Technical Information
T-410A—SI
DuPont™ Suva
®
refrigerants
Thermodynamic
Properties
of
DuPont
Suva 410A
™
®
Refrigerant
(R-410A)
The DuPont Oval Logo, The miracles of science™,
and Suva®, are trademarks or registered trademarks of
E.I. du Pont de Nemours and Company.
Thermodynamic Properties of DuPont™ Suva® 410A Refrigerant
SI Units
New tables of the thermodynamic properties of DuPont™
Suva® 410A refrigerant [ASHRAE designation: R-410A
(50/50)], have been developed and are presented here.
These tables are based on extensive experimental measurements. Equations have been developed, based on the
Martin-Hou equation of state, which represent the data
with accuracy and consistency throughout the entire range
of temperature, pressure, and density. Vapor enthalpy and
entropy are calculated from the standard Martin-Hou
equations. Additional equations have been developed for
the calculation of saturated liquid enthalpy, latent enthalpy,
and saturated liquid entropy, and are presented here.
Physical Properties
Chemical Formula
CH 2 F2 /CHF 2CF 3
(50/50% by weight)
Molecular Weight
72.58
Boiling Point at
One Atmosphere
–51.58°C
(–60.84°F)
Critical Temperature
72.13°C
345.28 K
(161.83°F)
(621.50°R)
Critical Pressure
4926.1 kPa (abs)
(714.50 psia)
Critical Density
488.90 kg/m3
(30.52 lb/ft3)
Critical Volume
0.00205 m3/kg
(0.0328 ft3/lb)
Units and Factors
t = temperature in °C
T = temperature in K = °C + 273.15
P = pressure in kiloPascals absolute [kPa (abs)]
vf = volume of saturated liquid in m3/kg
vg = volume of saturated vapor in m3/kg
V = volume of superheated vapor in m3/kg
df = 1/vf = density of saturated liquid in kg/m3
dg = 1/vg = density of saturated vapor in kg/m3
hf = enthalpy of saturated liquid in kJ/kg
hfg = enthalpy of vaporization in kJ/kg
hg = 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)
sg = entropy of saturated vapor in kJ/(kg) (K)
S = entropy of superheated vapor in kJ/(kg) (K)
C p = heat capacity at constant pressure in kJ/(kg) (°C)
C v = heat capacity at constant volume in kJ/(kg) (°C)
vs = velocity of sound in m/sec
The gas constant, R = 8.314 J/(mole) (K)
for Suva® 410A, R = 0.11455 kJ/kg • K
One atmosphere = 101.325 kPa
Reference point for enthalpy and entropy:
hf = 200 kJ/kg at 0°C
sf = 1 kJ/kg • K at 0°C
Equations
1. Conversion Factors—SI Units to IP Units
Properties listed in the following thermodynamic tables
in SI units can be converted to I/P units using the
conversion factors shown below. Please note that in
converting enthalpy and entropy from SI to I/P units,
a change in reference states must be included (from
H = 200 and S = 1 at 0°C for SI units to H = 0 and
S = 0 at –40°F for I/P units). In the conversion equation
below, H (ref) and S (ref) are the saturated liquid
enthalpy and entropy at –40°C. For Suva® 410A, H
(ref) = 141.1 kJ/kg and S (ref) = 0.7666 kJ/kg•K.
P (psia)
T (°F)
D (lb/ft3)
V (ft3/lb)
H (Btu/lb)
S (Btu/lb•°R)
Cp (Btu/lb•°F)
Cv (Btu/lb•°F)
vs (ft/sec)
=
=
=
=
=
=
=
=
=
P (kPa [abs])•0.14504
(T[°C]•1.8) + 32
D (kg/m3)•0.062428
V (m3/kg)•16.018
[H (kJ/kg) – H (ref)]•0.43021
[S (kJ/kg•K) – S (ref)]•0.23901
Cp (kJ/kg•K)•0.23901
Cv (kJ/kg•K)•0.23901
vs (m/sec)•3.2808
2. Martin-Hou Equation of State
Coefficients for the Martin-Hou equation of state are
presented below:
5
P = RT/(V–b) + Σ (Ai + BiT + Ci exp [–kT/Tc])/(V–b)i
i=2
1
For SI units
For SI units
T and Tc are in K = °C + 273.15, V is in m3/kg, and P
is in kPa (abs).
R = 0.11455 kJ/kg•K for
Suva®
Cop and Cov = kJ/kg•K
R = 0.114550 kJ/kg•K for Suva® 410A
410A
T is in K = °C + 273.15
b, Ai, Bi, Ci, and k are constants:
a, b, c, d are constants:
A2 = –1.721781 E–01
A4 = –4.329207 E–07
B2 = 1.646288 E–04
B4 = 0.000000 E+00
C2 = –6.293665 E+00
C4 = 0.000000 E+00
A3 = 2.381558 E–04
A5 = –6.241072 E–10
B3 = –1.462803 E–08
B5 = 1.380469 E–12
Cop and Cov = Btu/lb•°R
C3 = 1.532461 E–02
C5 = 1.604125 E–07
R = 0.02737815 Btu/lb•°R for Suva® 410A
b = 4.355134 E–04
k = 5.750000 E+00
a =
2.676084 E–01
c
= –9.848184 E–07
b =
2.115353 E–03
d
= 6.493781 E–11
For I/P units
T is in °R = °F + 459.67
X and Y are constants used in the vapor enthalpy and
entropy equations for the Martin-Hou equation of state:
a, b, c, d, are constants:
a =
6.395995 E–02
c
= –7.264730 E–08
X = 2.987192 E+02
b =
2.808787 E–04
d
= 2.661267 E–12
Y = 8.463990 E–01
For I/P units
T and Tc are in °R = °F + 459.67, V is in ft3/lb, and P
is in psia.
3. Liquid Enthalpy, Latent Enthalpy and Liquid
Entropy Equations
Saturated Liquid Enthalpy:
R = 0.147852 (psia) (ft3)/lb•°R for Suva® 410A
hf = A + B•X + C•(X)2 + D•(X)3 + E•(X)4 + F•(X)5
b, Ai, Bi, Ci, and k are constants:
A2 = –6.407692 E+00
A4 = –4.134026 E–03
B2 =
3.403745 E–03
B4 = 0.000000 E+00
C2 = –2.342218 E+02
C4 = 0.000000 E+00
A3 = 1.419729 E–01
A5 = –9.546510 E–05
B3 = –4.844597 E–06
B5 = 1.173112 E–07
C3 = 9.135529 E+00
C5 = 2.453712 E–02
where X = (1 – Tr)1/3 – Xo, and Tr = T/Tc
Latent Enthalpy:
hfg = hg – hf
Saturated Liquid Entropy:
sf = sg – ([hg–hf]/T)
For SI units
X and Y are constants used in the vapor enthalpy and
entropy equations for the Martin-Hou equation of state:
hf, hg, and hfg are in kJ/kg
sf and sg are in kJ/(kg) (K)
T and Tc are in K = °C + 273.15
X = 6.779200 E+01
A, B, C, D, E, F, and Xo are constants:
b=
6.976251 E–03
k = 5.750000 E+00
Y = –7.838900 E–02
Ideal Gas Heat Capacity (at constant pressure):
Cop = a + bT + cT2 + dT3
Ideal Gas Heat Capacity (at constant volume):
Cov = Cop – R
2
A = 2.211749 E+02
D = –2.622749 E+02
B = –5.149668 E+02
E =
1.052000 E+03
C = –6.316250 E+02
F =
1.596000 E+03
Xo =
5.541498 E–01
For I/P units
Because both pressure and temperature appear in the
reduced form in the equation, the same constants can be
used for either SI or I/P units.
hf, hg, and hfg are in Btu/lb
sf and sg are in Btu/(lb) (°R)
T and Tc are in °R = °F + 459.67
For SI units
A, B, C, D, E, F, and Xo are constants:
A = 3.442467 E+01
D = –1.128898 E+02
B = –2.215447 E+02
E =
4.528092 E+02
C = –2.717314 E+02
F =
6.866152 E+02
Xo =
5.541498 E–01
T and Tc are in K = °C + 273.15
P and Pc are in kPa (abs)
For I/P units
T and Tc are in °R = °F + 459.67
P and Pc are in psia
4. Vapor Pressure
5. Density of the Saturated Liquid
logn (Psat/Pc) = 1/Tr (A + B•X + C•X2 + D•X3 +
E•X4 + F•X5)
where X = (1 – Tr) – Xo, and Tr = T/Tc
df/Dc = Af + Bf (1–Tr) (1/3) + Cf (1–Tr)
Df (1–Tr) + Ef (1–Tr) (4/3)
of saturated liquid
Constants for vapor pressure
(dew point), pg:
A = –1.440004 E+00
D =
B = –6.865265 E+00
E =
C = –5.354309 E–01
F =
Xo =
of saturated vapor
–3.826420
–4.068750
–1.233300
2.086902
–3.749023
–3.521484
–7.750000
2.086902
+
Af, Bf, Cf, Df, Ef are constants:
A, B, C, D, E, F, and Xo are constants:
Constants for vapor pressure
(bubble point), pf:
A = –1.437600 E+00
D =
B = –6.871500 E+00
E =
C = –5.362300 E–01
F =
Xo =
(2/3)
A f = 1.000000 E+00
B f = 1.984734 E+00
C f = –1.767593 E–01
E+00
E+00
E+00
E–01
D f = 1.819972 E+00
E f = –7.171684 E–01
Because both density and temperature appear in the
reduced form in the equation, the same constants can be
used for either SI or I/P units.
For SI units
Tr and T/Tc, both in K = °C + 273.15
df and Dc are in kg/m3
E+00
E+00
E+00
E–01
For I/P units
Tr and T/Tc, both in °R = °F + 459.67
df and Dc are in lb/ft3
3
Table 1
Suva® 410A Saturation Properties—Temperature Table
TEMP.
°C
PRESSURE
kPa
LIQUID
pf
VAPOR
pg
VOLUME
m 3 /kg
LIQUID
VAPOR
vf
vg
DENSITY
kg/m 3
LIQUID
VAPOR
1/vf
1/v g
ENTHALPY
kJ/kg
LIQUID
hf
LATENT
h fg
VAPOR
hg
ENTROPY
kJ/(kg)(K)
VAPOR
LIQUID
sg
sf
TEMP.
°C
–100
–99
–98
–97
–96
3.8
4.1
4.5
4.9
5.4
3.7
4.1
4.4
4.9
5.3
0.0007
0.0007
0.0007
0.0007
0.0007
5.3267
4.8882
4.4913
4.1317
3.8053
1509.0
1506.2
1503.4
1500.6
1497.8
0.188
0.205
0.223
0.242
0.263
63.3
64.5
65.7
66.9
68.1
311.4
310.8
310.2
309.5
308.9
374.7
375.3
375.8
376.4
377.0
0.3789
0.3857
0.3925
0.3993
0.4061
2.1774
2.1703
2.1633
2.1565
2.1498
–100
–99
–98
–97
–96
–95
–94
–93
–92
–91
5.9
6.4
6.9
7.5
8.2
5.8
6.3
6.8
7.4
8.1
0.0007
0.0007
0.0007
0.0007
0.0007
3.5088
3.2391
2.9935
2.7694
2.5649
1494.9
1492.1
1489.3
1486.4
1483.6
0.285
0.309
0.334
0.361
0.390
69.3
70.5
71.7
73.0
74.2
308.3
307.6
307.0
306.3
305.7
377.6
378.2
378.7
379.3
379.9
0.4128
0.4196
0.4263
0.4330
0.4398
2.1432
2.1367
2.1304
2.1241
2.1180
–95
–94
–93
–92
–91
–90
–89
–88
–87
–86
8.8
9.6
10.3
11.2
12.0
8.8
9.5
10.2
11.1
12.0
0.0007
0.0007
0.0007
0.0007
0.0007
2.3780
2.2069
2.0502
1.9065
1.7746
1480.7
1477.9
1475.0
1472.1
1469.2
0.421
0.453
0.488
0.525
0.564
75.4
76.6
77.9
79.1
80.4
305.0
304.4
303.7
303.0
302.4
380.5
381.0
381.6
382.2
382.7
0.4465
0.4532
0.4599
0.4666
0.4732
2.1120
2.1061
2.1003
2.0945
2.0889
–90
–89
–88
–87
–86
–85
–84
–83
–82
–81
13.0
14.0
15.0
16.2
17.4
12.9
13.9
14.9
16.1
17.3
0.0007
0.0007
0.0007
0.0007
0.0007
1.6534
1.5419
1.4391
1.3445
1.2571
1466.3
1463.4
1460.5
1457.6
1454.7
0.605
0.649
0.695
0.744
0.795
81.6
82.9
84.1
85.4
86.6
301.7
301.0
300.3
299.7
299.0
383.3
383.9
384.4
385.0
385.6
0.4799
0.4866
0.4932
0.4998
0.5064
2.0834
2.0780
2.0727
2.0674
2.0623
–85
–84
–83
–82
–81
–80
–79
–78
–77
–76
18.6
20.0
21.4
22.9
24.5
18.5
19.9
21.3
22.8
24.4
0.0007
0.0007
0.0007
0.0007
0.0007
1.1764
1.1019
1.0328
0.9689
0.9097
1451.7
1448.8
1445.8
1442.8
1439.9
0.850
0.908
0.968
1.032
1.099
87.9
89.2
90.4
91.7
93.0
298.3
297.6
296.9
296.1
295.4
386.1
386.7
387.3
387.8
388.4
0.5130
0.5196
0.5262
0.5328
0.5393
2.0572
2.0523
2.0474
2.0426
2.0378
–80
–79
–78
–77
–76
–75
–74
–73
–72
–71
26.2
27.9
29.8
31.8
33.9
26.1
27.8
29.7
31.7
33.7
0.0007
0.0007
0.0007
0.0007
0.0007
0.8547
0.8037
0.7563
0.7121
0.6711
1436.9
1433.9
1430.9
1427.9
1424.8
1.170
1.244
1.322
1.404
1.490
94.2
95.5
96.8
98.1
99.4
294.7
294.0
293.2
292.5
291.8
389.0
389.5
390.1
390.6
391.2
0.5459
0.5524
0.5589
0.5654
0.5719
2.0332
2.0286
2.0241
2.0196
2.0153
–75
–74
–73
–72
–71
–70
–69
–68
–67
–66
36.0
38.3
40.7
43.3
45.9
35.9
38.2
40.6
43.2
45.8
0.0007
0.0007
0.0007
0.0007
0.0007
0.6328
0.5972
0.5639
0.5328
0.5038
1421.8
1418.8
1415.7
1412.7
1409.6
1.580
1.675
1.773
1.877
1.985
100.7
102.0
103.3
104.6
105.9
291.0
290.3
289.5
288.8
288.0
391.7
392.3
392.8
393.4
393.9
0.5784
0.5849
0.5913
0.5978
0.6042
2.0110
2.0067
2.0026
1.9985
1.9944
–70
–69
–68
–67
–66
–65
–64
–63
–62
–61
48.7
51.7
54.7
57.9
61.3
48.6
51.5
54.6
57.8
61.2
0.0007
0.0007
0.0007
0.0007
0.0007
0.4766
0.4512
0.4274
0.4051
0.3842
1406.5
1403.4
1400.3
1397.2
1394.1
2.098
2.216
2.340
2.469
2.603
107.2
108.5
109.9
111.2
112.5
287.2
286.4
285.7
284.9
284.1
394.4
395.0
395.5
396.0
396.6
0.6106
0.6170
0.6234
0.6298
0.6361
1.9904
1.9865
1.9827
1.9788
1.9751
–65
–64
–63
–62
–61
–60
–59
–58
–57
–56
64.8
68.5
72.3
76.4
80.6
64.7
68.3
72.2
76.2
80.4
0.0007
0.0007
0.0007
0.0007
0.0007
0.3646
0.3461
0.3288
0.3126
0.2972
1390.9
1387.8
1384.6
1381.4
1378.3
2.743
2.889
3.041
3.199
3.364
113.8
115.2
116.5
117.9
119.2
283.3
282.5
281.6
280.8
280.0
397.1
397.6
398.2
398.7
399.2
0.6425
0.6488
0.6551
0.6614
0.6677
1.9714
1.9678
1.9642
1.9606
1.9571
–60
–59
–58
–57
–56
–55
–54
–53
–52
–51
84.9
89.5
94.2
99.2
104.3
84.7
89.3
94.0
99.0
104.1
0.0007
0.0007
0.0007
0.0007
0.0007
0.2828
0.2692
0.2565
0.2444
0.2330
1375.1
1371.9
1368.7
1365.4
1362.2
3.536
3.714
3.899
4.092
4.292
120.5
121.9
123.2
124.6
126.0
279.2
278.3
277.5
276.6
275.8
399.7
400.2
400.7
401.2
401.7
0.6740
0.6803
0.6865
0.6928
0.6990
1.9537
1.9503
1.9470
1.9437
1.9404
–55
–54
–53
–52
–51
–50
–49
–48
–47
–46
109.7
115.3
121.1
127.1
133.4
109.4
115.0
120.8
126.8
133.0
0.0007
0.0007
0.0007
0.0007
0.0007
0.2222
0.2121
0.2025
0.1934
0.1848
1358.9
1355.7
1352.4
1349.1
1345.8
4.500
4.715
4.939
5.171
5.411
127.3
128.7
130.1
131.4
132.8
274.9
274.1
273.2
272.3
271.4
402.2
402.7
403.2
403.7
404.2
0.7052
0.7114
0.7176
0.7238
0.7299
1.9372
1.9340
1.9309
1.9278
1.9248
–50
–49
–48
–47
–46
–45
–44
–43
–42
–41
139.9
146.6
153.6
160.9
168.4
139.5
146.3
153.2
160.5
168.0
0.0007
0.0008
0.0008
0.0008
0.0008
0.1767
0.1690
0.1617
0.1547
0.1482
1342.5
1339.2
1335.8
1332.5
1329.1
5.660
5.918
6.186
6.462
6.749
134.2
135.6
137.0
138.4
139.7
270.5
269.6
268.7
267.8
266.9
404.7
405.2
405.7
406.1
406.6
0.7361
0.7422
0.7483
0.7544
0.7605
1.9217
1.9188
1.9158
1.9129
1.9101
–45
–44
–43
–42
–41
4
Table 1 (continued)
Suva 410A Saturation Properties—Temperature Table
®
PRESSURE
kPa
LIQUID
pf
VAPOR
pg
VOLUME
m 3 /kg
LIQUID
VAPOR
vf
vg
–40
–39
–38
–37
–36
176.2
184.3
192.7
201.3
210.3
175.8
183.8
192.2
200.8
209.8
0.0008
0.0008
0.0008
0.0008
0.0008
0.1419
0.1360
0.1304
0.1251
0.1200
1325.7
1322.3
1318.9
1315.5
1312.1
–35
–34
–33
–32
–31
219.6
229.2
239.1
249.3
259.9
219.0
228.6
238.4
248.6
259.2
0.0008
0.0008
0.0008
0.0008
0.0008
0.1151
0.1105
0.1062
0.1020
0.0980
–30
–29
–28
–27
–26
270.8
282.1
293.7
305.7
318.1
270.1
281.3
292.9
304.9
317.2
0.0008
0.0008
0.0008
0.0008
0.0008
–25
–24
–23
–22
–21
330.9
344.0
357.6
371.5
385.9
329.9
343.0
356.6
370.5
384.8
–20
–19
–18
–17
–16
400.7
415.9
431.6
447.7
464.3
–15
–14
–13
–12
–11
TEMP.
