Heat Exchanger means the primary combustion heat exchanger for the gas furnace and the secondary or tertiary heat exchanger. The plastic front manifold condensate collector attached to the secondary or tertiary heat exchanger is not considered part of the heat exchanger.
Heat Exchanger means a component of a solar energy device
Heat Exchanger means the equipment including ventilation systems and electrical pumps installed at a Designated Property to transfer Energy from the DEU to the Designated Property;
Examples of Heat Exchanger in a sentence
FURNACES (*First digit may be a “T” or an “A”): L8X1, L9X1, S8X1, S8X2, S8B1 Limited Warranty Period - Original Purchaser: Parts – ten (10) years, Heat Exchanger – twenty (20) years.
S9B1, S9V2, S9X2, S9X1, *UD2-V/*DD2-V, *UD2-C-V/*DD2-C-V, *UHM/*DHM: Limited Warranty Period - Original Purchaser: Parts – ten (10) years, Heat Exchanger – Lifetime MODULAR BLOWERS: P0V0 Limited Warranty Period - Original Purchaser: Parts – ten (10) years.
More Definitions of Heat Exchanger
Heat Exchanger means the equipment, including ventilation systems and electrical pumps, installed at a designated property transfer of energy from the district energy system to a designated property;
Heat Exchanger means the equipment installed at a Designated Property to transfer Energy from the DEU to the Designated Property;
Heat Exchanger means a component of a solar energy device that is used to transfer heat from one fluid to another.
Heat Exchanger means the primary combustion heat exchanger for gas and oil fired Furnaces and the secondary or tertiary heat exchanger in the high efficiency condensing Furnaces. The plastic front manifold condensate collector attached to the secondary or tertiary heat exchanger in the high efficiency condensing Furnaces is not part of the heat exchanger.
Heat Exchanger means a device for heating the hydrogen;
Heat Exchanger means a component of a solar energy device that is used to transfer
Heat Exchanger. ’ means the equipment which is used to transfer heat from process outputs at high temperature to another part of the process, which makes industrial processes more efficient by capturing and re- using heat energy