A condensates return temperature of 210 degrees indicates excessive steam pressure.
1- Excessive pressure=2- defective T&P=3- condensation4- Defective tank
That would dependon the material (type of piping) and the the temperature of the liquid passing through
A circuit breaker doesn't respond to excessive voltages, but to excessive currents (overcurrents). A miniature circuit breaker, the type you have at home, has a bimetallic strip and a coil, either of which will initiate a trip in response to excessive temperature (overload currents) or excessive magnetic flux density (short-circuit currents).
A Zener diode can become defective due to excessive reverse voltage that exceeds its breakdown voltage, leading to thermal runaway and physical damage. Overheating from prolonged operation beyond its power rating can also cause failure. Additionally, manufacturing defects or external factors like circuit surges and improper biasing can contribute to its malfunction. Regular testing and proper circuit design can help prevent these issues.
Silicon-controlled rectifiers (SCRs) can become defective due to several factors, including thermal overload, electrical overstress, and aging. Excessive heat can damage the semiconductor material, leading to failure, while voltage spikes or incorrect circuit configurations can cause breakdown. Additionally, prolonged exposure to environmental factors like moisture or dust can degrade their performance. Regular testing and proper thermal management can help mitigate these issues.
A condensates return temperature indicates excessive steam.
1- Excessive pressure=2- defective T&P=3- condensation4- Defective tank
Defective radiator caps or tubes
Cystic Fibrosis
Hemophilia
1. They become defective and overheat 2. The applied voltage is excessive
Defective cap? Bad thermostat building excessive pressure
Fever
Poor lubrication. Excessive rpm's. Defective piston. Problem with the wrist pin, bushing or piston rod.
>230 deg F
defective motor will not run, also cause the blower motor speed resistor to burn out and eventually blow the fuse. a motor with defective bearings will draw excessive current causing either the fuse to blow or cause the motor to overheat
It can, but it should not. If it does, then the reed-switch is defective ... its contacts have most likely deteriorated on account of excessive current at some time.