°C
DENSITY
kg/m 3
LIQUID
VAPOR
1/vf
1/v g
ENTROPY
kJ/(kg)(K)
ENTHALPY
kJ/kg
TEMP.
°C
LIQUID
sf
VAPOR
sg
407.1
407.6
408.0
408.5
408.9
0.7666
0.7727
0.7787
0.7847
0.7908
1.9072
1.9045
1.9017
1.8990
1.8963
–40
–39
–38
–37
–36
261.2
260.2
259.3
258.3
257.3
409.4
409.8
410.3
410.7
411.2
0.7968
0.8028
0.8088
0.8148
0.8207
1.8936
1.8910
1.8884
1.8858
1.8832
–35
–34
–33
–32
–31
155.3
156.7
158.2
159.6
161.1
256.3
255.3
254.3
253.3
252.2
411.6
412.0
412.5
412.9
413.3
0.8267
0.8326
0.8385
0.8445
0.8504
1.8807
1.8782
1.8757
1.8733
1.8709
–30
–29
–28
–27
–26
12.866
13.360
13.868
14.391
14.931
162.5
164.0
165.4
166.9
168.4
251.2
250.1
249.1
248.0
247.0
413.7
414.1
414.5
414.9
415.3
0.8562
0.8621
0.8680
0.8738
0.8797
1.8685
1.8661
1.8638
1.8614
1.8591
–25
–24
–23
–22
–21
1255.0
1251.3
1247.5
1243.8
1240.0
15.486
16.058
16.647
17.253
17.877
169.8
171.3
172.8
174.3
175.7
245.9
244.8
243.7
242.6
241.5
415.7
416.1
416.5
416.9
417.2
0.8855
0.8913
0.8971
0.9029
0.9087
1.8569
1.8546
1.8523
1.8501
1.8479
–20
–19
–18
–17
–16
0.0540
0.0521
0.0504
0.0486
0.0470
1236.2
1232.4
1228.6
1224.7
1220.8
18.519
19.179
19.859
20.558
21.276
177.2
178.7
180.2
181.7
183.2
240.4
239.3
238.1
237.0
235.8
417.6
418.0
418.3
418.7
419.1
0.9145
0.9203
0.9260
0.9318
0.9375
1.8457
1.8436
1.8414
1.8393
1.8372
–15
–14
–13
–12
–11
0.0008
0.0008
0.0008
0.0008
0.0008
0.0454
0.0439
0.0425
0.0411
0.0397
1216.9
1213.0
1209.1
1205.1
1201.1
22.016
22.776
23.558
24.361
25.187
184.7
186.2
187.7
189.3
190.8
234.7
233.5
232.3
231.1
229.9
419.4
419.7
420.1
420.4
420.7
0.9432
0.9489
0.9547
0.9604
0.9660
1.8351
1.8330
1.8309
1.8288
1.8268
–10
–9
–8
–7
–6
677.3
699.9
723.2
747.0
771.4
0.0008
0.0008
0.0008
0.0008
0.0009
0.0384
0.0372
0.0360
0.0348
0.0337
1197.1
1193.1
1189.0
1184.9
1180.8
26.036
26.909
27.806
28.728
29.675
192.3
193.8
195.4
196.9
198.5
228.7
227.5
226.3
225.1
223.8
421.0
421.4
421.7
422.0
422.3
0.9717
0.9774
0.9830
0.9887
0.9943
1.8247
1.8227
1.8207
1.8187
1.8167
–5
–4
–3
–2
–1
799.0
824.7
851.0
878.0
905.6
796.5
822.1
848.4
875.3
902.8
0.0009
0.0009
0.0009
0.0009
0.0009
0.0326
0.0316
0.0306
0.0297
0.0287
1176.7
1172.5
1168.3
1164.1
1159.8
30.649
31.649
32.676
33.732
34.817
200.0
201.6
203.1
204.7
206.2
222.5
221.3
220.0
218.7
217.4
422.5
422.8
423.1
423.4
423.6
1.0000
1.0056
1.0112
1.0168
1.0225
1.8147
1.8128
1.8108
1.8088
1.8069
0
1
2
3
4
5
6
7
8
9
933.9
962.9
992.5
1022.8
1053.8
931.0
959.8
989.3
1019.5
1050.4
0.0009
0.0009
0.0009
0.0009
0.0009
0.0278
0.0270
0.0261
0.0253
0.0246
1155.5
1151.2
1146.9
1142.5
1138.1
35.931
37.076
38.252
39.461
40.702
207.8
209.4
211.0
212.6
214.1
216.1
214.8
213.4
212.1
210.7
423.9
424.1
424.4
424.6
424.9
1.0281
1.0337
1.0392
1.0448
1.0504
1.8049
1.8030
1.8011
1.7991
1.7972
5
6
7
8
9
10
11
12
13
14
1085.5
1117.9
1151.0
1184.9
1219.5
1082.0
1114.3
1147.3
1181.1
1215.6
0.0009
0.0009
0.0009
0.0009
0.0009
0.0238
0.0231
0.0224
0.0217
0.0211
1133.7
1129.2
1124.7
1120.1
1115.6
41.977
43.288
44.634
46.017
47.437
215.7
217.3
219.0
220.6
222.2
209.3
207.9
206.5
205.1
203.7
425.1
425.3
425.5
425.7
425.9
1.0560
1.0616
1.0671
1.0727
1.0783
1.7953
1.7934
1.7914
1.7895
1.7876
10
11
12
13
14
15
16
17
18
19
1254.9
1291.0
1328.0
1365.7
1404.2
1250.8
1286.9
1323.7
1361.3
1399.6
0.0009
0.0009
0.0009
0.0009
0.0009
0.0205
0.0198
0.0193
0.0187
0.0181
1110.9
1106.3
1101.6
1096.9
1092.1
48.897
50.398
51.939
53.523
55.152
223.8
225.4
227.1
228.7
230.4
202.2
200.8
199.3
197.8
196.3
426.1
426.2
426.4
426.5
426.7
1.0838
1.0894
1.0949
1.1005
1.1060
1.7857
1.7838
1.7818
1.7799
1.7780
15
16
17
18
19
LIQUID
hf
LATENT
h fg
7.045
7.352
7.669
7.996
8.335
141.1
142.5
144.0
145.4
146.8
265.9
265.0
264.1
263.1
262.2
1308.6
1305.2
1301.7
1298.2
1294.7
8.685
9.046
9.419
9.805
10.202
148.2
149.6
151.0
152.4
153.9
0.0942
0.0906
0.0872
0.0839
0.0807
1291.2
1287.6
1284.1
1280.5
1276.9
10.613
11.036
11.473
11.923
12.388
0.0008
0.0008
0.0008
0.0008
0.0008
0.0777
0.0749
0.0721
0.0695
0.0670
1273.3
1269.7
1266.0
1262.3
1258.7
399.5
414.7
430.3
446.4
462.9
0.0008
0.0008
0.0008
0.0008
0.0008
0.0646
0.0623
0.0601
0.0580
0.0559
481.3
498.9
516.9
535.4
554.4
479.9
497.4
515.3
533.7
552.7
0.0008
0.0008
0.0008
0.0008
0.0008
–10
–9
–8
–7
–6
573.9
593.9
614.4
635.5
657.2
572.1
592.1
612.6
633.6
655.1
–5
–4
–3
–2
–1
679.3
702.1
725.4
749.3
773.9
0
1
2
3
4
5
VAPOR
hg
Table 1 (continued)
Suva 410A Saturation Properties—Temperature Table
®
PRESSURE
kPa
LIQUID
pf
VAPOR
pg
VOLUME
m 3 /kg
LIQUID
VAPOR
vf
vg
DENSITY
kg/m 3
LIQUID
VAPOR
1/vf
1/v g
20
21
22
23
24
1443.6
1483.7
1524.7
1566.6
1609.3
1438.8
1478.9
1519.7
1561.4
1604.0
0.0009
0.0009
0.0009
0.0009
0.0009
0.0176
0.0171
0.0166
0.0161
0.0156
1087.2
1082.4
1077.5
1072.5
1067.5
25
26
27
28
29
1652.9
1697.3
1742.7
1788.9
1836.1
1647.4
1691.7
1736.9
1783.0
1830.0
0.0009
0.0010
0.0010
0.0010
0.0010
0.0152
0.0147
0.0143
0.0139
0.0135
30
31
32
33
34
1884.2
1933.3
1983.3
2034.3
2086.3
1877.9
1926.8
1976.6
2027.4
2079.2
0.0010
0.0010
0.0010
0.0010
0.0010
35
36
37
38
39
2139.2
2193.2
2248.1
2304.2
2361.2
2132.0
2185.7
2240.5
2296.3
2353.2
40
41
42
43
44
2419.3
2478.5
2538.8
2600.1
2662.6
45
46
47
48
49
ENTROPY
kJ/(kg)(K)
VAPOR
LIQUID
sg
sf
LIQUID
hf
ENTHALPY
kJ/kg
LATENT
h fg
56.825
58.545
60.314
62.132
64.001
232.0
233.7
235.4
237.1
238.7
194.8
193.2
191.7
190.1
188.5
426.8
426.9
427.1
427.2
427.3
1.1116
1.1172
1.1227
1.1283
1.1338
1.7760
1.7741
1.7721
1.7702
1.7682
20
21
22
23
24
1062.4
1057.3
1052.1
1046.9
1041.6
65.924
67.901
69.935
72.028
74.181
240.4
242.1
243.9
245.6
247.3
186.9
185.3
183.6
181.9
180.2
427.3
427.4
427.5
427.5
427.5
1.1394
1.1450
1.1506
1.1562
1.1618
1.7662
1.7643
1.7623
1.7603
1.7582
25
26
27
28
29
0.0131
0.0127
0.0123
0.0120
0.0116
1036.3
1030.9
1025.4
1019.9
1014.2
76.398
78.679
81.028
83.447
85.939
249.1
250.8
252.6
254.3
256.1
178.5
176.8
175.0
173.2
171.4
427.6
427.6
427.6
427.5
427.5
1.1674
1.1730
1.1786
1.1843
1.1899
1.7562
1.7541
1.7521
1.7500
1.7479
30
31
32
33
34
0.0010
0.0010
0.0010
0.0010
0.0010
0.0113
0.0110
0.0107
0.0103
0.0100
1008.6
1002.8
996.9
991.0
985.0
88.506
91.151
93.879
96.691
99.592
257.9
259.7
261.5
263.4
265.2
169.5
167.7
165.8
163.8
161.9
427.5
427.4
427.3
427.2
427.1
1.1956
1.2013
1.2070
1.2127
1.2185
1.7458
1.7436
1.7414
1.7392
1.7370
35
36
37
38
39
2411.1
2470.1
2530.2
2591.3
2653.6
0.0010
0.0010
0.0010
0.0010
0.0011
0.0098
0.0095
0.0092
0.0089
0.0087
978.9
972.7
966.4
960.0
953.4
102.585
105.674
108.864
112.159
115.564
267.1
269.0
270.9
272.8
274.8
159.9
157.8
155.8
153.7
151.5
427.0
426.8
426.7
426.5
426.3
1.2243
1.2301
1.2359
1.2418
1.2477
1.7348
1.7325
1.7302
1.7278
1.7255
40
41
42
43
44
2726.1
2790.9
2856.7
2923.8
2991.9
2717.0
2781.6
2847.3
2914.2
2982.2
0.0011
0.0011
0.0011
0.0011
0.0011
0.0084
0.0082
0.0079
0.0077
0.0074
946.8
940.0
933.1
926.0
918.8
119.085
122.727
126.497
130.402
134.448
276.7
278.7
280.7
282.7
284.8
149.3
147.1
144.8
142.5
140.1
426.0
425.8
425.5
425.2
424.9
1.2537
1.2597
1.2658
1.2719
1.2781
1.7230
1.7206
1.7181
1.7156
1.7130
45
46
47
48
49
50
51
52
53
54
3061.3
3131.9
3203.7
3276.7
3351.0
3051.5
3122.0
3193.7
3266.6
3340.9
0.0011
0.0011
0.0011
0.0011
0.0011
0.0072
0.0070
0.0068
0.0066
0.0064
911.4
903.9
896.1
888.2
880.0
138.645
143.001
147.527
152.235
157.139
286.9
289.0
291.2
293.4
295.6
137.7
135.2
132.6
130.0
127.3
424.6
424.2
423.8
423.4
423.0
1.2843
1.2906
1.2971
1.3036
1.3102
1.7104
1.7077
1.7050
1.7022
1.6994
50
51
52
53
54
55
56
57
58
59
3426.5
3503.3
3581.3
3660.7
3741.3
3416.3
3493.1
3571.2
3650.7
3731.5
0.0012
0.0012
0.0012
0.0012
0.0012
0.0062
0.0060
0.0058
0.0056
0.0054
871.5
862.8
853.8
844.5
834.8
162.252
167.594
173.187
179.056
185.232
297.9
300.3
302.7
305.1
307.7
124.6
121.7
118.7
115.7
112.5
422.5
422.0
421.4
420.8
420.2
1.3169
1.3238
1.3308
1.3380
1.3453
1.6965
1.6935
1.6904
1.6873
1.6841
55
56
57
58
59
60
61
62
63
64
3823.3
3906.6
3991.2
4077.2
4164.5
3813.6
3897.1
3982.0
4068.4
4156.1
0.0012
0.0012
0.0013
0.0013
0.0013
0.0052
0.0050
0.0049
0.0047
0.0045
824.7
814.1
802.9
791.1
778.5
191.757
198.680
206.069
214.014
222.641
310.3
313.0
315.9
318.8
322.0
109.2
105.8
102.2
98.4
94.3
419.5
418.8
418.1
417.2
416.3
1.3529
1.3608
1.3689
1.3774
1.3863
1.6808
1.6773
1.6738
1.6700
1.6661
60
61
62
63
64
65
66
67
68
69
4253.2
4343.3
4434.7
4527.6
4621.8
4245.4
4336.1
4428.2
4521.9
4617.2
0.0013
0.0013
0.0014
0.0014
0.0014
0.0043
0.0041
0.0039
0.0037
0.0035
765.0
750.3
734.2
716.0
694.9
232.131
242.755
254.940
269.366
287.059
325.3
328.8
332.7
336.9
341.7
90.0
85.3
80.3
74.6
68.4
415.3
414.2
412.9
411.5
410.1
1.3958
1.4059
1.4168
1.4289
1.4425
1.6620
1.6575
1.6527
1.6476
1.6424
65
66
67
68
69
70
4717.5
4713.9
0.0015
0.0032
669.1
308.947
347.3
61.6
408.9
1.4586
1.6380
70
TEMP.
