Industrial Indirect Type 5 Ton Block Ice Machine for Port ice plant / water tank/ Ice Factory 

 Tech Parameters: 

 

Model	-	SAB50
Capacity	Ton/d	5
Refrigeration capacity	kW	30.5
Input power	kW	16.28
Rated current	A	29.86
Power supply	-	380V-3P-50Hz
Ambient temperature	℃	35
Water inlet temperature	℃	20
Ice temperature	℃	-8
Compressor power	kW	15.35
Refrigerant	-	R404A/R22
Cooling way	-	Water cooling/Air cooling
condenser Capacity	kW	46
condenser water flow	M3/H	7.912
Cooling tower power	kW	0.18
Cooling pump power	kW	0.75
Power of cutter	kW	0.75
Chilling pump power	kW	1.5
All water consumption	M3/H	0.287
Size of ice maker	L×W×H mm	7260×2200×2200
Size of evaporator	L×W×H mm	Included in the unit
Operating weight	Kg	4860

 

Block ice machines (500kg~100ton) (indirect type & direct type)

(1). Indirect type block ice machine

  

Block Ice Machine

 

  

 

The direct evaporative block ice machine adopts the integrated system,using the highly effectively heat conducting food grade aluminum plates, which has become a popular tendency in the international refrigerating revolution.

 

 

The thermal conductivity of aluminum is 3.2 times that of steel, weighing only 1/3 of the steel, and rust-free.

  

There is no intermediate heat transfer media of ice directly formed by evaporation. It avoids the energy loss caused by the heat transfer of the secondary refrigerant. And this will bring you an unprecedented efficiency.

 

    

(2). Brine type ( Indirect type) block ice machines

 

 

Brine block ice is an unfailing traditional ice making process.

 

 

Block ice produced by brine block ice machine is close-grained, hard, difficult to melt, and easy to store and transport. Decades of production practice has proved that in the ice industry brine ice is difficult to replace by other ice-making process.

  

Block ice specifications: 10kg, 15kg, 20kg, 25kg, 50kg, 75kg, 100kg, 125kg.

  

Low temperature water chiller can provide a -20℃ brine into the ice tank. The vertical mixers fitted at both ends of the ice pool make brine flow through the ice bucket gap at high speed by mixing brine to improve the heat transfer efficiency.
After the end of the ice making cycle, the ice bucket will be transferred to the ice melting pool to doff ice. And then turn over the ice bucket to slide block ice out.