20/30/40 Plates Heat Exchanger Wort Chiller, Stainless Steel Counter Flow Chiller Bar Homebrew Beer Cooler Tools(30 Plates A)

20/30/40 Plates Heat Exchanger Wort Chiller, Stainless Steel Counter Flow Chiller Bar Homebrew Beer Cooler ToolsThe wort chilling rate is depending on tap water temperature and rate of flow.Low temperature, faster cooling rateHigh flow rate, faster cooling rate20 Plates Chiller: Dimension: 190mm x 72mm x 65mm Garden hose thread : 1/2" Male NPT fitting30 Plates Chiller: Dimension: 190mm x 72mm x 87mm Garden hose thread : 3/4" Male NPT fitting 30 Plates Chiller(Inner Thread)Garden hose thread: 1/2'' NPT40 Plates Chiller:Dimension: 190mm x 72mm x 112mmWater side out/in: 3/4" NPT Theaded Wort side out/in: 1/2" NPT ThreadedPrincipleCounterflow chillers are a tube-inside-a-tube design and work by running hot wort from the boil kettle through the inner tube while cold water flows in the opposite direction through the outer tube.1. Soak the wort side in a suitable cleaning solution2. Rinse with water, after filling it with cleaning solution, tip it from side to side to make sure air bubbles escape3. Let dry after it has been flushed4. Connect wort-in port to the mash tun5. Connect wort-out port to your fermenter6. Connect water-in port to garden hose getting cool water7. Connect water-out port to garden hose to remove warm water8. Turn on the cooling water first and then open the valve on your pot to start the wort flow9. Flush the wort side of the chiller with plenty of clean water immediately after use10. To remove deposits, soak in a suitable cleaner for 4 hours and then flushPacakge Includes 1Pc wort chiller==========Product Type : Wort ChillersMaterial : Stainless SteelItem : Beer CoolerMaterial : Stainless steelType : 20/30/40 Plates20 plate : 190 x 72 x 65mm30 plate : 190 x 72 x 87mm40 plate : 190 x 72 x 112mmThread : NPTUsing for : HomebrewFeature : Effic

• 【Compact Design】feature a design with high thermal conductivity, small size, and minimal space requirements, making them ideal for installations in confined spaces.
• 【High Heat Transfer Efficiency】Due to the corrugated plate design, BPHEs achieve efficient heat transfer and good fluid distribution, enhancing overall heat exchange efficiency.
• 【Low Maintenance Cost】The structure of it lacks gaskets and seals, reducing potential leakage points and maintenance needs, thereby lowering maintenance costs and frequency.
• 【Versatility】it can handle various fluids, including cooling water, refrigerants, and other industrial fluids, making them suitable for a wide range of applications.
• 【Modular Design】The heat exchange area and capacity can be adjusted according to specific requirements, meeting different process demands and application needs.