Product Description:
Daily capacity: 1~1000 ton
Weight (kg/block):5~150kg
Features: it can’t be directly eaten and used for general cooling.
Color: milky white or transparent
Usage mode: manual
Water feeding way: manual
Site limitation:≥4.5m
Turnkey solutions: water tank/cold room/block ice crusher/water chiller (suitable for tropical areas)/containerized unit
Ice making principle:
Put the ice buckets with full water in the brine tank. The brine water in the brine tank will have a heat transfer with the refrigerant inside the ti-pipe evaporator coil and the temperature of brine water will lowered. Then the low temperature brine water has a heat transfer with the water inside the ice bucket which will be lowered to 5 degrees below zero. So the water in the ice bucket all becomes ice. The crane will hoist a row of buckets down into the thawing tank full of hot water. The ice surface thaws and gets separate from the ice bucket.
Features:
◆ The stainless steel part in contact with brine water resists rust and it works well in a cold condition.
◆ The material of ice buckets can be customized according to our clients’ requirements. Stainless steel 304 and the galvanized steel are available.
◆ Ti pipe is used as evaporative coil to improve the heat transfer effect and its stainless, anti-corrosion can guarantee the long service time.
◆ Excellent design of ice can dump guarantees the ice-dumping efficiency.
◆ Thawing tank is heated by hot gas discharged from the compressor so that it is more energy-saving and suitable for low water temperature area.
◆ Modular and integrated design ensures that it’s easy to ship, move and install on the spot.
◆ Every brine refrigeration block ice machine can be customized as per our clients’ requirements.
◆ The brine refrigeration block ice machine can be containerized: 5 T/day ice production in a 20' container and 15T/day ice production in a 40' container.
Mode |
Ice Production |
Refrigerant |
Electricity Consumption |
Installation Power |
Operating Weight |
Size |
-- |
Ton/D |
-- |
KW |
KW |
KG |
mm |
BYB-50B |
5 |
R22/R404A |
21.14 |
25 |
Unit |
L1400×W1000×H1250 |
Evaporator |
L4800×W1000×H2250 |
Cooling Tower |
Ф1380×H2170 |
BYB-100B |
10 |
R22/R404A |
40.69 |
50 |
Unit:1680 |
L1800×W1000×H1450 |
Evaporator:2860×2 |
L4800×W1000×H2250 |
Cooling Tower:670 |
Ф2000×H2410 |
BYB-150B |
15 |
R22/R404A |
60.60 |
75 |
Unit:2160 |
L2000×W1200×H1600 |
Evaporator:2860×3 |
L4800×W1000×H2250 |
Cooling Tower:1120 |
Ф2175×H2565 |
BYB-200B |
20 |
R22/R404A |
88.50 |
105 |
Unit:2896 |
L2400×W1600×H1800 |
Evaporator:2860×4 |
L4800×W1000×H2250 |
Cooling Tower:1300 |
Ф2650×H2645 |
BYB-250B |
25 |
R22/R404A |
98.80 |
120 |
Unit:3260 |
L3200×W1800×H2200 |
Evaporator:2860×5 |
L4800×W1000×H2250 |
Cooling Tower:1630 |
Ф3050×H2780 |
BYB-300B |
30 |
R22/R404A |
120.30 |
150 |
Unit:3500 |
L3000×W2000×H2200 |
Evaporator:2860×6 |
L4800×W1000×H2250 |
Cooling Tower:2730 |
Ф3300×H2785 |
Standard condition: Dry bulb temperature is 33℃ and inlet water temperature is 20℃.
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