerating efficiency.

*Solan brand ice maker applies fully stainless steel enclosurefeatures beautiful appearance, high efficiencyenergy saving, the control system applies advanced microcomputer control. Such work procedures as water supply, ice making, frost removing, automatic ice releasing of the ice maker are under automatic control with automatic inspection.

*The water supply system of the ice maker can automatically activate after waterpower failure with simpleconvenient operation.
*Ice maker has beautifuldecent appearance, applies world maturereliable flow water ice making principlefeatures high efficiency, high reliabilityhigh stability,may automatically stop working after adequate ice is made.
*Divided structure, high production capacity, apply fully stainless steel design, elegant appearance.
*World popular design, decent appearance, bevel open door plate, convenient for taking ice.
*Solan brand ice maker applies world famous brandeffective compressor with optimized design to the refrigerating system,features high effectenergy saving with ultra thick heat preserving layer.
*Apply mature computer control systemice making module, assure stablereliable work.
*Ice is as transparent as glass with adjustable thickness.
*The whole ice maker enjoys 1 years of warranty servicewhole life maintaining service.

Big ice maker made in china

Big ice maker made in china

Big ice maker made in china

Big ice maker made in china

Big ice maker made in china

Big ice maker made in china

Other related products

The ice generator is the part of the ice machine that actually produces the ice. This would include the evaporator and any associated drives/controls/subframe that are directly involved with making and ejecting the ice into storage. When most people refer to an ice generator, they mean this ice making subsystem alone, minus refrigeration.

An ice machine, however, particularly if described as 'packaged' would typically be a complete machine including refrigeration and controls, requiring only connection to utilities.
The term ice maker is more ambiguous, with some manufacturers describing their packaged ice machine as an ice maker, while others describe their generators in this way.

Principle of ice making

All refrigeration equipments are made of four key components; the evaporator, the condenser, the compressor and the throttle valve. Ice machines all work the same way. The function of compressor is to compress low pressure refrigerant vapor to high pressure vapor, and deliver it to the condenser. Here, the high pressure vapor is condensed into high pressure liquid, and drained out through the throttle valve to become low pressure liquid. At this point, the liquid is conducted to the evaporator where heat exchanging occurs, and ice is created. This is one complete refrigeration cycle.

Consumer ice makers
Freezer ice makers
Home ice makers are usually found inside the freezer compartment of a refrigerator. They produce crescent-shaped ice cubes from a metal mold. An electromechanical or electronic timer first opens a solenoid valve for a few seconds, allowing the mold to fill with water from the domestic cold water supply. The timer then closes the valve and lets the ice freeze for about 30 minutes. Then, the timer turns on a low-power electric heating element inside the mold for several seconds, to melt the ice cubes slightly so they will not stick to the mold. Finally, the timer runs a rotating arm that scoops the ice cubes out of the mold and into a bin, and the cycle repeats. If the bin fills with ice, the ice pushes up a wire arm, which shuts off the icemaker until the ice level in the bin goes down again. The user can also lift up the wire arm at any time to stop the production of ice.

Early icemakers simply dropped the ice into a bin in the freezer compartment; the user had to open the freezer door to obtain ice. Later, dispensers in the freezer door became available; pressing a glass against a cradle on the outside of the door runs a motor, which turns an auger in the bin and delivers ice cubes to the glass. Most dispensers can optionally route the ice through a crushing mechanism to deliver crushed ice. Some dispensers can also dispense chilled water.

Portable ice makers
Portable ice makers are units that can fit on a countertop. They are the fastest and smallest ice makers on the market. The ice produced by a portable ice maker is bullet shaped and has a cloudy, opaque appearance. The first batch of ice can be made within 10 minutes of turning the appliance on and adding water. The water is pumped into a small tub with metal pegs immersed in the water. The pegs have a heating and cooling system inside that freeze the water around them and then heat up so the ice slips off the peg and into the storage bin.Portable ice makers will not keep the ice from melting, but the appliance will recycle the water to make more ice.

Built-in/freestanding ice makers
Built-in ice makers are engineered to fit under a kitchen or bar counter, but they can be used as freestanding units. They produce crescent-shaped ice like the ice from a freezer ice maker. The ice is cloudy and opaque instead of clear, because the water is frozen faster than in clear cube ice makers. In the process, tiny air bubbles get trapped, causing the cloudy appearance of the ice.

