Бюджетный охладитель воды SIC-W-EB
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Характеристики
Модель | SIC-5W-EB | SIC-10W-EB | |
Refrigerant Capacity | kW | 10 | 20 |
kcal/hr | 8,609 | 17,217 | |
Compressor | Type | Scroll | |
Input power (kW) | 3.3 | 6.6 | |
Input power (HP) | 5 | 8 | |
Refrigerant | Filling Volume (kg) | 3.1 | 6.2 |
Control Mode | Capillary | ||
Type | R410A | ||
Evaporator | Type | Tube style | |
Condenser | Type | Tube-in-shell style | |
Inlet/outlet pipe (inch) | 1.5 | 1.5 | |
Cooling water flow (L/min) | 65 | 90 | |
Water Tank Capacity | L | 55 | 145 |
Water pump (50Hz) | Power (kW) | 0.37 | 0.75 |
Pump flow (l/min) | 60 | ||
Working pressure (Bar) | 2.0 | ||
Total power | kW | 3.67 | 7.35 |
Pipe Coupling | Chilled Water Outlet (inch) | 1 | |
Chilled Water Inlet (inch) | 1 | ||
Water Tank Drainage Port (inch) | 1/2 | ||
Water Tank Overflow Port (inch) | 1/2 | ||
Protective Devices | Compressor | Built-in protective switch/Overload Relay | |
Pump | Overload Relay | ||
Refrigerant loop | High/low pressure controller | ||
Power | ЗФ, 400VAC, 50Hz | ||
Measures Exchange | 1 kW=860 Kcal/hr 1RT=3,024 Kcal/hr 10,000 Btu/hr=2,520 Kcal/hr | ||
Цена | |||
• Cooling range 7~25°C.
• Stainless steel insulated water tank, with prolonged service life and free of contanmination.
• Adopt R410 A refrigerant with good refrigeration effect.
• Refrigeration loop controlled by high and low pressure switches for accurate detection of system pressure.
• Compressor and pump overload protection.
• Shell and tube condenser with quick heat conduction and good dissipation effect.
• Adopt tube and shell evaporator.The copper pipe is directly mounted on water tank that is economical and practical.
• Adopt renowned brand of original precision temperature- controlled meter with an accuracy of ±0.1°C.

■ Application
SIC-W-EB series are applicable for cooling moulds to reduce products molding cycle time; also they are available in the cooling of equipments in order to maintain a normal temperature. Besides, they are suitable for other industries with the need of cooling.
Structure of Water-cooled Models


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Working Principle
SIC-W-EB water-cooled water chiller mainly consists of compressor, condenser, capillary and tube evaporator. Adopting single-stage vapor compression refrigerating system, gas-liquid conversion of refrigerant, and the principle of heat adsorption and release, it achieves the cooling effect.
When SIC-W-EB water-cooled water chiller starting up, compressor (A) starts working. Refrigerant is com pressed into high temperature high pressure gas, and then be cooled when passing through condenser (D) and changed into liquid. Heat is taken away by the cooling water. The liquid high pressure refrigerant passes through the capillary (F), and partial refrigerant is changed into gas under reduced pressure. At this time, the refrigerant is mixed with gas and liquid, which cools down the chilled water into required tem perature after passing through the tube evaporator (I). By heat adsorption, the liquid refrigerant changes to gas and returns the compressor for this circulation.

Outline Drawings



SIC-W-EB water-cooled water chiller mainly consists of compressor, condenser, capillary and tube evaporator. Adopting single-stage vapor compression refrigerating system, gas-liquid conversion of refrigerant, and the principle of heat adsorption and release, it achieves the cooling effect.
When SIC-W-EB water-cooled water chiller starting up, compressor (A) starts working. Refrigerant is com pressed into high temperature high pressure gas, and then be cooled when passing through condenser (D) and changed into liquid. Heat is taken away by the cooling water. The liquid high pressure refrigerant passes through the capillary (F), and partial refrigerant is changed into gas under reduced pressure. At this time, the refrigerant is mixed with gas and liquid, which cools down the chilled water into required tem perature after passing through the tube evaporator (I). By heat adsorption, the liquid refrigerant changes to gas and returns the compressor for this circulation.

Outline Drawings



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