COILED CONCENTRIC TUBE HEAT EXCHANGER

This heat exchanger is mounted on a metal plate and secured on the service unit panel fascia. In normal operation, hot water passes through the braided hose and self-sealing coupling into the inner tube, flows through the heat exchanger and leaves. Cold water flows through the annulus between the larger outer tube and the smaller inner tube. Learn about COILED CONCENTRIC TUBE HEAT EXCHANGER equipment for optimal educational outcomes.. With the hot water in the inner tube, losses from the system to the outside are minimised while still allowing students to see the construction of the unit. Flow direction may be arranged for co-current (parallel) or counter-current (opposite direction) of the hot and cold streams. Learn about COILED CONCENTRIC TUBE HEAT EXCHANGER for educational labs for optimal educational outcomes.. Self-sealing couplings retain the water in both the hoses and the heat exchangers. Changeover may be performed without stopping the pump or cold flow, but operators should wear gloves for protection from hot surfaces. Learn about COILED CONCENTRIC TUBE HEAT EXCHANGER exporters for optimal educational outcomes.. Reversing the cold flow direction is the only recommended option.

• Inner Tube Material: Copper
• Inner Tube Outside Diameter: Ø21.4mm
• Inner Tube Wall Thickness: 1mm
• Outer Tube Material: Steel
• Outer Tube Inside Diameter: Ø19.4mm
• Outer Tube Wall Thickness: 1mm
• Active Heat Transfer Section: 1610mm (L) x 108,000mm²