Industrial ice makers
Commercial ice cube makers improve the quality of ice by using moving water. The water is run down a surface that is constantly at 0 degrees C (32F) because only water without impurities will freeze at this temperature on a surface. Water with impurities requires lower temperatures to freeze and will continue to wash down the surface and through the drain of a commercial ice maker. Air and undissolved solids will be washed away to such an extent that in horizontal evaporator machines the water has 98% of the solids removed resulting in very hard virtually pure, clear ice. In vertical evaporators the ice is softer, more so if there are actual individual cube cells. Commercial ice machines can make different sizes of ice like flakers, crushed, cube, octagon, and tube.

When the sheet of ice on the cold surface reaches the desired thickness, the sheet is slid down onto a grid of wires, where the sheet's weight causes it to be cut into the desired shapes, after which it falls into a storage bin.

Cube ice maker
Cube ice machines are classified as small ice machines, in contrast to [tube ice machines, flake ice machines, or other ice machines. Common capacities range from 30 kg (65 lb) to 1755 kg (3900 lb). Since the emergence of cube ice machines in 1970s, they have evolved into a diverse family of ice machines.

Cube ice machines are commonly seen as vertical modular devices. The upper part is an evaporator, and the lower part is an ice bin. The refrigerant circulates inside pipes of sale-contained evaporator, where it conducts the heat exchange with water, and freezes the water into ice cubes. When the water is thoroughly frozen into ice, it is automatically released, and falls into the ice bin.

The ice bin can also be equipped with compressors.[why?] Generally cube ice machines with over 320 kilograms (710 lb) capacities have built-in compressors in the ice bin for storage prior to sales, for use when demands are large.
Cube ice is created in a cubic shape, with each edge usually between 15mm and 35mm. The surface area of every ton of cube ice is approximately 1,383 square metres (14,890 sq ft).

Compressor
Most compressors are either positive displacement compressors or radial compressors. Positive displacement compressors are currently the most efficient type of compressor, and have the largest refrigerating effect per single unit (400RT-2500RT). They have a large range of possible power supplies, and can be 380V, 1000V, or even higher. The principle behind positive displacement compressors utilizes a turbine to compress refrigerant into high pressure vapor. Positive displacement compressors are of four main types: screw compressor, rolling piston compressor, reciprocating compressor, or rotary compressor.

Screw compressors can yield the largest refrigerating effect among positive displacement compressors, with their refrigerating capacity normally ranging from 50RT to 400RT. Screw compressors also can be divided to single screw type and dual screw type. Dual screw type is more often seen in use because they are very efficient.

Rolling piston compressors and reciprocating compressors have similar refrigerating effects, and maximum refrigerating effect can reach 600Kw.

Reciprocating compressors are the most common type of compressor because the technology is mature and reliable. Their refrigerating effect ranges from 2.2 kW to 200 kW. They compress gas by utilizing a piston pushed by a crank shaft.

Rotary compressors, mainly used in air conditioning equipment, have a very low refrigerating effect, normally not exceeding 5 kW. They work by compressing gas using a piston pushed by a rotor, which spins in an isolated compartment.

Condenser
All condensers can be classified as one of three types: air cooling, water cooling, or evaporative cooling.

An air cooling condenser uses air as the heat conducting media by blowing air through the surface of condensers, which carries heat away from the high pressure, high temperature refrigerant vapor.

A water cooling condenser uses water as the heat conducting media to cooling refrigerant vapor to liquid.

An evaporative condenser cools the refrigerant vapor by using heat exchange between the evaporator pipes and the evaporated water which is sprayed on the surface of the pipes. This type of condenser is capable of working in warm environments, they are also very efficient and reliable.

Tube ice generator
The tube ice generator in which the water is frozen in tubes extended vertically within a surrounding casing defining a freezing chamber spaced above the bottom of which is a distributor plate having apertures surrounding the tubes and defining the separate chamber into a warm gas is passed to heat the tubes to cause the ice rods to slide therefrom.

Applications
Tube ice can be used in the cooling process, such as temperature controlling, fish fresh freezing, beverage bottle freezing, etc. It can be consumed alone and with food or beverages.