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The ALLIED AIR 12r61 is a 7.5 kW electric heater designed as an accessory heating element for compatible air handler and fan coil systems. Operating on a 208-230 volt, single-phase, 60 Hz power supply, this electric heat kit provides reliable supplemental or primary resistance heating in ducted HVAC systems. It is installed by licensed HVAC technicians as part of a complete system configuration, adding electric heat capacity to units that are not equipped with a gas furnace or heat pump backup. The 7.5 kW output makes it well suited for residential and light commercial applications where consistent, controllable heat is required.
This electric heater kit is intended for use as an equipment accessory in ducted forced-air systems. It is a common installation choice in all-electric residential construction, multifamily housing, and light commercial spaces where gas service is unavailable or where electric resistance heat is preferred. The unit operates at 208-230 volts single phase, making it compatible with standard residential and light commercial electrical services. Installation is typically performed during new system commissioning or when upgrading an existing air handler to add electric heat capability.
Designed as an OEM-style electric heat kit accessory for compatible Allied Air ducted air handler and fan coil systems requiring 208-230 volt single-phase electric heat capability. Refer to the air handler installation manual or system documentation to confirm heat kit compatibility before ordering.
Installation must be performed by a licensed HVAC technician in accordance with local electrical codes and NEC requirements. Disconnect and lock out all power to the air handler before installing or servicing the electric heat kit. Verify that the electrical supply circuit is properly sized for the current draw of a 7.5 kW heater at the supply voltage before making any connections. Do not energize the heater without confirming airflow is present, as operating electric heat elements without adequate airflow can cause overheating and equipment damage.
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