Correct IDD units for temperature difference or amplitude fields that…

… should be deltaC

idd/Energy+.idd.in

@@ -21664,7 +21664,7 @@ ZoneEarthtube,
       \default 0
  N13, \field Amplitude of Soil Surface Temperature
       \required-field
-      \units C
+      \units deltaC
       \type real
       \minimum 0
       \default 0
@@ -55784,7 +55784,7 @@ Pipe:Underground,
         \default 0
    N4,  \field Amplitude of Soil Surface Temperature
         \note optional
-        \units C
+        \units deltaC
         \type real
         \minimum 0
         \default 0
@@ -55907,7 +55907,7 @@ PipingSystem:Underground:Domain,
    N16, \field Kusuda-Achenbach Average Amplitude of Surface Temperature
         \required-field
         \type real
-        \units C
+        \units deltaC
    N17, \field Kusuda-Achenbach Phase Shift of Minimum Surface Temperature
         \required-field
         \type real
@@ -62518,7 +62518,7 @@ GroundHeatExchanger:HorizontalTrench,
         \note Site:GroundTemperature:Shallow object must be found in the input
         \note The undisturbed ground temperature will be approximated from this object
         \type real
-        \units C
+        \units deltaC
    N18, \field Kusuda-Achenbach Phase Shift of Minimum Surface Temperature
         \note This is the parameter for phase shift from minimum surface temperature
         \note This is an optional input in that if it is missing, a
@@ -69136,7 +69136,7 @@ Refrigeration:Condenser:AirCooled,
         \note Will be adjusted for elevation automatically
   N1 ,  \field Rated Subcooling Temperature Difference
         \type real
-        \units DeltaC
+        \units deltaC
         \default 0.0
         \minimum 0.0
         \note must correspond to rating given for total heat rejection effect
@@ -69204,7 +69204,7 @@ Refrigeration:Condenser:EvaporativeCooled,
         \units W
   N2 ,  \field Rated Subcooling Temperature Difference
         \type real
-        \units DeltaC
+        \units deltaC
         \default 0.0
         \minimum 0.0
         \note must correspond to rating given for total heat rejection effect
@@ -69354,7 +69354,7 @@ Refrigeration:Condenser:WaterCooled,
         \default 0.0
         \minimum 0.0
         \type real
-        \units DeltaC
+        \units deltaC
         \note must correspond to rating given for total heat rejection effect
   N4,   \field Rated Water Inlet Temperature
         \required-field
@@ -69437,7 +69437,7 @@ Refrigeration:Condenser:Cascade,
         \default 3.0
         \type real
         \minimum> 0.0
-        \units DeltaC
+        \units deltaC
   N3 ,  \field Rated Effective Total Heat Rejection Rate
         \required-field
         \note used for identification and rough system size error checking
@@ -69509,13 +69509,13 @@ Refrigeration:GasCooler:AirCooled,
         \note Temperature difference between the CO2 exiting the gas cooler and the air entering the
         \note gas cooler during transcritical operation.
         \type real
-        \units DeltaC
+        \units deltaC
         \default 3.0
   N5 ,  \field Subcritical Temperature Difference
         \note Temperature difference between the saturated condensing temperature and the air
         \note temperature during subcritical operation.
         \type real
-        \units DeltaC
+        \units deltaC
         \default 10.0
   N6 ,  \field Minimum Condensing Temperature
         \note Minimum saturated condensing temperature during subcritical operation.
@@ -69626,7 +69626,7 @@ Refrigeration:Subcooler,
         \note plan to add ambient subcoolers at future time
    N1 , \field Liquid Suction Design Subcooling Temperature Difference
         \type real
-        \units DeltaC
+        \units deltaC
         \note Applicable only and required for liquid suction heat exchangers
         \note design liquid suction subcooling
    N2 , \field Design Liquid Inlet Temperature
@@ -70155,15 +70155,15 @@ Refrigeration:SecondarySystem,
   N4 ,  \field Evaporator Approach Temperature Difference
         \type real
         \required-field
-        \units DeltaC
+        \units deltaC
         \note  For "FluidAlwaysLiquid", this is the rated difference between the temperature of the
         \note      circulating fluid leaving the heat exchanger
         \note      and the heat exchanger's rated evaporating temperature.
         \note  For "FluidPhaseChange", this is the difference between the temperature of the
         \note      evaporating and condensing temperatures in the heat exchanger.
   N5 ,  \field Evaporator Range Temperature Difference
         \type real
-        \units DeltaC
+        \units deltaC
         \note  For "FluidAlwaysLiquid", this is the rated difference between the temperature of the
         \note      circulating fluid entering the heat exchanger and the temperature of the
         \note      circulating fluid leaving the heat exchanger, and is Required.