NVent Raychem - Trace Heating Cable - Hot Water Maintenance

Product Details: Type HWAT-M HWAT-R Outer Inner Jacket Construction  Modified polyolefin  Modified polyolefin Outer jacket Colour  Orange  Red Braid  Tinned Copper  Tinned Copper Conductors  1.3 mm2 (16 AWG) nickel-plated copper  1.3 mm2 (16 AWG) nickel-plated copper Nominal Voltage  230 VAC  230 VAC Nominal power output  9 W/m  12W/m   nVent RAYCHEM HWAT-M and HWAT-R self-regulating heating cables for hot water mainatainance offer a robust solution for maintaining process temperatures. Engineered with cutting-edge technology, these self-regulating trace heating cables adapt their power output to ambient conditions, ensuring optimal temperature control without the risk of overheating. Ideally used to maintain the desired water temperature in a building’s hot water distribution pipe network, the HWAT series has a modified polyolefin inner/out jacket and a tinned copper braid. The temperature if futher controlled using trace heating thermostas. This self regulating trace heating cable is placed on the pipe underneath the insulation, the cables automatically compensate for pipe heat losses where they occur, thereby providing continuous, energy efficient, hot water temperature maintenance.  Furthermore, the HWAT system can be used to eliminate the recirculation system altogether or to help optimise its performance, in a hybrid approach. In a hybrid system, recirculation loops are used on the long central pipe runs, with HWAT cables installed on all branch run outs. Either way, a much improved solution when compared to recirculation systems. With an impressive power output and a maximum temperature exposure, the HWAT-M and HWAT-R heating cables are built for performance. nVent RAYCHEM backs this durability with a 10-year product warranty, guaranteeing long-term reliability in even the harshest environments. Key Features: nVent Raychem trace heating cables improve delivery of instant hot water at the tap, compared to recirculation systems These are ISO-9001 registered. Tested and approved to IEC 62395 and IEEE 515.1 Energy efficient with aluminium foil layer to protect the self-regulating core from chemical ingress Simple to design and flexible, quick and easy to install. Requires less maintenance, improved hygiene Prevents of bacterial proliferation, as water is maintained at a specific temperature level