°C
6
VAPOR
hg
TEMP.
°C
Table 2
Suva 410A Superheated Vapor—Constant Pressure Tables
®
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
10.0
TEMP.
°C
–85
–80
–75
–70
–65
–60
–55
–50
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
20.0
(–88.31°C)
(–78.91°C)
–60
–55
–50
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
40.0
(–72.84°C)
(–68.26°C)
TEMP.
°C
V
H
S
V
H
S
V
H
S
V
H
S
(2.0972)
(381.4)
(2.1020)
(1.0953)
(386.8)
(2.0518)
(0.7491)
(390.2)
(2.0234)
(0.5721)
(392.7)
(2.0036)
2.1363
2.1951
2.2538
2.3123
2.3707
2.4290
2.4872
2.5453
2.6033
2.6613
2.7192
2.7770
2.8348
2.8926
2.9503
3.0079
3.0656
3.1232
3.1808
3.2383
3.2958
3.3534
3.4109
3.4683
3.5258
3.5833
3.6407
3.6981
3.7555
3.8130
3.8704
—
—
—
—
383.5
386.8
390.1
393.4
396.7
400.1
403.6
407.0
410.5
414.1
417.7
421.3
425.0
428.7
432.4
436.2
440.0
443.9
447.8
451.7
455.7
459.7
463.8
467.9
472.0
476.2
480.4
484.6
488.9
493.2
497.6
—
—
—
—
2.1134
2.1304
2.1472
2.1637
2.1800
2.1962
2.2121
2.2278
2.2434
2.2588
2.2740
2.2891
2.3040
2.3188
2.3334
2.3479
2.3623
2.3766
2.3908
2.4048
2.4187
2.4325
2.4462
2.4598
2.4733
2.4868
2.5001
2.5133
2.5264
2.5395
2.5524
—
—
—
—
—
—
1.1188
1.1487
1.1784
1.2081
1.2377
1.2672
1.2966
1.3259
1.3551
1.3844
1.4135
1.4426
1.4717
1.5007
1.5297
1.5587
1.5876
1.6166
1.6455
1.6743
1.7032
1.7320
1.7609
1.7897
1.8185
1.8473
1.8761
1.9048
1.9336
1.9624
1.9911
—
—
—
—
389.4
392.7
396.2
399.6
403.1
406.6
410.1
413.7
417.3
421.0
424.7
428.4
432.2
436.0
439.8
443.7
447.6
451.5
455.5
459.5
463.6
467.7
471.8
476.0
480.2
484.5
488.8
493.1
497.4
501.8
506.3
—
—
—
—
—
392.1
395.6
399.0
402.6
406.1
409.7
413.3
416.9
420.6
424.3
428.1
431.9
435.7
439.5
443.4
447.4
451.3
455.3
459.4
463.4
467.5
471.7
475.9
480.1
484.3
488.6
493.0
497.3
501.7
506.2
510.6
—
—
—
—
2.0331
2.0499
2.0664
2.0827
2.0988
2.1146
2.1303
2.1458
2.1610
2.1762
2.1911
2.2059
2.2206
2.2351
2.2495
2.2637
2.2779
2.2919
2.3057
2.3195
2.3332
2.3468
2.3602
2.3736
2.3869
2.4000
2.4131
2.4261
2.4390
2.4518
2.4646
—
—
—
—
—
0.5822
0.5976
0.6129
0.6280
0.6431
0.6581
0.6731
0.6880
0.7028
0.7176
0.7324
0.7471
0.7618
0.7764
0.7911
0.8057
0.8203
0.8348
0.8494
0.8639
0.8784
0.8929
0.9074
0.9219
0.9363
0.9508
0.9652
0.9797
0.9941
1.0085
1.0229
—
—
—
—
395.0
398.5
402.0
405.6
409.2
412.9
416.6
420.3
424.0
427.8
431.6
435.4
439.3
443.2
447.1
451.1
455.1
459.2
463.3
467.4
471.5
475.7
480.0
484.2
488.5
492.8
497.2
501.6
506.1
510.5
515.0
—
—
—
—
2.0147
2.0315
2.0479
2.0642
2.0802
2.0960
2.1116
2.1270
2.1422
2.1573
2.1721
2.1869
2.2014
2.2159
2.2302
2.2444
2.2584
2.2723
2.2861
2.2998
2.3134
2.3269
2.3403
2.3536
2.3668
2.3799
2.3929
2.4058
2.4187
2.4314
2.4441
–85
–80
–75
–70
–65
–60
–55
–50
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
TEMP.
°C
50.0
TEMP.
°C
30.0
—
—
2.0651
2.0819
2.0985
2.1148
2.1309
2.1468
2.1625
2.1780
2.1934
2.2086
2.2236
2.2385
2.2532
2.2678
2.2822
2.2966
2.3108
2.3248
2.3388
2.3527
2.3664
2.3800
2.3936
2.4070
2.4204
2.4336
2.4468
2.4598
2.4728
2.4857
2.4985
—
—
—
—
—
0.7607
0.7810
0.8011
0.8211
0.8411
0.8609
0.8807
0.9005
0.9201
0.9397
0.9593
0.9788
0.9983
1.0178
1.0372
1.0566
1.0760
1.0953
1.1147
1.1340
1.1533
1.1726
1.1918
1.2111
1.2303
1.2496
1.2688
1.2880
1.3072
1.3264
1.3456
—
60.0
(–64.52°C)
70.0
(–61.34°C)
V
H
S
V
H
(0.4641)
(394.7)
(1.9885)
(0.3911)
(396.4)
0.4754
0.4879
0.5002
0.5124
0.5246
0.5367
0.5487
0.5607
0.5726
0.5845
0.5964
0.6082
0.6200
0.6318
0.6435
0.6552
0.6669
0.6786
0.6903
0.7019
0.7135
0.7252
0.7368
0.7484
0.7600
0.7715
0.7831
0.7947
0.8062
0.8178
0.8294
—
397.9
401.5
405.2
408.8
412.5
416.2
419.9
423.7
427.5
431.3
435.2
439.0
443.0
446.9
450.9
454.9
459.0
463.1
467.2
471.4
475.6
479.8
484.1
488.4
492.7
497.1
501.5
505.9
510.4
514.9
519.5
—
2.0039
2.0206
2.0370
2.0532
2.0691
2.0848
2.1003
2.1156
2.1308
2.1457
2.1605
2.1752
2.1897
2.2040
2.2182
2.2323
2.2463
2.2601
2.2739
2.2875
2.3010
2.3144
2.3277
2.3409
2.3541
2.3671
2.3800
2.3929
2.4057
2.4183
2.4309
—
0.3940
0.4045
0.4149
0.4253
0.4355
0.4457
0.4558
0.4659
0.4759
0.4859
0.4959
0.5058
0.5157
0.5255
0.5354
0.5452
0.5550
0.5647
0.5745
0.5842
0.5940
0.6037
0.6134
0.6231
0.6327
0.6424
0.6521
0.6617
0.6714
0.6810
0.6907
—
397.4
401.0
404.7
408.4
412.1
415.8
419.6
423.4
427.2
431.0
434.9
438.8
442.7
446.7
450.7
454.7
458.8
462.9
467.1
471.2
475.4
479.7
483.9
488.3
492.6
497.0
501.4
505.8
510.3
514.8
519.4
—
80.0
(–58.56°C)
(–56.09°C)
S
V
H
S
V
H
S
(1.9764)
(0.3384)
(397.9)
(1.9662)
(0.2985)
(399.1)
(1.9574)
—
400.5
404.2
407.9
411.7
415.4
419.2
423.0
426.9
430.7
434.6
438.5
442.5
446.5
450.5
454.5
458.6
462.7
466.9
471.1
475.3
479.5
483.8
488.1
492.5
496.9
501.3
505.7
510.2
514.7
519.3
523.9
—
1.9783
1.9951
2.0116
2.0279
2.0438
2.0596
2.0751
2.0904
2.1055
2.1205
2.1352
2.1498
2.1643
2.1786
2.1928
2.2068
2.2207
2.2345
2.2482
2.2618
2.2752
2.2886
2.3018
2.3150
2.3281
2.3410
2.3539
2.3667
2.3794
2.3920
2.4046
—
0.3003
0.3083
0.3163
0.3242
0.3320
0.3397
0.3474
0.3551
0.3627
0.3703
0.3778
0.3853
0.3928
0.4002
0.4076
0.4150
0.4224
0.4298
0.4371
0.4445
0.4518
0.4591
0.4664
0.4737
0.4810
0.4883
0.4956
0.5028
0.5101
0.5174
0.5246
—
400.0
403.7
407.5
411.2
415.0
418.9
422.7
426.5
430.4
434.3
438.3
442.3
446.3
450.3
454.4
458.4
462.6
466.7
470.9
475.1
479.4
483.7
488.0
492.4
496.7
501.2
505.6
510.1
514.6
519.2
523.8
—
1.9612
1.9782
1.9948
2.0112
2.0273
2.0431
2.0588
2.0742
2.0894
2.1044
2.1192
2.1339
2.1484
2.1628
2.1770
2.1911
2.2050
2.2188
2.2325
2.2461
2.2596
2.2730
2.2863
2.2994
2.3125
2.3255
2.3384
2.3512
2.3639
2.3766
2.3891
1.9810
1.9979
2.0145
2.0308
2.0469
2.0627
2.0783
2.0937
2.1090
2.1240
2.1389
2.1536
2.1681
2.1825
2.1968
2.2109
2.2250
2.2388
2.2526
2.2662
2.2798
2.2932
2.3065
2.3198
2.3329
2.3460
2.3589
2.3718
2.3846
2.3973
2.4099
—
—
0.3449
0.3540
0.3630
0.3719
0.3807
0.3895
0.3982
0.4069
0.4155
0.4241
0.4327
0.4412
0.4497
0.4581
0.4666
0.4750
0.4834
0.4918
0.5002
0.5085
0.5169
0.5252
0.5336
0.5419
0.5502
0.5585
0.5668
0.5751
0.5834
0.5916
0.5999
7
–60
–55
–50
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
Table 2 (continued)
Suva® 410A Superheated Vapor—Constant Pressure Tables
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
–50
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
TEMP.
°C
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
90.0
100.0
101.325
110.0
(–53.84°C)
(–51.79°C)
(–51.53°C)
(–49.90°C)
V
H
S
V
H
(0.2672)
(400.3)
(1.9498)
(0.2420)
(401.3)
0.2728
0.2800
0.2870
0.2941
0.3010
0.3079
0.3148
0.3216
0.3284
0.3351
0.3418
0.3485
0.3552
0.3618
0.3684
0.3750
0.3816
0.3881
0.3947
0.4012
0.4077
0.4142
0.4207
0.4272
0.4337
0.4402
0.4467
0.4531
0.4596
0.4660
0.4725
—
403.2
407.0
410.8
414.6
418.5
422.4
426.2
430.1
434.1
438.0
442.0
446.0
450.1
454.2
458.3
462.4
466.6
470.8
475.0
479.3
483.5
487.9
492.2
496.6
501.1
505.5
510.0
514.5
519.1
523.7
528.3
—
1.9630
1.9798
1.9963
2.0125
2.0285
2.0442
2.0597
2.0750
2.0901
2.1050
2.1197
2.1343
2.1487
2.1630
2.1771
2.1911
2.2049
2.2187
2.2323
2.2458
2.2592
2.2725
2.2857
2.2988
2.3118
2.3247
2.3375
2.3502
2.3629
2.3754
2.3879
—
0.2443
0.2509
0.2573
0.2637
0.2701
0.2763
0.2826
0.2887
0.2949
0.3010
0.3071
0.3131
0.3191
0.3251
0.3311
0.3370
0.3430
0.3489
0.3548
0.3607
0.3666
0.3725
0.3783
0.3842
0.3900
0.3959
0.4017
0.4075
0.4134
0.4192
0.4250
—
402.7
406.6
410.4
414.3
418.1
422.0
425.9
429.9
433.8
437.8
441.8
445.8
449.9
454.0
458.1
462.2
466.4
470.6
474.8
479.1
483.4
487.7
492.1
496.5
501.0
505.4
509.9
514.4
519.0
523.6
528.2
—
S
V
(1.9430)
(0.2390)
1.9492
1.9662
1.9828
1.9992
2.0153
2.0311
2.0467
2.0621
2.0773
2.0922
2.1070
2.1216
2.1361
2.1504
2.1646
2.1786
2.1925
2.2062
2.2199
2.2334
2.2468
2.2601
2.2733
2.2865
2.2995
2.3124
2.3252
2.3380
2.3506
2.3632
2.3757
—
0.2410
0.2475
0.2538
0.2602
0.2664
0.2726
0.2788
0.2849
0.2909
0.2970
0.3030
0.3089
0.3149
0.3208
0.3267
0.3326
0.3384
0.3443
0.3501
0.3559
0.3617
0.3675
0.3733
0.3791
0.3849
0.3907
0.3964
0.4022
0.4079
0.4137
0.4194
—
S
V
H
S
(401.5)
(1.9421)
(0.2212)
(402.3)
(1.9369)
402.7
406.5
410.3
414.2
418.1
422.0
425.9
429.8
433.8
437.7
441.8
445.8
449.8
453.9
458.0
462.2
466.4
470.6
474.8
479.1
483.4
487.7
492.1
496.5
500.9
505.4
509.9
514.4
519.0
523.6
528.2
—
1.9474
1.9645
1.9811
1.9975
2.0136
2.0295
2.0451
2.0605
2.0756
2.0906
2.1054
2.1200
2.1345
2.1488
2.1630
2.1770
2.1909
2.2047
2.2183
2.2319
2.2453
2.2586
2.2718
2.2849
2.2979
2.3109
2.3237
2.3364
2.3491
2.3617
2.3742
—
—
0.2271
0.2330
0.2389
0.2447
0.2505
0.2562
0.2618
0.2675
0.2730
0.2786
0.2841
0.2896
0.2951
0.3005
0.3060
0.3114
0.3168
0.3222
0.3276
0.3329
0.3383
0.3436
0.3490
0.3543
0.3596
0.3649
0.3702
0.3755
0.3808
0.3861
0.3914
—
406.1
410.0
413.9
417.8
421.7
425.6
429.6
433.5
437.5
441.5
445.6
449.7
453.8
457.9
462.0
466.2
470.4
474.7
479.0
483.3
487.6
492.0
496.4
500.8
505.3
509.8
514.4
518.9
523.5
528.2
532.8
—
1.9537
1.9705
1.9870
2.0032
2.0192
2.0349
2.0503
2.0655
2.0806
2.0954
2.1101
2.1246
2.1390
2.1532
2.1672
2.1811
2.1949
2.2086
2.2222
2.2356
2.2489
2.2622
2.2753
2.2883
2.3013
2.3141
2.3268
2.3395
2.3521
2.3646
2.3770
–50
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
TEMP.
