Product ID: EPA-05RT, EPA-1RT, EPA-2RT, EPA-3RT, EPA-5RT

Air Cooled Chiller

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Features:

• Low Space Requirement:
• Consist of dual layer stainless steel construction, SUS 304 base tray and impact against PVC housing to prevent any ambient erosive vapor raiding into chiller to damage piping and wiring.
• Microprocesser Automated Control System:
• We make high precision temperature of chemical come true even to 0.1°C difference that will insure your product quality uniformly.
• Easy-to-Watch Control Panel:
• You may look after temperature indicating, temperature control, operating condition, alarming and easy-to operate through a well-seeming panel.
• Fully Automatic Power Saving Control System:
• Unique owned special program can start up step by step until to whole functions work stably. Once the set temperature reaches, the chiller will also stop with step by step to save energy.
• High Efficient Components and Most Safe Protections:
• Equipped with high efficient compressor imported from Europe, America or Japan. Chiller can work perfectly by mean of complete series of elements such as microprocessing thermo controller, High/Low pressure protector, Dryer/Filter of refrigerant and overload relay.
• Super High Efficiency Heat Exchanger:
• Using the latest Sweden-made SUS 316 corrosion resisted condenser as well as our unique developmental SUS 316L patented evaporator.
• Standard Features:
• Electronic Thermocouple
• High/Low Pressure Gauge
• Dryer/Filter
• Magnetic Contactor for Compressor
• Magnetic Contactor for Chemical Pump
• Standard Protections
• Fuse
• High and Low Pressure Protecter
• Overload Relay of Compressor
• Overload Relay of Chemical Pump
• Buzzer
• Options
• Corrosion-resisted Pump
• Chemical Filter
• Application Fields (for SUS 316L Standard)
• Anodizing
• Hard Anodizing
• Gold Plating
• Silver Plating
• Zinc Plating
• Tin Plating
• Cadmium Plating
• Brass Plating
• Nickel Plating
• Electro Polishing
• Corrosive Solvent
• Else
• Cooling capacity based on ambient temp. +35°C, Chemical inlet temp. at 15°C and Outlet temp. at 10°C.
• Don't put the heat to be removed over the cooling capacity. i.e. [Heat to be removed x 1.25 = cooling capacity]. To ensure the chiller is used under normal condition.
• The calculating formula of electro-bath silicon rectifier Heat removal -> Voltage (V) x current (A) x 3.412 Btu/w = Heat removal per hour (Btu/Hr).
• In case of using in 50Hz area, then cooling capacity becomes as (60Hz) x 0.83 = (50Hz).

• Minimum Order: Negotiable