170A
A 2/0 copper conductor with an insulation rating of75 and 90 degrees Care rated at 175 and 185 amps respectively.
3 quarts
300a
As a rough estimate, for medium voltage cables directly buried in earth, I use 2 A / mm^2 for copper conductors, and 1.2 A/mm^2 for aluminum conductors. However, the installed capacity of a cable is mostly dependent on how much heat can be dissipated to its surroundings, and ultimately the maximum temperature of the insulation material. For this reason, it is important to know how the cable will be installed, what conductor is used (Al or Cu), the cable insulation (for both thickness and operating temperature limits), soil thermal resistance (if buried), and if there are other heat sources (cables, process pipes, incident solar radiation, etc) are nearby. There are several cable manufacturers that provide reference current ratings for nominal installations. Check Nexans, Prysmian, or Okonite (US dimensions).
The capacity of The Dadeland Mall is 185 stores. These include stores such as Abercrombie & Fitch, Sacks Fith Avenue, Nordstrom, an Apple Store and many more.
To calculate the time it takes for the charge to pass through the motor, you can use the formula Time = Charge / Current. Plugging in the values, Time = 185 C / 0.35 A = 528 seconds. So, it will take 528 seconds for 185 C of electric charge to pass through the motor with a current of 350 mA.
Table A1 - Conductor cross-sectional area, allowable continuous current and stranding. Maximum Current in amps for a single conductor at insulation temperature ratings Cross sectional Area mm2 60°C 70°C 85 to 90°C 105°C 125°C 200°C Minimum number of strands Type A* Type B* 0.75 6 10 12 16 20 25 16 1 8 14 18 20 25 35 16 1.5 12 18 21 25 30 40 19 26 2.5 17 25 30 35 40 45 19 41 4 22 35 40 45 50 55 19 65 6 29 45 50 60 70 75 19 105 10 40 65 70 90 100 120 19 168 16 54 90 100 130 150 170 37 266 25 71 120 140 170 185 200 49 420 35 87 160 185 210 225 240 127 665 50 105 210 230 270 300 325 127 1064 70 135 265 285 330 360 375 127 1323 95 165 310 330 390 410 430 259 1666 120 190 360 400 450 480 520 418 2107 150 220 380 430 475 520 560 418 2107 NOTE: Conductor current ratings may be interpolated for cross sectional areas between those shown in Table A1.
70% of 185= 70% * 185= 0.7 * 185= 129.5
40% of 185= 40% * 185= 0.4 * 185= 74
40% of 185 = 40% * 185 = 0.4 * 185 = 74
27% of 185= 27% * 185= 0.27 * 185= 49.95
It is ok, but lessens your overall stopping capacity, - WHY would you want to do that .