Amphenol Kaye CTR-40, User Manual, Page: 39 / 84

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7 General Operation
Table 2
Table of Various Bath Fluids and Their Properties
Halocarbon 0.8
#5019
–100°C (v)** 70°C (e) NONE 5.7 @ –50°C
0.8 @ 40°C
1.71 @ 40°C 0.2 0.0004 0.0011
0.5 @ 70°C
Methanol –96°C (fr) 10°C (fl,cc) 12°C 1.3 @ –35°C
0.66 @ 0°C
0.810 @ 0°C
0.792 @ 20°C
0.6 0.0005 @ 20°C 0.0014 @ 25°C
0.45 @ 20°C
Water 0°C (fr) 95°C (b) NONE 1 @ 25°C 1.00 1.00 0.0014 0.0002 @ 25°C
0.4 @ 75°C
Ethylene
Glycol—50%
#5020
–30°C (fr) 90°C (b) NONE 7 @ 0°C
2 @ 50°C
0.7 @ 100°C
1.05 0.8 @ 0°C 0.001
Mineral Oil No.7 10°C (v) 166°C (fl) 168°C 15 @ 75°C 0.87 @ 25°C 0.48 @ 25°C 0.00025 @ 25°C 0.0007 @ 50°C 5 @ 25°C
#5011 5@125°C 0.84 @ 75°C 0.53 @ 75°C
0.81@125°C 0.57@125°C
Silicone Oil Type –40°C (v)** 130°C (fl, cc) 133°C 5 @ 25°C 0.92 @ 25°C 0.4 0.00028 @ 25°C 0.00105 1000 @ 25°C
200.05 #5010 10 @ 150°C
Silicone Oil Type –30°C (v)** 209°C (fl, cc) 211°C 10 @ 25°C 0.934 @ 25°C 0.43 @ 40°C 0.00032 @ 25°C 0.00108 1000 @ 25°C
200.10 #5012 3@135°C 0.45 @ 100°C 50 @ 150°C
0.482 @ 200°C
Silicone Oil Type 10°C (v) 230°C (fl, cc) 232°C 20 @ 25°C 0.949 @ 25°C 0.370 @ 40°C 0.00034 @ 25°C 0.00107 1000 @ 25°C
200.20 #5013 0.393 @ 100°C 50 @ 150°C
0.420 @ 200°C
Silicone Oil Type 30°C (v) 278°C (fl, cc) 280°C 50 @ 25°C 0.96 @ 25°C 0.4 0.00037 @ 25°C 0.00104 1000 @ 25°C
200.50 #5014 50 @ 150°C
Silicone Oil Type 550 70°C (v) 230°C (fl, cc) 232°C 50 @ 70°C 1.07 @ 25°C 0.358 @ 40°C 0.00035 @ 25°C 0.00075 100 @ 25°C
#5016 300°C (fl, oc) 10@104°C 0.386 @ 100°C 1 @ 150°C
0.433 @ 200°C
Silicone Oil Type 710 80°C (v) 300°C (fl, oc) 302°C 50 @ 80°C 1.11 @ 25°C 0.363 @ 40°C 0.00035 @ 25°C 0.00077 100 @ 25°C
#5017 7@204°C 0.454 @ 100°C 1 @ 150°C
0.505 @ 200°C
Silicone Oil Type 66°C (v) 313°C (fl, oc) 315°C 50 @ 66°C 0.96 @ 25°C 0.34 @ 100°C 0.0003 0.00095 100 @ 25°C
210-H 14@204°C 1 @ 150°C
Heat Transfer Salt
#5001
180°C (fr) 550°C NONE 34 @ 150°C
6.5 @ 300°C
2.0 @ 150°C
1.9 @ 300°C
0.33 0.0014 0.00041 1.7
Ω
/cm 3
2.4 @ 500°C 1.7 @ 500°C
*Limiting Factors — b - boiling point e - high evaporation fl - flash point fr - freeze point v - viscosity — Flash point test oc = open cup cc = closed cup
**Very low water solubility, ice will form as a slush from condensation below freezing.
flash points, toxicity, and such issues must be considered. You are responsible
for reading the MSDS (material safety data sheets) and acting accordingly.
7.1.11.2 About the Graph
The fluid graph visually illustrates some of the important qualities of the fluids
shown.