°C
120.0
130.0
140.0
150.0
(–48.13°C)
(–46.48°C)
(–44.93°C)
(–43.46°C)
V
H
S
V
H
(0.2037)
(403.2)
(1.9313)
(0.1889)
(404.0)
0.2072
0.2128
0.2182
0.2236
0.2289
0.2342
0.2394
0.2446
0.2498
0.2549
0.2600
0.2650
0.2701
0.2751
0.2801
0.2851
0.2901
0.2950
0.3000
0.3049
0.3098
0.3147
0.3196
0.3245
0.3294
0.3343
0.3392
0.3440
0.3489
0.3537
0.3586
—
405.6
409.5
413.5
417.4
421.3
425.3
429.3
433.3
437.3
441.3
445.4
449.5
453.6
457.7
461.9
466.1
470.3
474.5
478.8
483.1
487.5
491.9
496.3
500.7
505.2
509.7
514.3
518.8
523.4
528.1
532.7
—
1.9421
1.9591
1.9758
1.9921
2.0082
2.0239
2.0395
2.0548
2.0699
2.0848
2.0995
2.1141
2.1285
2.1427
2.1568
2.1708
2.1846
2.1983
2.2119
2.2253
2.2387
2.2519
2.2651
2.2781
2.2911
2.3039
2.3167
2.3294
2.3420
2.3545
2.3669
—
0.1904
0.1956
0.2007
0.2057
0.2107
0.2156
0.2205
0.2253
0.2301
0.2348
0.2395
0.2442
0.2489
0.2536
0.2582
0.2628
0.2674
0.2720
0.2766
0.2812
0.2857
0.2903
0.2948
0.2993
0.3038
0.3083
0.3129
0.3174
0.3219
0.3263
0.3308
—
405.2
409.1
413.1
417.0
421.0
425.0
429.0
433.0
437.0
441.1
445.1
449.2
453.4
457.5
461.7
465.9
470.1
474.4
478.7
483.0
487.4
491.8
496.2
500.6
505.1
509.6
514.2
518.7
523.3
528.0
532.7
—
S
V
H
S
V
H
S
(1.9262)
(0.1761)
(404.7)
(1.9215)
(0.1650)
(405.5)
(1.9172)
—
408.7
412.7
416.7
420.7
424.7
428.7
432.7
436.8
440.8
444.9
449.0
453.2
457.3
461.5
465.7
470.0
474.2
478.5
482.9
487.2
491.6
496.1
500.5
505.0
509.5
514.1
518.6
523.3
527.9
532.6
537.3
—
1.9386
1.9555
1.9721
1.9884
2.0044
2.0201
2.0355
2.0508
2.0658
2.0807
2.0953
2.1098
2.1241
2.1383
2.1523
2.1662
2.1799
2.1936
2.2071
2.2205
2.2337
2.2469
2.2600
2.2730
2.2858
2.2986
2.3113
2.3240
2.3365
2.3489
2.3613
—
0.1681
0.1727
0.1771
0.1815
0.1858
0.1901
0.1943
0.1985
0.2027
0.2068
0.2110
0.2151
0.2191
0.2232
0.2272
0.2312
0.2352
0.2392
0.2432
0.2472
0.2511
0.2551
0.2590
0.2629
0.2669
0.2708
0.2747
0.2786
0.2825
0.2864
0.2903
—
408.2
412.3
416.3
420.3
424.3
428.4
432.4
436.5
440.6
444.7
448.8
453.0
457.1
461.3
465.6
469.8
474.1
478.4
482.7
487.1
491.5
495.9
500.4
504.9
509.4
514.0
518.5
523.2
527.8
532.5
537.2
—
1.9292
1.9463
1.9630
1.9794
1.9955
2.0113
2.0268
2.0421
2.0572
2.0721
2.0868
2.1014
2.1157
2.1299
2.1440
2.1579
2.1717
2.1853
2.1988
2.2123
2.2256
2.2388
2.2518
2.2648
2.2777
2.2905
2.3032
2.3159
2.3284
2.3409
2.3533
1.9314
1.9485
1.9653
1.9818
1.9979
2.0138
2.0294
2.0448
2.0600
2.0750
2.0898
2.1044
2.1188
2.1331
2.1472
2.1612
2.1750
2.1888
2.2024
2.2159
2.2292
2.2425
2.2556
2.2687
2.2817
2.2945
2.3073
2.3200
2.3326
2.3451
2.3576
—
—
0.1809
0.1857
0.1904
0.1950
0.1996
0.2042
0.2087
0.2132
0.2176
0.2220
0.2264
0.2308
0.2351
0.2394
0.2437
0.2480
0.2523
0.2566
0.2608
0.2651
0.2693
0.2735
0.2777
0.2819
0.2861
0.2903
0.2945
0.2987
0.3029
0.3070
0.3112
8
TEMP.
°C
H
–45
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
Table 2 (continued)
Suva 410A Superheated Vapor—Constant Pressure Tables
®
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
TEMP.
°C
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
160.0
170.0
180.0
190.0
(–42.07°C)
(–40.74°C)
(–39.47°C)
(–38.26°C)
V
H
S
V
H
(0.1552)
(406.1)
(1.9131)
(0.1465)
(406.7)
0.1570
0.1613
0.1655
0.1696
0.1737
0.1778
0.1818
0.1857
0.1897
0.1936
0.1974
0.2013
0.2051
0.2089
0.2127
0.2165
0.2203
0.2240
0.2278
0.2315
0.2352
0.2389
0.2426
0.2463
0.2500
0.2537
0.2574
0.2610
0.2647
0.2684
0.2720
—
407.8
411.9
415.9
420.0
424.0
428.1
432.2
436.2
440.3
444.5
448.6
452.8
456.9
461.2
465.4
469.7
473.9
478.3
482.6
487.0
491.4
495.8
500.3
504.8
509.3
513.9
518.5
523.1
527.7
532.4
537.1
—
1.9204
1.9376
1.9544
1.9709
1.9871
2.0030
2.0186
2.0340
2.0492
2.0641
2.0789
2.0934
2.1078
2.1221
2.1362
2.1501
2.1639
2.1776
2.1911
2.2046
2.2179
2.2311
2.2442
2.2572
2.2701
2.2829
2.2957
2.3083
2.3209
2.3333
2.3457
—
0.1471
0.1512
0.1552
0.1591
0.1630
0.1669
0.1707
0.1744
0.1781
0.1818
0.1855
0.1892
0.1928
0.1964
0.2000
0.2035
0.2071
0.2106
0.2141
0.2177
0.2212
0.2247
0.2282
0.2317
0.2351
0.2386
0.2421
0.2455
0.2490
0.2524
0.2559
—
407.4
411.4
415.5
419.6
423.7
427.8
431.9
436.0
440.1
444.2
448.4
452.6
456.8
461.0
465.2
469.5
473.8
478.1
482.5
486.9
491.3
495.7
500.2
504.7
509.2
513.8
518.4
523.0
527.6
532.3
537.0
—
V
H
S
V
H
S
(1.9093)
(0.1388)
(407.3)
(1.9058)
(0.1318)
(407.9)
(1.9024)
—
411.0
415.1
419.3
423.4
427.5
431.6
435.7
439.9
444.0
448.2
452.4
456.6
460.8
465.1
469.3
473.6
478.0
482.3
486.7
491.1
495.6
500.1
504.6
509.1
513.7
518.3
522.9
527.5
532.2
537.0
541.7
—
1.9214
1.9385
1.9553
1.9716
1.9877
2.0035
2.0190
2.0343
2.0494
2.0642
2.0789
2.0934
2.1077
2.1219
2.1359
2.1497
2.1634
2.1770
2.1905
2.2039
2.2171
2.2303
2.2433
2.2562
2.2691
2.2818
2.2945
2.3070
2.3195
2.3319
2.3442
—
0.1342
0.1379
0.1415
0.1450
0.1485
0.1520
0.1554
0.1588
0.1621
0.1654
0.1687
0.1720
0.1752
0.1784
0.1817
0.1849
0.1880
0.1912
0.1944
0.1975
0.2007
0.2038
0.2070
0.2101
0.2132
0.2163
0.2194
0.2225
0.2256
0.2287
0.2318
—
410.6
414.8
418.9
423.0
427.2
431.3
435.5
439.6
443.8
448.0
452.2
456.4
460.6
464.9
469.2
473.5
477.8
482.2
486.6
491.0
495.5
499.9
504.5
509.0
513.6
518.2
522.8
527.5
532.2
536.9
541.6
—
1.9139
1.9311
1.9480
1.9645
1.9806
1.9965
2.0121
2.0274
2.0426
2.0575
2.0722
2.0867
2.1011
2.1152
2.1293
2.1432
2.1569
2.1705
2.1840
2.1974
2.2107
2.2238
2.2369
2.2498
2.2627
2.2754
2.2881
2.3007
2.3132
2.3256
2.3379
–40
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
TEMP.
°C
1.9119
1.9293
1.9463
1.9629
1.9792
1.9952
2.0109
2.0263
2.0416
2.0566
2.0714
2.0860
2.1004
2.1147
2.1288
2.1428
2.1566
2.1703
2.1839
2.1973
2.2107
2.2239
2.2370
2.2501
2.2630
2.2758
2.2885
2.3012
2.3137
2.3262
2.3386
—
—
0.1423
0.1461
0.1498
0.1535
0.1572
0.1608
0.1644
0.1679
0.1714
0.1749
0.1784
0.1818
0.1852
0.1886
0.1920
0.1954
0.1987
0.2020
0.2054
0.2087
0.2120
0.2153
0.2186
0.2219
0.2252
0.2285
0.2317
0.2350
0.2383
0.2415
0.2448
200.0
210.0
220.0
230.0
(–37.09°C)
(–35.97°C)
(–34.89°C)
(–33.85°C)
V
H
S
V
H
(0.1255)
(408.4)
(1.8992)
(0.1198)
(409.0)
0.1270
0.1306
0.1340
0.1374
0.1407
0.1440
0.1473
0.1505
0.1537
0.1569
0.1600
0.1631
0.1662
0.1693
0.1724
0.1754
0.1785
0.1815
0.1845
0.1875
0.1905
0.1935
0.1965
0.1994
0.2024
0.2054
0.2083
0.2113
0.2142
0.2171
0.2201
—
410.2
414.4
418.5
422.7
426.9
431.0
435.2
439.4
443.5
447.7
452.0
456.2
460.4
464.7
469.0
473.3
477.7
482.1
486.5
490.9
495.3
499.8
504.3
508.9
513.5
518.1
522.7
527.4
532.1
536.8
541.6
—
1.9066
1.9240
1.9410
1.9576
1.9738
1.9898
2.0055
2.0209
2.0361
2.0510
2.0658
2.0803
2.0947
2.1090
2.1230
2.1369
2.1507
2.1644
2.1779
2.1913
2.2045
2.2177
2.2308
2.2437
2.2566
2.2694
2.2820
2.2946
2.3071
2.3195
2.3319
—
0.1205
0.1239
0.1272
0.1305
0.1337
0.1368
0.1400
0.1431
0.1461
0.1491
0.1521
0.1551
0.1581
0.1610
0.1640
0.1669
0.1698
0.1727
0.1755
0.1784
0.1813
0.1841
0.1870
0.1898
0.1926
0.1955
0.1983
0.2011
0.2039
0.2067
0.2095
—
409.8
414.0
418.2
422.4
426.6
430.7
434.9
439.1
443.3
447.5
451.8
456.0
460.3
464.6
468.9
473.2
477.5
481.9
486.3
490.8
495.2
499.7
504.2
508.8
513.4
518.0
522.6
527.3
532.0
536.7
541.5
—
TEMP.
°C
S
S
V
H
S
V
H
S
(1.8962)
(0.1146)
(409.4)
(1.8933)
(0.1099)
(409.9)
(1.8906)
—
413.6
417.8
422.0
426.3
430.5
434.7
438.9
443.1
447.3
451.6
455.8
460.1
464.4
468.7
473.0
477.4
481.8
486.2
490.6
495.1
499.6
504.1
508.7
513.3
517.9
522.5
527.2
531.9
536.6
541.4
546.2
—
1.9106
1.9278
1.9446
1.9611
1.9772
1.9930
2.0086
2.0239
2.0390
2.0538
2.0685
2.0829
2.0972
2.1113
2.1253
2.1391
2.1528
2.1664
2.1798
2.1931
2.2063
2.2194
2.2324
2.2453
2.2581
2.2708
2.2834
2.2959
2.3083
2.3207
2.3329
—
0.1123
0.1154
0.1184
0.1214
0.1243
0.1272
0.1301
0.1329
0.1357
0.1385
0.1412
0.1439
0.1466
0.1493
0.1520
0.1547
0.1573
0.1600
0.1626
0.1652
0.1678
0.1704
0.1730
0.1756
0.1782
0.1808
0.1834
0.1860
0.1885
0.1911
0.1936
—
413.2
417.5
421.7
425.9
430.2
434.4
438.6
442.8
447.1
451.3
455.6
459.9
464.2
468.5
472.9
477.3
481.7
486.1
490.5
495.0
499.5
504.0
508.6
513.2
517.8
522.4
527.1
531.8
536.6
541.3
546.1
—
1.9043
1.9216
1.9385
1.9551
1.9713
1.9872
2.0028
2.0182
2.0333
2.0482
2.0629
2.0774
2.0917
2.1058
2.1198
2.1337
2.1474
2.1610
2.1744
2.1878
2.2010
2.2141
2.2271
2.2400
2.2528
2.2655
2.2781
2.2906
2.3031
2.3154
2.3277
1.8997
1.9172
1.9343
1.9510
1.9673
1.9834
1.9991
2.0146
2.0298
2.0449
2.0597
2.0743
2.0887
2.1030
2.1170
2.1310
2.1448
2.1585
2.1720
2.1854
2.1987
2.2119
2.2250
2.2379
2.2508
2.2636
2.2763
2.2889
2.3014
2.3138
2.3261
—
—
0.1178
0.1210
0.1242
0.1273
0.1303
0.1333
0.1363
0.1392
0.1421
0.1450
0.1479
0.1507
0.1535
0.1563
0.1591
0.1619
0.1647
0.1674
0.1701
0.1729
0.1756
0.1783
0.1810
0.1837
0.1864
0.1891
0.1918
0.1945
0.1972
0.1999
0.2026
9
–35
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
Table 2 (continued)
Suva 410A Superheated Vapor—Constant Pressure Tables
®
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
240.0
TEMP.
°C
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
250.0
(–32.84°C)
(–31.87°C)
V
H
S
V
H
(0.1055)
(410.4)
(1.8880)
(0.1015)
(410.8)
0.1072
0.1102
0.1132
0.1160
0.1189
0.1216
0.1244
0.1271
0.1298
0.1325
0.1351
0.1377
0.1404
0.1429
0.1455
0.1481
0.1506
0.1532
0.1557
0.1582
0.1607
0.1632
0.1657
0.1682
0.1707
0.1732
0.1756
0.1781
0.1806
0.1830
0.1855
412.8
417.1
421.4
425.6
429.9
434.1
438.4
442.6
446.9
451.1
455.4
459.7
464.0
468.4
472.7
477.1
481.5
485.9
490.4
494.9
499.4
503.9
508.5
513.1
517.7
522.3
527.0
531.7
536.5
541.2
546.0
1.8981
1.9156
1.9326
1.9493
1.9656
1.9815
1.9972
2.0126
2.0278
2.0428
2.0575
2.0720
2.0864
2.1006
2.1146
2.1285
2.1422
2.1558
2.1693
2.1826
2.1959
2.2090
2.2220
2.2349
2.2477
2.2604
2.2731
2.2856
2.2980
2.3104
2.3227
0.1026
0.1055
0.1083
0.1111
0.1138
0.1165
0.1192
0.1218
0.1244
0.1270
0.1295
0.1321
0.1346
0.1371
0.1395
0.1420
0.1445
0.1469
0.1493
0.1517
0.1542
0.1566
0.1590
0.1614
0.1638
0.1661
0.1685
0.1709
0.1733
0.1756
0.1780
412.4
416.7
421.0
425.3
429.6
433.9
438.1
442.4
446.7
450.9
455.2
459.5
463.9
468.2
472.6
477.0
481.4
485.8
490.3
494.8
499.3
503.8
508.4
513.0
517.6
522.3
526.9
531.6
536.4
541.2
546.0
280.0
TEMP.
