The atmosphere-at-technical (at) is a unit of pressure used in certain engineering contexts, particularly in refrigeration and air conditioning. One atmosphere-at-technical is defined as 98,066.5 pas ..more definition+
In relation to the base unit of [pressure] => (pascals), 1 Atmosphere At Technical (at) is equal to 98066.5 pascals, while 1 Meganewton Per Square Meter (MN/m2) = 1000000 pascals.1 Atmosphere At Technical | to common pressure units |
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1 at | = 98066.5 pascals (Pa) |
1 at | = 0.96784110535406 atmosphere atm standard (atm) |
1 at | = 735.56127270818 millimeter of mercury (mmHg) |
1 at | = 0.980665 bars (bar) |
1 at | = 735.55924007489 torrs (Torr) |
1 at | = 0.014223343307054 ksi (ksi) |
1 at | = 14.223343307054 psi (psi) |
1 at | = 10000 kilogram force per square meter (kgf/m2) |
1 at | = 1 atmosphere at technical (at) |
1 at | = 9.8066500009807E+22 attopascals (aPa) |
Atmosphere At Technical | to Meganewton Per Square Meter (table conversion) |
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1 at | = 0.0980665 MN/m2 |
2 at | = 0.196133 MN/m2 |
3 at | = 0.2941995 MN/m2 |
4 at | = 0.392266 MN/m2 |
5 at | = 0.4903325 MN/m2 |
6 at | = 0.588399 MN/m2 |
7 at | = 0.6864655 MN/m2 |
8 at | = 0.784532 MN/m2 |
9 at | = 0.8825985 MN/m2 |
10 at | = 0.980665 MN/m2 |
20 at | = 1.96133 MN/m2 |
30 at | = 2.941995 MN/m2 |
40 at | = 3.92266 MN/m2 |
50 at | = 4.903325 MN/m2 |
60 at | = 5.88399 MN/m2 |
70 at | = 6.864655 MN/m2 |
80 at | = 7.84532 MN/m2 |
90 at | = 8.825985 MN/m2 |
100 at | = 9.80665 MN/m2 |
200 at | = 19.6133 MN/m2 |
300 at | = 29.41995 MN/m2 |
400 at | = 39.2266 MN/m2 |
500 at | = 49.03325 MN/m2 |
600 at | = 58.8399 MN/m2 |
700 at | = 68.64655 MN/m2 |
800 at | = 78.4532 MN/m2 |
900 at | = 88.25985 MN/m2 |
1000 at | = 98.0665 MN/m2 |
2000 at | = 196.133 MN/m2 |
4000 at | = 392.266 MN/m2 |
5000 at | = 490.3325 MN/m2 |
7500 at | = 735.49875 MN/m2 |
10000 at | = 980.665 MN/m2 |
25000 at | = 2451.6625 MN/m2 |
50000 at | = 4903.325 MN/m2 |
100000 at | = 9806.65 MN/m2 |
1000000 at | = 98066.5 MN/m2 |
1000000000 at | = 98066500 MN/m2 |