Flake Ice Machines
Flake Ice Machine Working PrincipleECOLD Flake ice machine 1 ton air cooling Long Service Life ice flake machine
FLAKE ICE MACHINES TYPES
| Name | Technical data | Name | Technical data |
| Ice production | 1000kg/24 hours | Water pump power | 0.014kW |
| Cooling capacity | 5603 Kcal | Brine | 0.012kW |
| Evaporation temperature. | -20 ℃ | Standard power | 3P-380V-50Hz |
| Condensing temperature. | 40 ℃ | Inlet water pressure | 0.1mpa－0.5mpa |
| Ambient temperature. | 35 ℃ | Cooler | R404A |
| Inlet water temperature. | 20 ℃ | Flake ice temperature. | -5 ℃ |
| Total power | 4.0kw | Feed Water Tube Size | 1/2 “ |
| Compressor power | 5hp | Net weight | 190kg |
| Reducing power | 0.18kW | Size (ice maker) | 1240mm × 800mm × 900mm |
| Name | Technical parameters | |
| 1 | Model | GM-30ka |
| 2 | Ice production (days) | 3000kg/day |
| 3 | Unit weight (kg) | 520kg |
| 4 | Unit Dimension (mm) | 1967mm × 1800mm × 1295mm |
| 5 | Ice storage room size (mm) | 1750mm × 1800mm × 1500mm |
| 6 | Ice bin capacity | 1500kg |
| 7 | Ice flake thickness (mm) | 1.5mm-2.2mm |
| 8 | Cooler | R507 |
| 9 | Total Installed Power | 11.4kw |
| 10 | Compressor | Danfoss compressor |
| Compressor model | SZ185 | |
| 11 | Compressor horsepower | 15hp |
| 12 | Flake ice temperature | -5–8 ℃ |
| 13 | cooling method | Air cooling |
Name | Technical data |
ice production | 5 tons/24 hours |
cooling capacity | 28015Kcal/h |
Evaporation temperature | -20°C |
Condensation Temperature | 40°C |
Ambient Temperature | 35°C |
Inlet water temperature | 20°C |
Total power | 18.5 kw |
Compressor Power | 25 HP |
Reducer Power | 0.37KW |
Water pump power | 0.18KW |
salt water pump | 0.012KW |
Standard Power | 3P-380V-50Hz |
Inlet water pressure | 0.1Mpa-0.5Mpa |
Cooler | R404A |
Leaf ice temperature | -5 ℃ |
Feed water pipe size | 1/2″ |
Net weight | 1240kg |
Flake ice machine size | 2040mm×1650mm×1630mm |
| Name | Technical data | Name | Technical data |
| Ice production | 10 tons/day | Cooling Tower Power | 1.5kw |
| Cooling capacity | 56034 Kcal | Cooling tower water pump power | 3.7kw |
| Evaporation temperature. | -20 ℃ | Standard power | 3P-380V-50Hz |
| Condensing temperature. | 40 ℃ | Inlet water pressure | 0.1mpa－0.5mpa |
| Total power | 46.3kw | Cooler | R404A |
| Compressor power | 40kW | Flake ice temperature. | -5 ℃ |
| Reducing power | 0.75kW | Feed Water Tube Size | 1″ |
| Water pump power | 0.37kW | Flake ice machine size | 3320 × 1902 × 1840mm |
| Brine | 0.012kW | Ice storage room capacity | 5ton |
| Net weight | 1970kg | Size of ice storage room | 2500 × 3000 × 2000mm |
Name | Technical data |
ice production | 20 tons/24 hours |
cooling capacity | 112068Kcal/h |
Evaporation temperature | -20°C |
Condensation Temperature | 40°C |
Ambient Temperature | 35°C |
Inlet water temperature | 20°C |
Total power | 60.9 kw |
Compressor Power | 100HP |
Reducer Power | 0.75KW |
Water pump power | 0.37KW |
salt water pump | 0.012KW |
Standard Power | 3P-380V-50Hz |
Inlet water pressure | 0.1Mpa-0.5Mpa |
Cooler | R404A |
Leaf ice temperature | -5 ℃ |
Feed water pipe size | 1/2″ |
Net weight | 3210kg |
Flake ice machine size | 4440mm×2174mm×2279mm |
Name | Technical data |
ice production | 30 tons/24 hours |
cooling capacity | 196120Kcal/h |
Evaporation temperature | -20°C |
Condensation Temperature | 40°C |
Ambient Temperature | 35°C |
Inlet water temperature | 20°C |
Total power | 97.8 kw |
Compressor Power | 175HP |
Reducer Power | 2.2KW |
Water pump power | 1.5KW |
salt water pump | 0.012KW |
Standard Power | 3P-380V-50Hz |
Inlet water pressure | 0.1Mpa-0.5Mpa |
Cooler | R404A |
Leaf ice temperature | -5 ℃ |
Feed water pipe size | 1/2″ |
Net weight | 5300kg |
Flake ice machine size | 4800mm×2320mm×2449.5mm |
● Evaporator and ice breaker manufactured strictly to ensure long life
● Current design for water where there are no areas to use seawater to produce ice.
● You can achieve automatic production with a rake system.
● Low temperature: ice temperature -8 degrees
● Dry ice, good shape, no coated and sanitary
● Flake ice shape with excellent cooling performance
● Seawater granular ice machine is divided into two forms for sea and land use.
● No sharp edges, so it will not damage cooling products
● 1~2mm thickness, no need to crush and can use in no time
1. The ice produced is flake-shaped, the thickness can reach 2.5mm, it is dry without dust, and the ice temperature can reach -10℃;
2. The material used for flake ice evaporator is stainless steel and anti-corrosion alloy aluminum, and the service life can be as long as 18 years;
3. The special ice scraping method passed the patent application, so that the fishing boat can hang ice normally at 35 degrees in harsh environments;
4. Compact design, simple cooling system, optional general or distributed arrangement;
5. Evaporation Temperature: -30 ℃, Condensation Temperature: 30 ℃
1. No need for personnel operation, one-button control, automatic monitoring, no need for frequent maintenance, which greatly saves manpower and material resources.
2. Strong and Durable parts. All compressor and refrigerant parts are world first class.
3.Low energy consumption.Energy consumption saving reaches more than 30% compared with traditional equipment.
4. High quality material. The evaporator drum is made of stainless steel 316 material, which is anti-rust and anti-corrosion.
5.316 Stainless steel:
Seawater flake ice machine is made of anti-corrosion 316 stainless steel, can be directly installed on the ship, the inclination angle can reach 35 ° C, at this time, circulating the water without overflow, ensuring the normal operation of the machine. Using seawater to make ice directly, then the ice falls into the cabin. This will reduce the load of the boat, save energy.
6.Energy saving and environmental protection technology
7. Quality and advanced technology:
Ice drum internal use spiral channel structure designs and V-shaped groove welding technology, which can save more than 5% to 8% energy compared with the same type of machine in the industry. The center layer uses baking paint process to shape and strengthen the welding point in the flow channel, and there is no refrigerant leakage.