°C
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
260.0
(–30.92°C)
S
V
(1.8854)
(0.0977)
1.8922
1.9098
1.9269
1.9437
1.9601
1.9761
1.9919
2.0073
2.0226
2.0376
2.0523
2.0669
2.0813
2.0955
2.1096
2.1235
2.1372
2.1509
2.1643
2.1777
2.1910
2.2041
2.2171
2.2300
2.2429
2.2556
2.2682
2.2808
2.2932
2.3056
2.3179
0.0983
0.1011
0.1038
0.1065
0.1092
0.1118
0.1144
0.1169
0.1194
0.1219
0.1244
0.1268
0.1292
0.1316
0.1340
0.1364
0.1388
0.1411
0.1435
0.1458
0.1481
0.1504
0.1527
0.1551
0.1574
0.1596
0.1619
0.1642
0.1665
0.1688
0.1711
290.0
(–29.12°C)
H
S
V
H
(0.0910)
(412.0)
(1.8785)
(0.0880)
(412.4)
0.0932
0.0958
0.0984
0.1009
0.1033
0.1057
0.1081
0.1105
0.1128
0.1151
0.1174
0.1197
0.1219
0.1242
0.1264
0.1286
0.1308
0.1330
0.1351
0.1373
0.1395
0.1416
0.1438
0.1459
0.1481
0.1502
0.1523
0.1544
0.1566
0.1587
0.1608
415.6
420.0
424.4
428.7
433.0
437.4
441.7
446.0
450.3
454.6
459.0
463.4
467.7
472.1
476.5
481.0
485.4
489.9
494.4
498.9
503.5
508.1
512.7
517.3
522.0
526.7
531.4
536.1
540.9
545.7
550.6
1.8933
1.9108
1.9279
1.9445
1.9608
1.9768
1.9924
2.0078
2.0229
2.0379
2.0526
2.0670
2.0814
2.0955
2.1095
2.1233
2.1370
2.1505
2.1640
2.1772
2.1904
2.2035
2.2164
2.2293
2.2421
2.2547
2.2673
2.2798
2.2922
2.3045
2.3167
0.0897
0.0922
0.0947
0.0971
0.0995
0.1019
0.1042
0.1065
0.1087
0.1110
0.1132
0.1154
0.1176
0.1197
0.1219
0.1240
0.1261
0.1283
0.1304
0.1325
0.1346
0.1366
0.1387
0.1408
0.1429
0.1449
0.1470
0.1490
0.1511
0.1531
0.1552
415.2
419.7
424.0
428.4
432.8
437.1
441.4
445.8
450.1
454.5
458.8
463.2
467.6
472.0
476.4
480.8
485.3
489.8
494.3
498.8
503.4
508.0
512.6
517.2
521.9
526.6
531.3
536.1
540.8
545.7
550.5
(–30.01°C)
S
V
H
S
(411.2)
(1.8830)
(0.0943)
(411.6)
(1.8807)
412.0
416.4
420.7
425.0
429.3
433.6
437.9
442.1
446.4
450.7
455.0
459.4
463.7
468.1
472.4
476.8
481.2
485.7
490.1
494.6
499.2
503.7
508.3
512.9
517.5
522.2
526.8
531.6
536.3
541.1
545.9
1.8864
1.9041
1.9214
1.9382
1.9547
1.9708
1.9867
2.0022
2.0175
2.0325
2.0473
2.0620
2.0764
2.0906
2.1047
2.1186
2.1324
2.1461
2.1596
2.1730
2.1862
2.1994
2.2124
2.2253
2.2382
2.2509
2.2636
2.2761
2.2886
2.3010
2.3133
0.0943
0.0970
0.0997
0.1023
0.1049
0.1074
0.1099
0.1123
0.1148
0.1172
0.1196
0.1219
0.1243
0.1266
0.1289
0.1312
0.1335
0.1358
0.1380
0.1403
0.1425
0.1448
0.1470
0.1492
0.1514
0.1536
0.1558
0.1581
0.1603
0.1624
0.1646
411.6
416.0
420.4
424.7
429.0
433.3
437.6
441.9
446.2
450.5
454.8
459.2
463.5
467.9
472.3
476.7
481.1
485.6
490.0
494.5
499.0
503.6
508.2
512.8
517.4
522.1
526.8
531.5
536.2
541.0
545.8
1.8807
1.8986
1.9160
1.9330
1.9495
1.9657
1.9816
1.9972
2.0126
2.0277
2.0425
2.0572
2.0716
2.0859
2.1000
2.1140
2.1278
2.1415
2.1550
2.1684
2.1817
2.1948
2.2079
2.2208
2.2337
2.2464
2.2591
2.2716
2.2841
2.2965
2.3088
–30
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
TEMP.
°C
310.0
(–27.40°C)
S
V
(1.8764)
(0.0852)
1.8881
1.9057
1.9229
1.9396
1.9560
1.9720
1.9877
2.0032
2.0184
2.0333
2.0481
2.0626
2.0769
2.0911
2.1051
2.1190
2.1327
2.1462
2.1597
2.1730
2.1862
2.1993
2.2122
2.2251
2.2379
2.2505
2.2631
2.2756
2.2880
2.3003
2.3126
0.0864
0.0889
0.0913
0.0937
0.0960
0.0983
0.1005
0.1027
0.1049
0.1071
0.1093
0.1114
0.1135
0.1156
0.1177
0.1198
0.1218
0.1239
0.1259
0.1280
0.1300
0.1320
0.1340
0.1360
0.1380
0.1400
0.1420
0.1440
0.1460
0.1480
0.1499
10
TEMP.
°C
H
300.0
(–28.25°C)
V
270.0
(–26.58°C)
H
S
V
H
S
(412.7)
(1.8743)
(0.0825)
(413.1)
(1.8723)
414.9
419.3
423.7
428.1
432.5
436.8
441.2
445.5
449.9
454.3
458.6
463.0
467.4
471.8
476.2
480.7
485.2
489.7
494.2
498.7
503.3
507.9
512.5
517.1
521.8
526.5
531.2
536.0
540.8
545.6
550.4
1.8830
1.9008
1.9180
1.9349
1.9513
1.9674
1.9832
1.9987
2.0140
2.0289
2.0437
2.0583
2.0727
2.0869
2.1009
2.1148
2.1285
2.1421
2.1555
2.1689
2.1821
2.1952
2.2081
2.2210
2.2338
2.2465
2.2591
2.2716
2.2840
2.2963
2.3086
0.0833
0.0857
0.0881
0.0904
0.0927
0.0949
0.0971
0.0992
0.1014
0.1035
0.1056
0.1077
0.1097
0.1117
0.1138
0.1158
0.1178
0.1198
0.1218
0.1237
0.1257
0.1276
0.1296
0.1315
0.1335
0.1354
0.1373
0.1393
0.1412
0.1431
0.1450
414.5
419.0
423.4
427.8
432.2
436.6
441.0
445.3
449.7
454.1
458.4
462.8
467.2
471.7
476.1
480.6
485.0
489.5
494.0
498.6
503.2
507.8
512.4
517.0
521.7
526.4
531.1
535.9
540.7
545.5
550.4
1.8781
1.8959
1.9133
1.9302
1.9468
1.9629
1.9788
1.9944
2.0096
2.0247
2.0395
2.0541
2.0685
2.0827
2.0968
2.1107
2.1244
2.1381
2.1515
2.1649
2.1781
2.1912
2.2042
2.2171
2.2299
2.2426
2.2552
2.2677
2.2801
2.2924
2.3047
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
Table 2 (continued)
Suva 410A Superheated Vapor—Constant Pressure Tables
®
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
320.0
330.0
340.0
350.0
(–25.78°C)
(–24.99°C)
(–24.23°C)
(–23.48°C)
H
S
V
H
S
V
H
S
V
H
S
(0.0800)
(413.4)
(1.8703)
(0.0777)
(413.7)
(1.8685)
(0.0755)
(414.0)
(1.8667)
(0.0734)
(414.3)
(1.8649)
0.0804
0.0828
0.0851
0.0873
0.0896
0.0917
0.0939
0.0960
0.0980
0.1001
0.1021
0.1041
0.1061
0.1081
0.1101
0.1120
0.1140
0.1159
0.1178
0.1198
0.1217
0.1236
0.1255
0.1273
0.1292
0.1311
0.1330
0.1349
0.1367
0.1386
0.1404
0.1379
414.1
418.6
423.1
427.5
431.9
436.3
440.7
445.1
449.5
453.9
458.3
462.7
467.1
471.5
475.9
480.4
484.9
489.4
493.9
498.5
503.1
507.7
512.3
516.9
521.6
526.3
531.1
535.8
540.6
545.4
550.3
555.1
1.8732
1.8912
1.9087
1.9257
1.9423
1.9586
1.9745
1.9901
2.0055
2.0205
2.0354
2.0500
2.0645
2.0787
2.0928
2.1067
2.1205
2.1341
2.1476
2.1610
2.1742
2.1873
2.2003
2.2132
2.2260
2.2387
2.2514
2.2639
2.2763
2.2886
2.3009
2.3094
—
0.0800
0.0823
0.0845
0.0866
0.0888
0.0908
0.0929
0.0949
0.0969
0.0989
0.1009
0.1028
0.1047
0.1066
0.1085
0.1104
0.1123
0.1142
0.1160
0.1179
0.1197
0.1216
0.1234
0.1252
0.1271
0.1289
0.1307
0.1325
0.1343
0.1361
0.1338
—
418.3
422.8
427.2
431.7
436.1
440.5
444.9
449.3
453.7
458.1
462.5
466.9
471.3
475.8
480.3
484.8
489.3
493.8
498.4
502.9
507.5
512.2
516.8
521.5
526.2
531.0
535.7
540.5
545.4
550.2
555.0
—
417.9
422.4
426.9
431.4
435.8
440.2
444.6
449.1
453.5
457.9
462.3
466.7
471.2
475.7
480.1
484.6
489.1
493.7
498.3
502.8
507.4
512.1
516.7
521.4
526.1
530.9
535.7
540.5
545.3
550.1
554.9
—
1.8821
1.8998
1.9170
1.9338
1.9502
1.9662
1.9820
1.9974
2.0126
2.0275
2.0422
2.0567
2.0711
2.0852
2.0992
2.1130
2.1266
2.1402
2.1536
2.1668
2.1800
2.1930
2.2059
2.2187
2.2315
2.2441
2.2566
2.2691
2.2814
2.2937
2.3024
—
0.0750
0.0771
0.0792
0.0813
0.0833
0.0853
0.0873
0.0892
0.0911
0.0930
0.0948
0.0967
0.0985
0.1003
0.1021
0.1039
0.1057
0.1075
0.1092
0.1110
0.1127
0.1145
0.1162
0.1179
0.1197
0.1214
0.1231
0.1248
0.1265
0.1282
—
—
417.5
422.1
426.6
431.1
435.5
440.0
444.4
448.8
453.3
457.7
462.1
466.6
471.0
475.5
480.0
484.5
489.0
493.6
498.1
502.7
507.3
512.0
516.6
521.3
526.1
530.8
535.6
540.4
545.2
550.1
—
—
1.8776
1.8955
1.9128
1.9297
1.9461
1.9622
1.9780
1.9935
2.0088
2.0237
2.0385
2.0530
2.0674
2.0815
2.0955
2.1094
2.1230
2.1366
2.1500
2.1633
2.1764
2.1895
2.2024
2.2152
2.2280
2.2406
2.2531
2.2656
2.2780
2.2902
—
–25
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
TEMP.
°C
360.0
TEMP.
°C
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
TEMP.
°C
V
—
1.8866
1.9042
1.9213
1.9380
1.9543
1.9703
1.9860
2.0014
2.0165
2.0314
2.0461
2.0606
2.0749
2.0890
2.1029
2.1167
2.1303
2.1438
2.1572
2.1705
2.1836
2.1966
2.2095
2.2223
2.2351
2.2477
2.2602
2.2726
2.2850
2.2972
2.3059
—
0.0774
0.0796
0.0818
0.0839
0.0860
0.0880
0.0900
0.0920
0.0939
0.0958
0.0978
0.0996
0.1015
0.1034
0.1052
0.1071
0.1089
0.1107
0.1125
0.1143
0.1161
0.1179
0.1197
0.1215
0.1233
0.1250
0.1268
0.1285
0.1303
0.1321
0.1299
370.0
(–22.75°C)
380.0
(–22.03°C)
V
H
S
V
H
(0.0714)
(414.6)
(1.8632)
(0.0696)
(414.9)
0.0726
0.0748
0.0768
0.0788
0.0808
0.0828
0.0847
0.0866
0.0884
0.0903
0.0921
0.0939
0.0957
0.0974
0.0992
0.1009
0.1027
0.1044
0.1061
0.1078
0.1095
0.1112
0.1129
0.1146
0.1163
0.1179
0.1196
0.1213
0.1229
0.1246
0.1263
417.2
421.8
426.3
430.8
435.3
439.7
444.2
448.6
453.1
457.5
462.0
466.4
470.9
475.4
479.9
484.4
488.9
493.4
498.0
502.6
507.2
511.9
516.5
521.2
526.0
530.7
535.5
540.3
545.1
550.0
554.9
1.8733
1.8912
1.9087
1.9256
1.9422
1.9583
1.9742
1.9897
2.0050
2.0200
2.0348
2.0494
2.0638
2.0780
2.0920
2.1058
2.1195
2.1331
2.1465
2.1598
2.1730
2.1860
2.1990
2.2118
2.2246
2.2372
2.2498
2.2622
2.2746
2.2869
2.2991
0.0704
0.0725
0.0745
0.0765
0.0785
0.0804
0.0822
0.0841
0.0859
0.0877
0.0895
0.0912
0.0930
0.0947
0.0964
0.0981
0.0998
0.1015
0.1032
0.1048
0.1065
0.1081
0.1098
0.1114
0.1131
0.1147
0.1163
0.1179
0.1196
0.1212
0.1228
416.8
421.4
426.0
430.5
435.0
439.5
444.0
448.4
452.9
457.3
461.8
466.2
470.7
475.2
479.7
484.2
488.8
493.3
497.9
502.5
507.1
511.8
516.5
521.2
525.9
530.6
535.4
540.2
545.0
549.9
554.8
390.0
(–21.33°C)
S
V
(1.8615)
(0.0678)
1.8690
1.8871
1.9046
1.9217
1.9383
1.9545
1.9704
1.9860
2.0014
2.0164
2.0313
2.0459
2.0603
2.0745
2.0885
2.1024
2.1161
2.1297
2.1431
2.1564
2.1696
2.1827
2.1957
2.2085
2.2213
2.2339
2.2465
2.2589
2.2713
2.2836
2.2958
0.0683
0.0704
0.0724
0.0743
0.0762
0.0781
0.0799
0.0817
0.0835
0.0853
0.0870
0.0887
0.0904
0.0921
0.0938
0.0954
0.0971
0.0987
0.1004
0.1020
0.1036
0.1052
0.1068
0.1084
0.1100
0.1116
0.1132
0.1148
0.1164
0.1179
0.1195
11
(–20.64°C)
H
S
V
H
S
(415.2)
(1.8599)
(0.0661)
(415.5)
(1.8583)
416.4
421.1
425.7
430.2
434.8
439.3
443.7
448.2
452.7
457.1
461.6
466.1
470.6
475.1
479.6
484.1
488.6
493.2
497.8
502.4
507.0
511.7
516.4
521.1
525.8
530.5
535.3
540.1
545.0
549.8
554.7
1.8648
1.8830
1.9006
1.9178
1.9345
1.9508
1.9668
1.9824
1.9978
2.0129
2.0278
2.0424
2.0568
2.0711
2.0851
2.0990
2.1128
2.1264
2.1398
2.1532
2.1664
2.1794
2.1924
2.2053
2.2180
2.2307
2.2433
2.2557
2.2681
2.2804
2.2926
0.0664
0.0684
0.0703
0.0722
0.0741
0.0759
0.0777
0.0795
0.0812
0.0829
0.0846
0.0863
0.0880
0.0896
0.0913
0.0929
0.0945
0.0961
0.0977
0.0993
0.1009
0.1024
0.1040
0.1056
0.1071
0.1087
0.1102
0.1118
0.1133
0.1149
0.1164
416.1
420.8
425.4
430.0
434.5
439.0
443.5
448.0
452.5
457.0
461.4
465.9
470.4
474.9
479.4
484.0
488.5
493.1
497.7
502.3
506.9
511.6
516.3
521.0
525.7
530.5
535.2
540.1
544.9
549.8
554.7
1.8607
1.8790
1.8968
1.9140
1.9308
1.9472
1.9632
1.9789
1.9943
2.0094
2.0243
2.0390
2.0535
2.0678
2.0818
2.0958
2.1095
2.1231
2.1366
2.1500
2.1632
2.1763
2.1892
2.2021
2.2149
2.2276
2.2401
2.2526
2.2650
2.2773
2.2895
–20
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
Table 2 (continued)
Suva® 410A Superheated Vapor—Constant Pressure Tables
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
TEMP.
