Description
Body
Easy To Remove Coil And Fan
Forming For High Body Strength
Drain Tray For Water Drainage From Condenser
Separation Of Evaporator And Piping From Condenser Section
Body Coating
After Production And Initial Washing And A Primer Coat, The Device Is Painted With Electrostatic Powder Paint.
Chassis
It Is Made Of Welded Standard Gutters Of Appropriate Size For The Capacity Of The Machine.
Compressor
Use Bitzer Or Hannbel Screw Compressors With Different Circuits
Condenser
Condenser Design Up To 40 Degrees Outside Temperature
Possibility Of Adding Fans In Stages Due To The Airtightness Of The Coils
Possibility Of Producing Condenser Coils With Coating (Blue Fin)
Fin Density Up To 12 Fins Per Inch For Minimal Pressure Drop
Condenser Fan
EBM Axial Condenser Fans
Evaporator
Shell-Tube Evaporator For Long Life And Prevention Of Freezing In The Cold Season
6mm Thick Evaporator Shell And Use Of 0.8mm Thick Copper Tube
Evaporator Nut Connections And No Welding In The Shell Of The Tube
Antifreeze Built Into The Evaporator And Thermostat To Adjust The Water Temperature
Water Pipe Strainer To Filter The Circuit Water And Prevent Sand From Entering The Evaporator
Using A Flow Switch To Control The Flow Rate Of Water In The Circuit
Electrical Panel
Electrical Panel With Thermal, Miniature And Bimetallic Switches For Electrical Protection Of The Device
IP Above The Electrical Panel
Possibility Of Adding A Controller To The Control Panel
Liquid Line
Liquid Line Includes Solenoid Valve, Sight Glass, Filter Dryer
Using 4-Pipe Accumulator For High Efficiency For Suction And Discharge Line
High & Low Safety Valve To Protect The Compressor At Low And High Pressures
Using Receiver To Collect Refrigerant Liquid For Repairs
Fan High Pressure Sensor To Control Fan Addition To The Circuit
Elastomer Insulation For All Suction Line Piping To Prevent Heat Exchange
Controller
From Reputable Brands Such As Danfoss Or Kernel, Or Mechanical And PLC
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