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1 DuPont Opteon yf REFRIGERANT Technical Information Thermodynamic Properties of DuPont Opteon yf SI Units
2 Physical Properties Refrigerant Classification Molecular Weight HFO g/mol Boiling Point at One Atmosphere C Critical Temperature C Critical Pressure kpa Critical Density kg/m 3 Critical Volume Ozone Depletion Potential Global Warming Potential ASHRAE Standard 34 Safety Rating m 3 /kg 0 4 A2L Units and Factors t = temperature in C P = pressure in kilopascals absolute [kpa (abs)] v f = volume of saturated liquid in m 3 /kg v g = volume of saturated vapor in m 3 /kg V = volume of superheated vapor in m 3 /kg d f = 1/v f = density of saturated liquid in kg/m 3 d g = 1/v g = density of saturated vapor in kg/m 3 h f = enthalpy of saturated liquid in kj/kg h fg = enthalpy of vaporization in kj/kg One atmosphere = kpa Reference point for enthalpy and entropy: h g = enthalpy of saturated vapor in kj/kg H = enthalpy of superheated vapor in kj/kg s f = entropy of saturated liquid in kj/(kg) (K) s g = entropy of saturated vapor in kj/(kg) (K) S = entropy of superheated vapor in kj/(kg) (K) h f = 200 kj/kg at 0 C s f = 1 kj/kg K at 0 C Data Information generated using REFPROP version 9, release date November Reference State: Enthalpy =200 kj/kg, entropy = 1kJ/kg-K for the saturated liquid at 0C (IIR)
3 Saturation Properties - Temperature Table Rev 1, 10 Nov 2010 Pressure Volume Density Enthalpy Temp [kpa] [m 3 /kg] [kg/m 3 ] [kj/kg] [kj/k-kg] Temp C Liquid Vapor Liquid Vapor Liquid Vapor Liquid Latent Vapor Liquid Vapor C p f p g v f v g d f d g H f H fg H g S f S g Entropy
4 Saturation Properties - Temperature Table Rev 1, 10 Nov 2010 Pressure Volume Density Enthalpy Temp [kpa] [m 3 /kg] [kg/m 3 ] [kj/kg] [kj/k-kg] Temp C Liquid Vapor Liquid Vapor Liquid Vapor Liquid Latent Vapor Liquid Vapor C p f p g v f v g d f d g H f H fg H g S f S g Entropy
5 Temp C C C C Temp Temp C C C C Temp
6 Temp C C C C Temp Temp C C C C Temp
7 Temp C C C C Temp Temp C C C C Temp
8 Temp C C C C Temp Temp C C C C Temp
9 Temp 0.39 C 1.30 C 2.19 C 3.07 C Temp Temp 3.92 C 4.76 C 5.58 C 6.38 C Temp
10 Temp 7.17 C 9.08 C C C Temp Temp C C C C Temp
11 Temp C C C C Temp Temp C C C C Temp
12 Temp C C C C Temp Temp C C C C Temp
Thermodynamic Properties of DuPont ISCEON MO99
DuPont ISCEON REFRIGERANTS Technical Information Thermodynamic Properties of DuPont ISCEON MO99 SI Units Thermodynamic Properties of DuPont ISCEON MO99 SI Units Physical Properties Refrigerant Classification
Boiling Point at One Atmosphere C Critical Temperature 74.9 C
Opteon XP44 Refrigerant Thermodynamic Properties of Opteon XP44 (R-452A) SI Units Physical Properties Molecular Weight 103.5 g/mole Boiling Point at One Atmosphere -47.0 C Critical Temperature 74.9 C Critical
Boiling Point at One Atmosphere C Critical Temperature 81.5 C
Opteon XP40 Refrigerant Thermodynamic Properties of Opteon XP40 (R-449A) SI Units Physical Properties Molecular Weight 87.2 g/mole Boiling Point at One Atmosphere -46.0 C Critical Temperature 81.5 C Critical
Boiling Point at One Atmosphere C Critical Temperature 96.5 C
Opteon XP10 Refrigerant Thermodynamic Properties of Opteon XP10 (R-513A) SI Units Physical Properties Molecular Weight 108.4 g/mole Boiling Point at One Atmosphere -29.2 C Critical Temperature 96.5 C Critical
Boiling Point at One Atmosphere 29.1 C Critical Temperature C. Critical Density kg/m 3
Opteon XP30 Refrigerant Thermodynamic Properties of Opteon XP30 (R-514A) SI Units Physical Properties Molecular Weight 139.6 lb/lb-mole Boiling Point at One Atmosphere 29.1 C Critical erature 178.1 C Critical
Thermodynamic Properties of Opteon XP40 (R-449A) Engineering (I/P) Units. Boiling Point at One Atmosphere F Critical Temperature 178.
Opteon XP40 Refrigerant Thermodynamic Properties of Opteon XP40 (R-449A) Engineering (I/P) Units Physical Properties Molecular Weight 87.2 lb/lb-mole Boiling Point at One Atmosphere -50.8 F Critical Temperature
Boiling Point at One Atmosphere F Critical Temperature F
Opteon XP44 Refrigerant Thermodynamic Properties of Opteon XP44 (R-452A) Engineering (I/P) Units Physical Properties Molecular Weight 103.5 lb/lb-mole Boiling Point at One Atmosphere -52.7 F Critical Temperature
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