°C
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
400.0
425.0
450.0
475.0
(–19.97°C)
(–18.34°C)
(–16.78°C)
(–15.29°C)
V
H
S
V
H
(0.0645)
(415.7)
(1.8568)
(0.0608)
(416.4)
0.0665
0.0684
0.0703
0.0721
0.0739
0.0756
0.0774
0.0791
0.0807
0.0824
0.0841
0.0857
0.0873
0.0889
0.0905
0.0921
0.0936
0.0952
0.0967
0.0983
0.0998
0.1013
0.1029
0.1044
0.1059
0.1074
0.1089
0.1104
0.1119
0.1134
0.1149
420.4
425.1
429.7
434.2
438.8
443.3
447.8
452.3
456.8
461.3
465.8
470.3
474.8
479.3
483.8
488.4
493.0
497.6
502.2
506.8
511.5
516.2
520.9
525.6
530.4
535.2
540.0
544.8
549.7
554.6
559.5
1.8751
1.8929
1.9103
1.9271
1.9436
1.9597
1.9754
1.9909
2.0061
2.0210
2.0357
2.0502
2.0645
2.0786
2.0926
2.1064
2.1200
2.1335
2.1468
2.1601
2.1732
2.1862
2.1990
2.2118
2.2245
2.2371
2.2496
2.2620
2.2743
2.2865
2.2986
0.0621
0.0639
0.0657
0.0675
0.0692
0.0708
0.0725
0.0741
0.0757
0.0773
0.0789
0.0804
0.0819
0.0834
0.0849
0.0864
0.0879
0.0894
0.0909
0.0923
0.0938
0.0952
0.0967
0.0981
0.0995
0.1010
0.1024
0.1038
0.1052
0.1066
0.1080
419.6
424.3
428.9
433.6
438.1
442.7
447.2
451.8
456.3
460.8
465.3
469.9
474.4
478.9
483.5
488.1
492.7
497.3
501.9
506.6
511.2
515.9
520.6
525.4
530.2
535.0
539.8
544.6
549.5
554.4
559.3
S
V
(1.8531)
(0.0575)
1.8655
1.8837
1.9012
1.9183
1.9349
1.9512
1.9670
1.9826
1.9979
2.0130
2.0278
2.0423
2.0567
2.0709
2.0849
2.0987
2.1124
2.1259
2.1393
2.1526
2.1657
2.1787
2.1916
2.2044
2.2171
2.2297
2.2422
2.2547
2.2670
2.2792
2.2914
0.0582
0.0599
0.0617
0.0633
0.0650
0.0666
0.0682
0.0697
0.0712
0.0727
0.0742
0.0757
0.0772
0.0786
0.0800
0.0814
0.0829
0.0843
0.0856
0.0870
0.0884
0.0898
0.0912
0.0925
0.0939
0.0952
0.0966
0.0979
0.0993
0.1006
0.1019
S
V
H
S
(417.0)
(1.8496)
(0.0545)
(417.5)
(1.8464)
418.7
423.5
428.2
432.9
437.5
442.1
446.7
451.3
455.8
460.4
464.9
469.5
474.0
478.6
483.2
487.8
492.4
497.0
501.6
506.3
511.0
515.7
520.4
525.2
529.9
534.7
539.6
544.4
549.3
554.2
559.2
1.8563
1.8747
1.8925
1.9098
1.9266
1.9430
1.9591
1.9748
1.9902
2.0053
2.0202
2.0348
2.0493
2.0635
2.0776
2.0915
2.1052
2.1188
2.1322
2.1455
2.1587
2.1717
2.1846
2.1975
2.2102
2.2228
2.2353
2.2478
2.2601
2.2724
2.2845
0.0546
0.0564
0.0580
0.0597
0.0612
0.0628
0.0643
0.0658
0.0672
0.0687
0.0701
0.0715
0.0729
0.0743
0.0756
0.0770
0.0783
0.0797
0.0810
0.0823
0.0836
0.0849
0.0862
0.0875
0.0888
0.0901
0.0914
0.0926
0.0939
0.0952
0.0965
417.8
422.7
427.5
432.2
436.9
441.5
446.1
450.7
455.3
459.9
464.5
469.1
473.6
478.2
482.8
487.4
492.1
496.7
501.4
506.0
510.7
515.4
520.2
524.9
529.7
534.5
539.4
544.2
549.1
554.0
559.0
1.8474
1.8661
1.8842
1.9017
1.9187
1.9352
1.9514
1.9672
1.9828
1.9980
2.0130
2.0277
2.0422
2.0565
2.0706
2.0846
2.0983
2.1119
2.1254
2.1387
2.1519
2.1650
2.1780
2.1908
2.2036
2.2162
2.2288
2.2412
2.2536
2.2658
2.2780
–15
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
TEMP.
°C
500.0
525.0
550.0
575.0
(–13.85°C)
(–12.47°C)
(–11.14°C)
(–9.85°C)
V
H
S
V
H
(0.0519)
(418.0)
(1.8432)
(0.0494)
(418.5)
0.0532
0.0548
0.0563
0.0579
0.0593
0.0608
0.0622
0.0636
0.0650
0.0664
0.0677
0.0690
0.0704
0.0717
0.0730
0.0742
0.0755
0.0768
0.0780
0.0793
0.0805
0.0818
0.0830
0.0842
0.0855
0.0867
0.0879
0.0891
0.0903
0.0915
0.0927
—
421.8
426.7
431.5
436.2
440.9
445.6
450.2
454.9
459.5
464.1
468.7
473.3
477.9
482.5
487.1
491.8
496.4
501.1
505.8
510.5
515.2
519.9
524.7
529.5
534.3
539.2
544.0
548.9
553.9
558.8
563.8
—
1.8578
1.8761
1.8938
1.9110
1.9277
1.9441
1.9600
1.9757
1.9910
2.0060
2.0209
2.0354
2.0498
2.0640
2.0780
2.0918
2.1054
2.1190
2.1323
2.1456
2.1587
2.1717
2.1845
2.1973
2.2100
2.2225
2.2350
2.2474
2.2596
2.2718
2.2840
—
0.0502
0.0518
0.0533
0.0548
0.0562
0.0576
0.0590
0.0604
0.0617
0.0630
0.0643
0.0656
0.0668
0.0681
0.0693
0.0705
0.0718
0.0730
0.0742
0.0754
0.0766
0.0778
0.0789
0.0801
0.0813
0.0825
0.0836
0.0848
0.0859
0.0871
0.0882
0.0815
421.0
425.9
430.8
435.6
440.3
445.0
449.7
454.4
459.0
463.6
468.3
472.9
477.5
482.1
486.8
491.4
496.1
500.8
505.5
510.2
515.0
519.7
524.5
529.3
534.1
539.0
543.9
548.8
553.7
558.6
563.6
568.3
S
V
(1.8403)
(0.0472)
1.8497
1.8683
1.8862
1.9036
1.9205
1.9370
1.9531
1.9688
1.9843
1.9994
2.0143
2.0290
2.0434
2.0576
2.0717
2.0855
2.0992
2.1128
2.1262
2.1394
2.1526
2.1656
2.1785
2.1913
2.2040
2.2166
2.2290
2.2414
2.2537
2.2660
2.2781
2.2791
0.0476
0.0491
0.0506
0.0520
0.0534
0.0548
0.0561
0.0574
0.0587
0.0599
0.0612
0.0624
0.0636
0.0648
0.0660
0.0672
0.0684
0.0695
0.0707
0.0718
0.0730
0.0741
0.0752
0.0764
0.0775
0.0786
0.0797
0.0808
0.0819
0.0830
0.0841
—
12
TEMP.
°C
H
H
S
V
H
S
(419.0)
(1.8375)
(0.0452)
(419.4)
(1.8347)
420.2
425.2
430.1
434.9
439.7
444.5
449.2
453.9
458.5
463.2
467.9
472.5
477.2
481.8
486.5
491.1
495.8
500.5
505.2
510.0
514.7
519.5
524.3
529.1
533.9
538.8
543.7
548.6
553.5
558.5
563.5
—
1.8419
1.8607
1.8789
1.8965
1.9135
1.9302
1.9464
1.9623
1.9778
1.9930
2.0080
2.0227
2.0372
2.0515
2.0656
2.0795
2.0933
2.1069
2.1203
2.1336
2.1468
2.1598
2.1727
2.1855
2.1983
2.2109
2.2234
2.2358
2.2481
2.2603
2.2725
—
—
0.0466
0.0481
0.0495
0.0508
0.0521
0.0534
0.0547
0.0559
0.0571
0.0583
0.0595
0.0607
0.0618
0.0630
0.0641
0.0653
0.0664
0.0675
0.0686
0.0697
0.0708
0.0719
0.0729
0.0740
0.0751
0.0762
0.0772
0.0783
0.0793
0.0804
—
—
424.4
429.4
434.3
439.1
443.9
448.7
453.4
458.1
462.8
467.4
472.1
476.8
481.5
486.1
490.8
495.5
500.2
505.0
509.7
514.5
519.2
524.0
528.9
533.7
538.6
543.5
548.4
553.3
558.3
563.3
—
—
1.8533
1.8717
1.8895
1.9068
1.9236
1.9399
1.9559
1.9715
1.9869
2.0019
2.0167
2.0313
2.0456
2.0598
2.0738
2.0876
2.1012
2.1147
2.1280
2.1412
2.1543
2.1672
2.1800
2.1928
2.2054
2.2179
2.2303
2.2427
2.2549
2.2671
—
–10
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
Table 2 (continued)
Suva® 410A Superheated Vapor—Constant Pressure Tables
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
TEMP.
°C
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
600.0
625.0
650.0
675.0
(–8.61°C)
(–7.40°C)
(–6.24°C)
(–5.10°C)
V
H
S
V
H
(0.0433)
(419.9)
(1.8322)
(0.0416)
(420.3)
0.0444
0.0458
0.0471
0.0484
0.0497
0.0510
0.0522
0.0534
0.0546
0.0557
0.0569
0.0580
0.0591
0.0602
0.0613
0.0624
0.0635
0.0645
0.0656
0.0667
0.0677
0.0688
0.0698
0.0708
0.0719
0.0729
0.0739
0.0749
0.0760
0.0770
0.0780
423.6
428.6
433.6
438.5
443.3
448.1
452.9
457.6
462.3
467.0
471.7
476.4
481.1
485.8
490.5
495.2
500.0
504.7
509.4
514.2
519.0
523.8
528.6
533.5
538.4
543.3
548.2
553.1
558.1
563.1
568.1
1.8461
1.8648
1.8828
1.9002
1.9172
1.9337
1.9498
1.9655
1.9809
1.9961
2.0110
2.0256
2.0400
2.0542
2.0682
2.0820
2.0957
2.1092
2.1226
2.1358
2.1489
2.1619
2.1748
2.1875
2.2001
2.2127
2.2251
2.2375
2.2497
2.2619
2.2740
0.0423
0.0437
0.0450
0.0463
0.0475
0.0487
0.0499
0.0511
0.0522
0.0533
0.0544
0.0555
0.0566
0.0577
0.0587
0.0598
0.0608
0.0618
0.0629
0.0639
0.0649
0.0659
0.0669
0.0679
0.0689
0.0699
0.0709
0.0719
0.0728
0.0738
0.0748
422.8
427.9
432.9
437.9
442.8
447.6
452.4
457.2
461.9
466.6
471.3
476.1
480.8
485.5
490.2
494.9
499.7
504.4
509.2
514.0
518.8
523.6
528.4
533.3
538.2
543.1
548.0
553.0
557.9
562.9
568.0
S
V
(1.8297)
(0.0400)
1.8390
1.8580
1.8762
1.8938
1.9109
1.9276
1.9438
1.9597
1.9752
1.9904
2.0054
2.0201
2.0345
2.0488
2.0629
2.0767
2.0904
2.1040
2.1174
2.1307
2.1438
2.1568
2.1697
2.1824
2.1951
2.2076
2.2201
2.2325
2.2447
2.2569
2.2690
0.0404
0.0417
0.0430
0.0442
0.0454
0.0466
0.0478
0.0489
0.0500
0.0511
0.0522
0.0532
0.0543
0.0553
0.0563
0.0574
0.0584
0.0594
0.0603
0.0613
0.0623
0.0633
0.0642
0.0652
0.0662
0.0671
0.0681
0.0690
0.0700
0.0709
0.0718
S
V
H
S
(420.6)
(1.8273)
(0.0385)
(421.0)
(1.8249)
422.0
427.1
432.2
437.2
442.2
447.0
451.9
456.7
461.5
466.2
471.0
475.7
480.4
485.2
489.9
494.6
499.4
504.2
508.9
513.7
518.5
523.4
528.2
533.1
538.0
542.9
547.8
552.8
557.8
562.8
567.8
1.8321
1.8513
1.8698
1.8876
1.9049
1.9217
1.9380
1.9540
1.9696
1.9849
2.0000
2.0147
2.0293
2.0436
2.0577
2.0716
2.0854
2.0989
2.1124
2.1257
2.1388
2.1518
2.1647
2.1775
2.1902
2.2028
2.2153
2.2277
2.2399
2.2521
2.2642
0.0386
0.0399
0.0411
0.0424
0.0435
0.0447
0.0458
0.0469
0.0480
0.0491
0.0501
0.0511
0.0521
0.0531
0.0541
0.0551
0.0561
0.0570
0.0580
0.0590
0.0599
0.0608
0.0618
0.0627
0.0636
0.0646
0.0655
0.0664
0.0673
0.0682
0.0691
421.1
426.4
431.5
436.6
441.6
446.5
451.4
456.2
461.0
465.8
470.6
475.3
480.1
484.8
489.6
494.3
499.1
503.9
508.7
513.5
518.3
523.1
528.0
532.9
537.8
542.7
547.6
552.6
557.6
562.6
567.6
1.8253
1.8448
1.8635
1.8815
1.8990
1.9159
1.9324
1.9485
1.9642
1.9796
1.9947
2.0095
2.0241
2.0385
2.0527
2.0666
2.0804
2.0941
2.1075
2.1208
2.1340
2.1471
2.1600
2.1728
2.1855
2.1981
2.2106
2.2230
2.2353
2.2475
2.2596
–5
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
TEMP.
°C
700.0
725.0
750.0
800.0
(–4.00°C)
(–2.92°C)
(–1.88°C)
(0.14°C)
V
H
S
V
H
(0.0372)
(421.4)
(1.8227)
(0.0359)
(421.7)
0.0382
0.0394
0.0406
0.0418
0.0429
0.0440
0.0451
0.0461
0.0471
0.0482
0.0492
0.0501
0.0511
0.0521
0.0530
0.0540
0.0549
0.0558
0.0568
0.0577
0.0586
0.0595
0.0604
0.0613
0.0622
0.0631
0.0639
0.0648
0.0657
0.0666
0.0675
—
425.6
430.8
436.0
441.0
446.0
450.9
455.7
460.6
465.4
470.2
475.0
479.7
484.5
489.3
494.0
498.8
503.6
508.4
513.2
518.1
522.9
527.8
532.7
537.6
542.5
547.4
552.4
557.4
562.4
567.5
572.5
—
1.8384
1.8574
1.8756
1.8932
1.9103
1.9269
1.9431
1.9589
1.9744
1.9896
2.0045
2.0192
2.0336
2.0478
2.0618
2.0757
2.0893
2.1028
2.1162
2.1294
2.1425
2.1554
2.1683
2.1810
2.1936
2.2061
2.2185
2.2308
2.2431
2.2552
2.2672
—
0.0366
0.0378
0.0390
0.0401
0.0412
0.0423
0.0433
0.0444
0.0454
0.0464
0.0473
0.0483
0.0492
0.0502
0.0511
0.0520
0.0529
0.0538
0.0547
0.0556
0.0565
0.0573
0.0582
0.0591
0.0600
0.0608
0.0617
0.0625
0.0634
0.0642
0.0651
—
424.8
430.1
435.3
440.4
445.4
450.3
455.3
460.1
465.0
469.8
474.6
479.4
484.2
489.0
493.7
498.5
503.3
508.2
513.0
517.8
522.7
527.6
532.5
537.4
542.3
547.3
552.2
557.2
562.3
567.3
572.4
—
S
V
(1.8206)
(0.0347)
1.8322
1.8514
1.8698
1.8876
1.9048
1.9216
1.9379
1.9538
1.9694
1.9847
1.9996
2.0144
2.0288
2.0431
2.0572
2.0710
2.0847
2.0983
2.1117
2.1249
2.1380
2.1510
2.1638
2.1766
2.1892
2.2017
2.2142
2.2265
2.2387
2.2509
2.2629
—
0.0351
0.0363
0.0375
0.0386
0.0397
0.0407
0.0417
0.0427
0.0437
0.0447
0.0456
0.0465
0.0475
0.0484
0.0493
0.0502
0.0510
0.0519
0.0528
0.0536
0.0545
0.0554
0.0562
0.0570
0.0579
0.0587
0.0595
0.0604
0.0612
0.0620
0.0628
—
13
TEMP.
