Brine Type Block Ice Machine Features

• Large evaporation area coil evaporator increases heat transfer efficiency, ensures long service time and corrosion resistance;
• Well insulated brine tank with high resistant epoxide coating;
• Heavy-duty overhead crane with 2 speeds for moving, lifting and tipping the ice cans;
• Ice thawing tank utilizes the exhaust heat from compressor, more energy saving;
• Modular design simplified equipment transportation and on-site installation process;
• Rivet and reinforced ice cans construction to extend its service life;
• Unique propeller blade processing technology to improve the efficiency of the agitator, increase the flow of salt water, accelerate ice making speed;
• Options of stainless steel ice cans and galvanized steel ice cans;
• Touch screen, reserve function, 3G network remote fault alarm, 4G network remote video monitoring are available on request;
• Warranty period:

Complete Package	12~15 months
Compressor	3 years
Evaporator	3 years
Condenser	3 years
Cooling Tower	15 months

How does a brine type block ice machine work?

01. Water feeder 02. Water feeding gadget 03. Can dump 04. Thaw tank 05. Agitator 06. Ice can 07. Crane 08. Coil evaporator 09. Brine tank 10. Guiding rail 11. Compressor unit 12. Electric control box

* The diagram of brine system block ice machine working principle

As shown, when compressor unit (11) starts to run, refrigerant enters into coil evaporator (08) and begins evaporating. Brine water in brine tank (09) is circulated by agitator (05), then flow through coil evaporator (08). After water temperature decreases, it contacts with the outer surface of ice cans (06) and absorbs the heat of water in ice cans. Thus, all the water in the ice cans will be freeze until freezing point. The water after exchanged heat will be delivered by agitator to coil evaporator to be cooled down again, which forms a brine water circulation. In certain time, all the water in the ice cans will turn into block ice.

The crane (07) will move on guiding rail (10) and hoist a row of ice cans (06) down into the ice thaw tank (04). Normal temperature water in thaw tank will melt the outside surface of ice can, so the ice surface thaws and gets separate from ice cans.

The compressor unit (11) can control brine tank temperature by electric control box (12). When the temperature increases, the compressor unit starts to work; when it reaches to the set temperature, the compressor unit stops to work.

Specification of Linsky Brine Type Block Ice Machine

Model	Capacity	Refrigerant	Operating Power	Install Power	Operating weight	Dimension
LIB-10B	1ton/day	R22/R404A	4.2kw	5kw	1560kg	L4020×W1437×H2871mm
LIB-20B	2ton/day	R22/R404A	9.2kw	12kw	2015kg	L4698×W1437×H2871mm
LIB-30B	3ton/day	R22/R404A	13.5kw	16kw	2788kg	L5419×W1437×H2871mm
LIB-50B	5ton/day	R22/R404A	20.15kw	24kw	Ice Machine: 3750kg	L8756XW2242XH2900mm
					Cooling Tower: 460kg	∅1380xH2170mm
LIB-100B	10ton/day	R22/R404A	37.6kw	48kw	Ice Machine: 6340kg	L12374×W2242×H2900mm
					Cooling Tower: 670kg	∅2000xH2410mm
LIB-150B	15ton/day	R22/R404A	57.85kw	72kw	Unit: 2080kg	L2000XW1410XH1640mm
					Brine Tank: 5500kg	L10824XW2242XH1070mm
					Cooling Tower: 1120kg	∅2175xH2565mm
LIB-200B	20ton/day	R22/R404A	86.5kw	100kw	Unit: 2400kg	L2500XW1950XH1660mm
					#1 Brine Tank: 4300kg	L7716XW2242XH1070mm
					#2 Brine Tank: 4300kg	L7716XW2242XH1070mm
					Cooling Tower: 1300kg	∅2650xH2645mm
LIB-250B	25ton/day	R22/R404A	96.84kw	118kw	Unit: 3200kg	L2700XW2200XH2191mm
					#1 Brine Tank: 5000kg	L9270XW2242XH1070mm
					#2 Brine Tank: 5000kg	L9270XW2242XH1070mm
					Cooling Tower: 1630kg	∅3050xH2780mm
LIB-300B	30ton/day	R22/R404A	118kw	150kw	Unit: 3500kg	L2700XW2200XH2191mm
					#1 Brine Tank: 5500kg	L10824XW2242XH1070mm
					#2 Brine Tank: 5500kg	L10824XW2242XH1070mm
					Cooling Tower:2730kg	∅3300xH2785mm
Standard condition: dry bulb temperature is 35℃ and inlet water temperature is 25℃.

Note: Click the model number for details.