Chart - Pressure-Temperature Equivalents of Saturated Steam

Lbs. per sq. in.Temperature
Pressure
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.