°C
H
H
S
V
H
S
(422.0)
(1.8185)
(0.0325)
(422.6)
(1.8145)
424.1
429.4
434.6
439.8
444.8
449.8
454.8
459.7
464.5
469.4
474.2
479.0
483.8
488.6
493.4
498.3
503.1
507.9
512.7
517.6
522.5
527.3
532.2
537.2
542.1
547.1
552.0
557.1
562.1
567.1
572.2
—
1.8260
1.8454
1.8641
1.8821
1.8995
1.9164
1.9328
1.9488
1.9645
1.9798
1.9949
2.0097
2.0242
2.0385
2.0526
2.0666
2.0803
2.0939
2.1073
2.1205
2.1337
2.1467
2.1596
2.1723
2.1850
2.1975
2.2100
2.2223
2.2345
2.2467
2.2588
—
0
0.0336
0.0347
0.0358
0.0368
0.0378
0.0388
0.0398
0.0407
0.0416
0.0425
0.0434
0.0443
0.0451
0.0460
0.0468
0.0477
0.0485
0.0493
0.0501
0.0509
0.0517
0.0525
0.0533
0.0541
0.0549
0.0557
0.0565
0.0573
0.0580
0.0588
0.0596
427.9
433.3
438.6
443.7
448.8
453.8
458.8
463.7
468.6
473.5
478.3
483.2
488.0
492.8
497.7
502.5
507.4
512.2
517.1
522.0
526.9
531.8
536.8
541.7
546.7
551.7
556.7
561.7
566.8
571.9
577.0
1.8339
1.8530
1.8714
1.8891
1.9062
1.9229
1.9392
1.9550
1.9705
1.9857
2.0007
2.0153
2.0297
2.0439
2.0579
2.0718
2.0854
2.0989
2.1122
2.1254
2.1384
2.1514
2.1642
2.1768
2.1894
2.2019
2.2143
2.2266
2.2387
2.2508
2.2629
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
Table 2 (continued)
Suva® 410A Superheated Vapor—Constant Pressure Tables
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
TEMP.
°C
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
850.0
900.0
950.0
1000.0
(2.06°C)
(3.90°C)
(5.66°C)
(7.36°C)
V
H
S
V
H
(0.0305)
(423.1)
(1.8107)
(0.0288)
(423.6)
0.0312
0.0323
0.0333
0.0343
0.0353
0.0362
0.0372
0.0380
0.0389
0.0398
0.0406
0.0415
0.0423
0.0431
0.0439
0.0447
0.0455
0.0463
0.0470
0.0478
0.0486
0.0493
0.0501
0.0508
0.0516
0.0523
0.0530
0.0538
0.0545
0.0552
0.0560
0.0505
426.4
431.9
437.3
442.6
447.7
452.8
457.8
462.8
467.8
472.7
477.6
482.5
487.4
492.2
497.1
502.0
506.8
511.7
516.6
521.5
526.5
531.4
536.3
541.3
546.3
551.3
556.3
561.4
566.5
571.6
576.7
581.2
1.8226
1.8422
1.8610
1.8791
1.8965
1.9135
1.9299
1.9460
1.9617
1.9770
1.9921
2.0068
2.0214
2.0357
2.0498
2.0637
2.0774
2.0909
2.1043
2.1175
2.1306
2.1436
2.1565
2.1692
2.1818
2.1943
2.2067
2.2190
2.2312
2.2433
2.2554
2.2536
0.0291
0.0301
0.0311
0.0321
0.0330
0.0339
0.0348
0.0357
0.0365
0.0374
0.0382
0.0390
0.0397
0.0405
0.0413
0.0420
0.0428
0.0435
0.0443
0.0450
0.0457
0.0464
0.0472
0.0479
0.0486
0.0493
0.0500
0.0507
0.0514
0.0521
0.0528
0.0479
424.9
430.5
436.0
441.4
446.6
451.8
456.9
461.9
467.0
471.9
476.9
481.8
486.7
491.6
496.5
501.4
506.3
511.2
516.1
521.1
526.0
531.0
535.9
540.9
545.9
550.9
556.0
561.1
566.1
571.3
576.4
580.9
V
H
S
V
H
S
(1.8071)
(0.0273)
(424.1)
(1.8036)
(0.0259)
(424.5)
(1.8004)
—
429.1
434.7
440.2
445.5
450.8
455.9
461.1
466.1
471.1
476.1
481.1
486.1
491.0
495.9
500.9
505.8
510.7
515.7
520.6
525.6
530.5
535.5
540.5
545.5
550.6
555.6
560.7
565.8
570.9
576.1
—
—
1.8215
1.8412
1.8600
1.8781
1.8956
1.9125
1.9290
1.9450
1.9607
1.9760
1.9910
2.0058
2.0203
2.0345
2.0486
2.0625
2.0761
2.0896
2.1030
2.1162
2.1292
2.1422
2.1550
2.1677
2.1802
2.1927
2.2051
2.2173
2.2295
2.2416
—
—
0.0264
0.0274
0.0283
0.0292
0.0300
0.0309
0.0317
0.0324
0.0332
0.0340
0.0347
0.0354
0.0361
0.0368
0.0375
0.0382
0.0389
0.0396
0.0402
0.0409
0.0416
0.0422
0.0429
0.0435
0.0441
0.0448
0.0454
0.0461
0.0467
0.0473
—
—
427.6
433.4
438.9
444.4
449.7
455.0
460.2
465.3
470.4
475.4
480.4
485.4
490.4
495.3
500.3
505.3
510.2
515.2
520.1
525.1
530.1
535.1
540.1
545.2
550.2
555.3
560.4
565.5
570.6
575.8
—
—
1.8115
1.8316
1.8508
1.8693
1.8870
1.9042
1.9209
1.9371
1.9529
1.9684
1.9836
1.9984
2.0130
2.0274
2.0415
2.0555
2.0692
2.0828
2.0962
2.1094
2.1225
2.1355
2.1484
2.1611
2.1737
2.1862
2.1986
2.2109
2.2231
2.2352
—
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
TEMP.
°C
1.8116
1.8318
1.8510
1.8694
1.8872
1.9044
1.9211
1.9373
1.9532
1.9687
1.9839
1.9988
2.0134
2.0278
2.0420
2.0560
2.0697
2.0834
2.0968
2.1101
2.1232
2.1362
2.1491
2.1619
2.1745
2.1871
2.1995
2.2119
2.2241
2.2362
2.2483
2.2472
—
0.0282
0.0291
0.0301
0.0310
0.0319
0.0327
0.0336
0.0344
0.0352
0.0360
0.0367
0.0375
0.0382
0.0389
0.0397
0.0404
0.0411
0.0418
0.0425
0.0432
0.0439
0.0446
0.0452
0.0459
0.0466
0.0472
0.0479
0.0486
0.0492
0.0499
—
1100.0
1200.0
1300.0
1400.0
(10.56°C)
(13.55°C)
(16.36°C)
(19.01°C)
V
H
S
V
H
(0.0234)
(425.2)
(1.7942)
(0.0214)
(425.8)
0.0243
0.0251
0.0260
0.0268
0.0276
0.0284
0.0291
0.0298
0.0305
0.0312
0.0319
0.0325
0.0332
0.0338
0.0345
0.0351
0.0357
0.0363
0.0370
0.0376
0.0382
0.0388
0.0394
0.0399
0.0405
0.0411
0.0417
0.0423
0.0429
0.0434
0.0440
0.0375
430.6
436.4
442.1
447.6
453.0
458.3
463.6
468.8
473.9
479.0
484.1
489.1
494.1
499.2
504.2
509.2
514.2
519.2
524.2
529.2
534.3
539.3
544.4
549.5
554.6
559.7
564.8
569.9
575.1
580.3
585.5
589.6
1.8130
1.8331
1.8523
1.8707
1.8884
1.9055
1.9221
1.9383
1.9541
1.9695
1.9846
1.9994
2.0139
2.0282
2.0423
2.0562
2.0699
2.0834
2.0968
2.1100
2.1230
2.1360
2.1488
2.1614
2.1740
2.1864
2.1988
2.2110
2.2232
2.2352
2.2472
2.2380
0.0216
0.0225
0.0233
0.0241
0.0249
0.0256
0.0263
0.0270
0.0276
0.0283
0.0289
0.0296
0.0302
0.0308
0.0314
0.0320
0.0325
0.0331
0.0337
0.0342
0.0348
0.0354
0.0359
0.0364
0.0370
0.0375
0.0381
0.0386
0.0391
0.0397
0.0402
0.0347
427.6
433.8
439.7
445.4
451.0
456.5
461.8
467.1
472.4
477.6
482.7
487.8
492.9
498.0
503.1
508.1
513.2
518.2
523.3
528.4
533.4
538.5
543.6
548.7
553.8
559.0
564.1
569.3
574.5
579.7
584.9
589.0
TEMP.
°C
S
S
V
H
S
V
H
S
(1.7885)
(0.0196)
(426.3)
(1.7831)
(0.0181)
(426.7)
(1.7780)
—
431.0
437.2
443.1
448.9
454.5
460.0
465.5
470.8
476.1
481.3
486.5
491.7
496.9
502.0
507.1
512.2
517.3
522.4
527.5
532.6
537.7
542.8
548.0
553.1
558.3
563.4
568.6
573.8
579.1
584.3
—
—
1.7991
1.8201
1.8399
1.8588
1.8769
1.8944
1.9113
1.9278
1.9438
1.9594
1.9746
1.9896
2.0042
2.0186
2.0328
2.0468
2.0605
2.0741
2.0875
2.1007
2.1138
2.1268
2.1396
2.1523
2.1648
2.1773
2.1896
2.2019
2.2140
2.2261
—
—
0.0183
0.0191
0.0198
0.0206
0.0212
0.0219
0.0225
0.0231
0.0237
0.0243
0.0248
0.0254
0.0259
0.0265
0.0270
0.0275
0.0280
0.0285
0.0290
0.0295
0.0300
0.0305
0.0309
0.0314
0.0319
0.0324
0.0328
0.0333
0.0338
0.0342
—
—
428.0
434.5
440.7
446.7
452.5
458.2
463.8
469.2
474.6
480.0
485.2
490.5
495.7
500.9
506.0
511.2
516.3
521.5
526.6
531.7
536.9
542.0
547.2
552.4
557.6
562.8
568.0
573.2
578.5
583.7
—
—
1.7825
1.8045
1.8251
1.8447
1.8635
1.8814
1.8988
1.9156
1.9319
1.9477
1.9632
1.9784
1.9933
2.0078
2.0222
2.0362
2.0501
2.0638
2.0773
2.0906
2.1038
2.1168
2.1297
2.1425
2.1551
2.1676
2.1800
2.1923
2.2045
2.2166
—
1.7948
1.8159
1.8359
1.8550
1.8733
1.8909
1.9079
1.9245
1.9406
1.9563
1.9716
1.9866
2.0014
2.0159
2.0301
2.0441
2.0580
2.0716
2.0850
2.0983
2.1115
2.1245
2.1374
2.1501
2.1627
2.1752
2.1876
2.1999
2.2121
2.2242
2.2362
2.2286
—
0.0203
0.0211
0.0218
0.0226
0.0233
0.0239
0.0246
0.0252
0.0258
0.0264
0.0270
0.0276
0.0282
0.0287
0.0293
0.0298
0.0304
0.0309
0.0314
0.0319
0.0325
0.0330
0.0335
0.0340
0.0345
0.0350
0.0355
0.0360
0.0365
0.0370
—
14
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
Table 2 (continued)
Suva® 410A Superheated Vapor—Constant Pressure Tables
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
TEMP.
°C
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
1500.0
1600.0
1700.0
1800.0
(21.52°C)
(23.91°C)
(26.19°C)
(28.36°C)
V
H
S
V
H
(0.0168)
(427.0)
(1.7731)
(0.0157)
(427.2)
0.0174
0.0181
0.0188
0.0195
0.0201
0.0207
0.0213
0.0219
0.0224
0.0229
0.0235
0.0240
0.0245
0.0250
0.0255
0.0260
0.0264
0.0269
0.0274
0.0278
0.0283
0.0287
0.0292
0.0296
0.0301
0.0305
0.0310
0.0314
0.0318
0.0323
0.0327
—
431.7
438.2
444.5
450.5
456.3
462.0
467.6
473.1
478.5
483.9
489.2
494.5
499.7
505.0
510.2
515.3
520.5
525.7
530.9
536.1
541.2
546.4
551.6
556.8
562.1
567.3
572.6
577.8
583.1
588.4
593.7
—
1.7891
1.8107
1.8310
1.8504
1.8689
1.8867
1.9038
1.9205
1.9366
1.9524
1.9678
1.9828
1.9976
2.0120
2.0263
2.0403
2.0541
2.0677
2.0811
2.0944
2.1075
2.1204
2.1332
2.1459
2.1585
2.1709
2.1833
2.1955
2.2077
2.2197
2.2316
—
0.0158
0.0166
0.0173
0.0179
0.0185
0.0191
0.0197
0.0202
0.0208
0.0213
0.0218
0.0223
0.0228
0.0232
0.0237
0.0242
0.0246
0.0251
0.0255
0.0260
0.0264
0.0268
0.0272
0.0277
0.0281
0.0285
0.0289
0.0293
0.0297
0.0302
0.0306
—
428.8
435.6
442.1
448.3
454.4
460.2
465.9
471.5
477.1
482.5
487.9
493.3
498.6
503.9
509.1
514.4
519.6
524.8
530.0
535.2
540.5
545.7
550.9
556.1
561.4
566.6
571.9
577.2
582.5
587.8
593.2
—
V
H
S
V
H
S
(1.7684)
(0.0146)
(427.4)
(1.7639)
(0.0137)
(427.5)
(1.7595)
—
432.9
439.7
446.1
452.3
458.4
464.2
470.0
475.6
481.1
486.6
492.0
497.4
502.8
508.1
513.4
518.6
523.9
529.2
534.4
539.6
544.9
550.2
555.4
560.7
566.0
571.3
576.6
581.9
587.2
592.6
598.0
—
1.7820
1.8042
1.8251
1.8447
1.8635
1.8815
1.8989
1.9157
1.9320
1.9478
1.9633
1.9784
1.9932
2.0077
2.0220
2.0360
2.0499
2.0635
2.0769
2.0902
2.1033
2.1162
2.1290
2.1417
2.1543
2.1667
2.1791
2.1913
2.2034
2.2154
2.2274
—
0.0140
0.0147
0.0153
0.0159
0.0165
0.0170
0.0175
0.0180
0.0185
0.0190
0.0195
0.0199
0.0203
0.0208
0.0212
0.0216
0.0220
0.0224
0.0228
0.0232
0.0236
0.0240
0.0244
0.0248
0.0251
0.0255
0.0259
0.0263
0.0266
0.0270
0.0274
—
430.0
437.1
443.8
450.3
456.5
462.5
468.3
474.1
479.7
485.3
490.8
496.3
501.7
507.0
512.4
517.7
523.0
528.3
533.6
538.8
544.1
549.4
554.7
560.0
565.3
570.6
575.9
581.3
586.6
592.0
597.4
—
1.7676
1.7910
1.8126
1.8330
1.8523
1.8708
1.8886
1.9057
1.9223
1.9384
1.9541
1.9694
1.9844
1.9990
2.0134
2.0276
2.0415
2.0553
2.0688
2.0821
2.0953
2.1083
2.1212
2.1340
2.1466
2.1591
2.1714
2.1837
2.1959
2.2079
2.2199
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
TEMP.
