Chart - Pressure-Temperature Equivalents of Saturated Steam

Lbs. per sq. in.Temperature
Pressure°F°C
0212.0100.0
5227.1108.4
10239.4115.2
15249.8121.0
20258.8126.0
22261.2127.8
24265.3129.6
26268.3131.3
28271.2132.9
30274.1134.5
32276.8136.0
34279.3137.4
36281.8138.8
38284.4140.2
40286.7141.5
42289.0142.8
44291.2144.0
46293.5145.3
48295.5146.4
50297.7147.6
52299.9148.7
54301.6149.8
56303.6150.9
58308.4151.9
60307.4153.0
62309.2154.0
64310.8154.9
66312.6155.9
68314.2156.8
70316.0157.0
72317.7158.7
74319.3159.6
76320.9160.5
78322.3161.3
80323.8162.1
85327.6164.2
90331.2166.2
95334.6168.1
100337.8169.9
105341.1171.7
110344.1173.4
115347.2175.1
120350.1175.7
125352.9178.3
130355.6179.8
135358.3181.3
140360.9182.7
145363.4184.1
150365.9185.5
155368.2186.8
160370.6188.1
165373.9189.4
170375.3190.7
175377.4191.9
180379.6193.1
185381.7194.3
190383.7195.4
195385.9196.6
200387.9197.7
205398.8198.8
210391.6199.8
215392.9200.5
220395.4201.7
225397.2202.9
230399.0203.9
235400.7204.8
240402.5205.8
245404.2206.8
250406.1207.8
255407.7208.7
260409.4209.7
265411.0210.6
270412.6211.4
275414.2202.3
280415.7213.2
300421.0216.1
350436.5224.7
Properties of Saturated Steam
The steam pressure is important because it determines the minimum temperature condition under which the hose will be used.
The operating temperature is a very important factor in selecting a steam hose as a relatively small increase in temperature can greatly reduce the hose life.