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Product Name: High Efficiency Tube in Shell Heat Exchanger/Heat Pump Heater/Chiller /Air Conditioning Accessories Model NO.: ECO-GAH01 Material: Titanium Tube and PVC-U Shell Style: Titanium Tube Heat Exchanger Principle: Mixing Heat Exchanger Application: Heater Certification: CE, RoHS, UL Item: Titanium Tube Heat Exchanger for Fishpond Equipmen Liquid Flow Rate: 4.5m3/H Maximum Working Pressure: 5.0MPa Voltage: 220V/380V Heating Capacity: 12kw Warranty: 24month Medium ( Refrigerant Gas ): R22,R407c,R134A,R404A,R410A,R600A Trademark: ECOICE Transport Package: Packed by Seaworthy Export Cartons and Pallet Specification: ECOL-3.0 Origin: China HS Code: 8419 Product Description High efficiency tube in shell heat exchangerWork Condition:1)Refrigerant side (Between the tube and shell):R22,R134a,R407c,R410a 2)Water side (in the tube):Domestic water,Nature water,antifreeze (glycol water)3)This structure A used as condenser,For heat mode.Material:1)Heattransfer Tube: copper finned tube,nickel-copper finnedtube,double-wall copper tube.2)shell: High quality steel (4mm thickness).Features:1)Capacity:4.5KW ,15000btu/h (heat mode)2)Small volume Compact size is helpful to save the space ,Thereby reducing the size of whole units.3)It's usually used in heat pump.High Effciency of Heat Exchange:1)Use efficiency finned copper tube, heat exchange area is 3.6 times than the Smooth Tube.,it is one important cause of high efficiency.2)Insidethe tube is screw thread,inside and outside of tubes induce turbulence flow of freon and water,it'sanother cause of high efficiency.3)The compact helix structure of the coil ensures sufficient heat exchange between the gas and water.Safety:1)Whole tube inside shell has no internal joint,that means no welding bug.2)The Copper Tube is fully shaped and then installed into the shell thus free from Products processing defects. 3)There is no block on water loop and the water flow is smooth,thus keep itavoid dirty.4)The water pipe ison the lowest position ,and easy for drainage in cold season,avoid freeze.StructureSpecificationContact Us