P r e s s u r e - Te m p e r a t u r e C h a r t f o r R - 1 3 4 A R e f r i g e r a n t

Refrigerant Pressure (PSIG)

Saturated Temperature

5

-3°F {-19.4°C}

10

7°F {-13.9°C}

15

15°F {-9.4°C}

20

22°F {-5.5°C}

25

29°F {-1.6°C}

30

35°F {1.6°C}

35

40°F {4.4°C}

40

45°F {7.2°C}

45

50°F {10°C}

50

54°F {12.2°C}

55

58°F {14.4°C}

60

62°F {16.7°C}

65

66°F {18.9°C}

70

69°F {20.5°C}

75

73°F {22.7°C}

80

76°F {24.4°C}

85

79°F {26.1°C}

90

82°F {27.7°C}

95

85°F {29.4°C}

100

88°F {31.1°C}

105

90°F {32.2°C}

110

93°F {33.8°C}

115

96°F {35.5°C}

120

98°F {36.6°C}

125

100°F {37.7°C}

130

103°F {39.4°C}

135

105°F {40.5°C}

140

107°F {41.6°C}

145

109°F {42.7°C}

150

112°F {44.4°C}

155

114°F {45.5°C}

160

116°F {46.6°C}

170

120°F {48.8°C}

180

123°F {50.5°C}

190

127°F {52.7°C}

200

130°F {54.4°C}

210

134°F {56.6°C}

220

137°F {58.3°C}

230

140°F {60°C}

✐NOTE: These pressure/ temperature relationships are in

an “At-Rest”, saturated condition. For example, if the unit has been in a warehouse at 40°F {4.4°C} and it is brought to a room where it is 80°F {26.7°C}, it may require a few hours for the unit to warm and the pressure to rise to the surrounding ambient conditions.

A p p e n d i x l E - 1