°C
1.7736
1.7963
1.8176
1.8376
1.8567
1.8749
1.8925
1.9095
1.9260
1.9420
1.9576
1.9728
1.9878
2.0024
2.0168
2.0309
2.0448
2.0586
2.0721
2.0854
2.0986
2.1116
2.1245
2.1373
2.1499
2.1624
2.1748
2.1871
2.1992
2.2113
2.2233
—
—
0.0152
0.0159
0.0165
0.0172
0.0177
0.0183
0.0188
0.0193
0.0198
0.0203
0.0208
0.0213
0.0217
0.0222
0.0226
0.0230
0.0235
0.0239
0.0243
0.0247
0.0251
0.0255
0.0259
0.0263
0.0267
0.0271
0.0275
0.0279
0.0283
0.0287
0.0291
1900.0
2000.0
2200.0
2400.0
(30.45°C)
(32.46°C)
(36.26°C)
(39.81°C)
V
H
S
V
H
(0.0129)
(427.6)
(1.7553)
(0.0122)
(427.6)
0.0136
0.0142
0.0148
0.0154
0.0159
0.0164
0.0169
0.0174
0.0178
0.0183
0.0187
0.0191
0.0195
0.0199
0.0203
0.0207
0.0211
0.0215
0.0219
0.0223
0.0226
0.0230
0.0234
0.0237
0.0241
0.0244
0.0248
0.0251
0.0255
0.0258
0.0262
—
434.4
441.4
448.1
454.5
460.7
466.7
472.5
478.3
484.0
489.5
495.1
500.5
506.0
511.3
516.7
522.1
527.4
532.7
538.0
543.3
548.7
554.0
559.3
564.6
570.0
575.3
580.7
586.0
591.4
596.9
602.3
—
1.7776
1.8003
1.8214
1.8414
1.8603
1.8785
1.8960
1.9128
1.9292
1.9451
1.9607
1.9758
1.9907
2.0052
2.0195
2.0335
2.0474
2.0610
2.0744
2.0877
2.1008
2.1137
2.1265
2.1392
2.1517
2.1642
2.1765
2.1887
2.2008
2.2128
2.2247
—
0.0125
0.0132
0.0138
0.0143
0.0149
0.0154
0.0158
0.0163
0.0167
0.0172
0.0176
0.0180
0.0184
0.0188
0.0192
0.0196
0.0199
0.0203
0.0207
0.0210
0.0214
0.0218
0.0221
0.0225
0.0228
0.0231
0.0235
0.0238
0.0242
0.0245
0.0248
—
431.5
438.9
445.9
452.5
458.8
465.0
471.0
476.8
482.6
488.3
493.9
499.4
504.9
510.3
515.7
521.1
526.5
531.9
537.2
542.6
547.9
553.2
558.6
563.9
569.3
574.7
580.1
585.5
590.9
596.3
601.7
—
TEMP.
°C
S
S
V
H
S
V
H
S
(1.7511)
(0.0109)
(427.4)
(1.7430)
(0.0098)
(427.0)
(1.7352)
—
433.5
441.1
448.2
455.0
461.4
467.7
473.8
479.8
485.6
491.4
497.1
502.7
508.2
513.8
519.2
524.7
530.1
535.6
541.0
546.4
551.8
557.2
562.6
568.0
573.4
578.8
584.2
589.7
595.2
600.6
606.1
—
1.7627
1.7868
1.8090
1.8297
1.8493
1.8680
1.8859
1.9032
1.9199
1.9360
1.9518
1.9671
1.9821
1.9968
2.0112
2.0254
2.0393
2.0530
2.0665
2.0799
2.0930
2.1060
2.1188
2.1315
2.1441
2.1566
2.1689
2.1811
2.1932
2.2052
2.2171
—
0.0098
0.0105
0.0110
0.0116
0.0120
0.0125
0.0129
0.0134
0.0137
0.0141
0.0145
0.0149
0.0152
0.0156
0.0159
0.0162
0.0166
0.0169
0.0172
0.0175
0.0178
0.0181
0.0184
0.0187
0.0190
0.0193
0.0196
0.0199
0.0202
0.0205
0.0207
—
427.3
435.8
443.6
450.8
457.7
464.3
470.7
476.9
482.9
488.8
494.7
500.4
506.1
511.7
517.3
522.9
528.4
533.9
539.4
544.8
550.3
555.7
561.2
566.6
572.1
577.6
583.0
588.5
594.0
599.5
605.0
—
1.7363
1.7632
1.7874
1.8096
1.8305
1.8501
1.8688
1.8867
1.9040
1.9206
1.9368
1.9525
1.9679
1.9828
1.9975
2.0119
2.0260
2.0399
2.0536
2.0671
2.0804
2.0935
2.1065
2.1193
2.1319
2.1445
2.1569
2.1692
2.1814
2.1935
2.2054
1.7641
1.7879
1.8099
1.8305
1.8500
1.8686
1.8865
1.9037
1.9203
1.9365
1.9522
1.9676
1.9826
1.9973
2.0117
2.0259
2.0398
2.0535
2.0670
2.0804
2.0935
2.1066
2.1194
2.1321
2.1447
2.1572
2.1696
2.1818
2.1939
2.2060
2.2179
—
—
0.0114
0.0120
0.0126
0.0131
0.0136
0.0140
0.0145
0.0149
0.0153
0.0157
0.0161
0.0165
0.0169
0.0172
0.0176
0.0179
0.0183
0.0186
0.0189
0.0193
0.0196
0.0199
0.0202
0.0206
0.0209
0.0212
0.0215
0.0218
0.0221
0.0224
0.0227
15
35
40
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
Table 2 (continued)
Suva® 410A Superheated Vapor—Constant Pressure Tables
V = Volume in m3/kg
H = Enthalpy in kJ/kg
S = Entropy in kJ/(kg) (K)
(Saturated Vapor Properties in parentheses)
ABSOLUTE PRESSURE, kPa
TEMP.
°C
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
TEMP.
°C
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
210
215
2600.0
2800.0
3000.0
3200.0
(43.14°C)
(46.28°C)
(49.26°C)
(52.09°C)
TEMP.
°C
V
H
S
V
H
S
V
H
S
V
H
S
(0.0089)
(426.4)
(1.7275)
(0.0081)
(425.7)
(1.7199)
(0.0074)
(424.8)
(1.7123)
(0.0068)
(423.8)
(1.7047)
0.0091
0.0097
0.0103
0.0107
0.0112
0.0116
0.0120
0.0124
0.0128
0.0131
0.0135
0.0138
0.0142
0.0145
0.0148
0.0151
0.0154
0.0157
0.0160
0.0163
0.0166
0.0169
0.0171
0.0174
0.0177
0.0180
0.0182
0.0185
0.0188
0.0190
0.0193
—
—
429.9
438.5
446.4
453.7
460.7
467.4
473.8
480.1
486.2
492.2
498.1
503.9
509.7
515.4
521.0
526.6
532.2
537.7
543.3
548.8
554.3
559.8
565.3
570.8
576.3
581.8
587.3
592.9
598.4
604.0
609.5
—
—
1.7384
1.7653
1.7894
1.8117
1.8325
1.8521
1.8707
1.8886
1.9058
1.9224
1.9386
1.9542
1.9695
1.9845
1.9991
2.0135
2.0276
2.0414
2.0551
2.0685
2.0818
2.0948
2.1078
2.1205
2.1332
2.1457
2.1581
2.1703
2.1825
2.1945
2.2065
—
—
—
0.0086
0.0091
0.0096
0.0101
0.0105
0.0109
0.0113
0.0116
0.0120
0.0123
0.0126
0.0130
0.0133
0.0136
0.0139
0.0142
0.0144
0.0147
0.0150
0.0153
0.0155
0.0158
0.0161
0.0163
0.0166
0.0168
0.0171
0.0173
0.0176
0.0178
0.0181
—
—
432.9
441.5
449.5
456.9
463.9
470.7
477.2
483.5
489.7
495.7
501.7
507.6
513.4
519.1
524.8
530.5
536.1
541.7
547.3
552.8
558.4
564.0
569.5
575.1
580.6
586.2
591.7
597.3
602.9
608.5
614.1
—
—
426.4
436.2
444.9
452.8
460.3
467.4
474.1
480.7
487.1
493.3
499.4
505.4
511.3
517.2
523.0
528.7
534.4
540.1
545.7
551.4
557.0
562.6
568.2
573.8
579.4
585.0
590.6
596.2
601.8
607.4
613.0
—
—
1.7172
1.7472
1.7735
1.7972
1.8191
1.8396
1.8589
1.8774
1.8951
1.9121
1.9286
1.9445
1.9601
1.9752
1.9901
2.0046
2.0188
2.0328
2.0466
2.0601
2.0735
2.0866
2.0996
2.1125
2.1252
2.1377
2.1501
2.1624
2.1746
2.1867
2.1987
—
—
—
0.0071
0.0077
0.0082
0.0086
0.0090
0.0094
0.0097
0.0101
0.0104
0.0107
0.0110
0.0113
0.0116
0.0118
0.0121
0.0124
0.0126
0.0129
0.0131
0.0134
0.0136
0.0139
0.0141
0.0143
0.0145
0.0148
0.0150
0.0152
0.0155
0.0157
0.0159
—
—
430.1
439.8
448.4
456.4
463.9
471.0
477.8
484.4
490.8
497.1
503.2
509.3
515.2
521.1
526.9
532.7
538.5
544.2
549.9
555.6
561.2
566.9
572.5
578.1
583.8
589.4
595.0
600.7
606.3
612.0
617.7
—
—
1.7242
1.7534
1.7791
1.8025
1.8241
1.8444
1.8636
1.8818
1.8994
1.9163
1.9327
1.9485
1.9640
1.9791
1.9938
2.0083
2.0224
2.0364
2.0500
2.0635
2.0768
2.0899
2.1029
2.1157
2.1283
2.1408
2.1532
2.1655
2.1776
2.1896
2.2016
45
50
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
TEMP.
°C
—
1.7422
1.7688
1.7928
1.8149
1.8355
1.8551
1.8736
1.8914
1.9085
1.9251
1.9412
1.9568
1.9720
1.9869
2.0015
2.0158
2.0299
2.0437
2.0573
2.0707
2.0839
2.0969
2.1098
2.1225
2.1351
2.1476
2.1599
2.1722
2.1843
2.1963
2.2082
—
—
0.0075
0.0081
0.0086
0.0091
0.0095
0.0099
0.0103
0.0106
0.0110
0.0113
0.0116
0.0119
0.0122
0.0125
0.0128
0.0131
0.0133
0.0136
0.0139
0.0141
0.0144
0.0146
0.0149
0.0151
0.0154
0.0156
0.0159
0.0161
0.0163
0.0166
0.0168
—
3400.0
3600.0
3800.0
4000.0
(54.78°C)
(57.36°C)
(59.84°C)
(62.21°C)
V
H
S
V
H
S
V
H
S
V
H
S
(0.0062)
(422.6)
(1.6971)
(0.0057)
(421.2)
(1.6893)
(0.0052)
(419.7)
(1.6813)
(0.0048)
(417.9)
(1.6730)
0.0062
0.0068
0.0074
0.0078
0.0082
0.0086
0.0089
0.0093
0.0096
0.0099
0.0102
0.0105
0.0107
0.0110
0.0113
0.0115
0.0118
0.0120
0.0122
0.0125
0.0127
0.0129
0.0132
0.0134
0.0136
0.0138
0.0140
0.0143
0.0145
0.0147
0.0149
—
—
423.1
434.1
443.7
452.2
460.2
467.6
474.8
481.6
488.2
494.7
501.0
507.1
513.2
519.2
525.1
531.0
536.8
542.6
548.4
554.1
559.8
565.5
571.2
576.9
582.6
588.2
593.9
599.6
605.3
611.0
616.7
—
—
1.6987
1.7321
1.7604
1.7856
1.8086
1.8299
1.8499
1.8688
1.8869
1.9043
1.9211
1.9373
1.9531
1.9684
1.9834
1.9981
2.0124
2.0265
2.0404
2.0540
2.0674
2.0807
2.0937
2.1066
2.1193
2.1319
2.1444
2.1567
2.1689
2.1810
2.1930
—
—
—
0.0060
0.0066
0.0071
0.0075
0.0079
0.0082
0.0086
0.0089
0.0092
0.0095
0.0097
0.0100
0.0103
0.0105
0.0108
0.0110
0.0112
0.0115
0.0117
0.0119
0.0121
0.0123
0.0126
0.0128
0.0130
0.0132
0.0134
0.0136
0.0138
0.0140
0.0142
—
—
427.7
438.4
447.8
456.2
464.1
471.6
478.7
485.5
492.2
498.6
505.0
511.2
517.3
523.3
529.3
535.2
541.0
546.9
552.7
558.4
564.2
569.9
575.6
581.4
587.1
592.8
598.5
604.2
609.9
615.7
621.4
—
—
420.1
432.5
442.8
452.0
460.4
468.3
475.7
482.8
489.6
496.3
502.7
509.1
515.3
521.4
527.5
533.5
539.4
545.3
551.2
557.0
562.8
568.6
574.4
580.1
585.9
591.6
597.4
603.1
608.9
614.6
620.4
—
—
1.6827
1.7195
1.7500
1.7766
1.8005
1.8225
1.8431
1.8625
1.8810
1.8987
1.9157
1.9321
1.9481
1.9636
1.9787
1.9935
2.0079
2.0221
2.0360
2.0497
2.0632
2.0765
2.0896
2.1025
2.1153
2.1279
2.1404
2.1527
2.1649
2.1771
2.1891
—
—
—
0.0052
0.0058
0.0062
0.0066
0.0070
0.0073
0.0076
0.0079
0.0082
0.0085
0.0087
0.0090
0.0092
0.0095
0.0097
0.0099
0.0101
0.0103
0.0106
0.0108
0.0110
0.0112
0.0114
0.0116
0.0117
0.0119
0.0121
0.0123
0.0125
0.0127
0.0129
—
—
425.6
437.4
447.4
456.5
464.7
472.5
479.9
487.0
493.8
500.5
506.9
513.3
519.5
525.7
531.8
537.8
543.8
549.7
555.6
561.4
567.3
573.1
578.9
584.7
590.5
596.3
602.1
607.8
613.6
619.4
625.2
—
—
1.6959
1.7305
1.7596
1.7853
1.8086
1.8302
1.8504
1.8695
1.8877
1.9051
1.9220
1.9382
1.9540
1.9694
1.9844
1.9990
2.0134
2.0275
2.0413
2.0549
2.0683
2.0815
2.0946
2.1074
2.1201
2.1327
2.1451
2.1574
2.1696
2.1816
2.1936
—
1.7089
1.7408
1.7682
1.7928
1.8153
1.8362
1.8559
1.8747
1.8926
1.9098
1.9264
1.9425
1.9581
1.9734
1.9882
2.0028
2.0171
2.0311
2.0449
2.0584
2.0718
2.0849
2.0979
2.1108
2.1234
2.1360
2.1484
2.1607
2.1728
2.1849
2.1968
—
—
0.0053
0.0059
0.0064
0.0068
0.0072
0.0076
0.0079
0.0082
0.0085
0.0088
0.0091
0.0093
0.0096
0.0098
0.0101
0.0103
0.0105
0.0108
0.0110
0.0112
0.0114
0.0116
0.0118
0.0120
0.0122
0.0124
0.0126
0.0128
0.0130
0.0132
0.0134
—
16
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
140
145
150
155
160
165
170
175
180
185
190
195
200
205
210
215
Pressure-Enthalpy Diagram
(SI Units)
DuPont™ Suva® 410A
DuPont Fluorochemicals
For Further Information:
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Wilmington, DE 19880-0711
(800) 235-SUVA
www.suva.dupont.com
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[Replaces: H-64423-3]
Reorder No.: H-64423-4