Same in some hospitals. AC in intensive care units and technical rooms to keep machines cool, and no AC in patient wards where nurses have to lift the patients themselves. Administrative quarters usually have AC - not enough movement for ventilation i suppose.
You can say to Amazon this: Robots can manage higher temperatures than humans: A/C is to human beings and, secondary, to robots. A robot can "enjoy" a enough fresh temperature at 40-60 ΒΊC (104-140 ΒΊF). In the other hand, a human needs to be in an adequate temperature range 18-25ΒΊC (64.4 - 77 ΒΊF) maximum. Then, human beings needs A/C prior than robots.
But... they went cheap and didn't use automotive grade electronics and standards when engineering their robots. They could have required components rated to 125Β°C, but that costs a little more...
oleastre
in reply to ππππππ π³οΈββ§οΈπ¦ • • •AC in intensive care units and technical rooms to keep machines cool, and no AC in patient wards where nurses have to lift the patients themselves.
Administrative quarters usually have AC - not enough movement for ventilation i suppose.
forza4galicia
in reply to ππππππ π³οΈββ§οΈπ¦ • •In the other hand, a human needs to be in an adequate temperature range 18-25ΒΊC (64.4 - 77 ΒΊF) maximum.
Then, human beings needs A/C prior than robots.
ππππππ π³οΈββ§οΈπ¦
in reply to ππππππ π³οΈββ§οΈπ¦ • • •Whuffo likes this.
forza4galicia
in reply to ππππππ π³οΈββ§οΈπ¦ • •Even in this case, A/C for humans is prior A/C for robots.
SilouettE
in reply to ππππππ π³οΈββ§οΈπ¦ • • •