Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
Efficiency is a ratio of produced power over used input. It represents how efficiently is input product converted to mechanical power. If the shaft is overloaded, some produced power will be wasted and efficiency will go down accordingly. There is also loss of efficiency when the machine is starting-up. To avoid startup losses, this machine should run continuously without interruption.
redsign147
TassoleHoff
Hayate316
BlackCat
產生物資(蒸氣)轉化為機械動能的效率如何。如果傳動軸總動能超載，將會浪費部份多餘所產生的能量，效率也會隨之下降。當機械剛啟動時效率也會有所損失相對效率就變低了。機械重新啟動時效率會較低。為了避免啟動損失耗，這部機械應連續運轉避免中斷。