Application Solutions Of Block Ice Machine In Deep Processing Of Aquatic Products

With the continuous development of refrigeration technology, direct cooling block ice machine, as a new type of refrigeration equipment, have gradually been widely used in various fields. It uses direct cooling to produce block shaped ice, which has advantages such as high efficiency, energy conservation, and environmental protection, making it a new choice as refrigeration equipment.

Application areas:

Ice factories in ports and docks, preservation and cooling of aquatic products, long-distance transportation, preservation of aquatic products and food, cooling and cooling in special fields, ice sculpture viewing, edible ice, etc.

The working principle of a direct cooling ice maker is mainly to absorb heat through the refrigerant in evaporator, causing water molecules to condense into ice crystals, thereby making block shaped ice. Specifically, the refrigerant inside the equipment, under the action of the compressor, becomes a high-temperature and high-pressure gas, then enters the condenser for heat dissipation, becoming a low-temperature and low-pressure liquid, and finally enters the evaporator to absorb the heat of water, causing water molecules to condense into ice crystals.

Direct cooling block ice machine unit

The direct cooling block ice machine mainly consists of the following parts:

Compressor: used to compress refrigerant, increasing its pressure and temperature.

Condenser: used for heat dissipation, cooling refrigerant from a gaseous state to a liquid state.

Evaporator: used to absorb the heat of water, causing water molecules to condense into ice crystals.

Control system: used to control the operation of equipment, including control modules for power supply, temperature, pressure, etc.

When using a direct cooling ice maker, the following steps need to be followed:

Place the device in a flat and well ventilated area, connect the power and water sources.

Turn on the power switch and set the required ice thickness and temperature.

The equipment starts running, the refrigerant begins to circulate, and water molecules gradually condense into ice crystals, forming blocky ice blocks.

When the ice reaches the set thickness, the device will automatically stop running. At this point, you can open the ice and take out the block shaped ice.

Direct cooling block ice machine

When using a direct cooling ice maker, the following precautions should be taken:

1) Keep the interior of the equipment clean and dry, and regularly clean and maintain it.

2) Pay attention to the operation of the equipment. If there is any abnormal sound or the fault indicator light is on, stop the machine immediately for inspection.

3) Regularly check the refrigerant pressure and temperature of the equipment to ensure they are within the normal range.

4) Using water sources that meets ice block equipments’ requirements and avoid using water containing impurities or chemicals.

5) When removing ice blocks, be careful to avoid scalding and slipping to ensure safe operation.

As a new type of refrigeration equipment, the direct cooling ice block maker has the advantages of high efficiency, energy conservation, and environmental protection, providing convenient ice preparation solutions for various fields. By understanding its working principle, equipment composition, usage methods, and precautions, we can better grasp this equipment, improve the efficiency of ice preparation, and bring more convenience to production and daily life.