Table of Contents
Section1-Purpose
Section2-Scope
Section3-Definitions
Section4-InformationRequirements
Section5-GeneralPrinciples
Section6-CalculatingtheRecoveryEfficiencyRatio
fortheEnergyRecoveryVentilationComponent
Section7-IntegratingtheEfficiencyoftheEnergy
RecoveryComponentwiththeEfficiencyof
CoolingandHeatingEquipment
Section8-CalculatingtheEffectofEnergyRecovery
VentilationonCoolingSystemEfficiency
Section9-CalculatingtheEffectofEnergyRecovery
VentilationonHeatingSystemEfficiency
Section10-Sizing
Section11-Implementation
APPENDICES
AppendixA-References-Normative
AppendixB-References-Informative
AppendixC-SampleCalculations-Informative
AppendixD-ComparingTypicalCombinedEfficiencyand
EnergyAnalysisResultsinaVarietyof
Climates-Informative
AppendixE-RatingConversions-Informative Abstract
Provides a method of calculating the energy efficiency of applied Energy Recovery Ventilation components and of heating, ventilating, and/or air-conditioning systems utilizing such components at selected operating conditions.
