J
jamie_sparks
hi all,
was not too sure where to post this thread so ill put it here for the now. :smilewinkgrin:
just a quick one, at work i have a machine that has shuttles running down it, its an automated picking machine. the shuttles run along 48v dc buzz bars, 48v, 0v, and safety circuit. all shuttles are independent and have 3 collectors fitted which conducts the voltage into the shuttle from the buzz bars.
im wanting to fit a capacitor across + and - on the shuttle's as occasionally the buzz bars/collectors get dirty and stop conducting for a split second, the shuttle then stops and flags up a fault on our system. so i want a capacitor to supply it with the 48v for a split second.
anybody any ideas on what calculation i need to use? pretty sure the shuttles are purely resitive.
thanks in advance.
was not too sure where to post this thread so ill put it here for the now. :smilewinkgrin:
just a quick one, at work i have a machine that has shuttles running down it, its an automated picking machine. the shuttles run along 48v dc buzz bars, 48v, 0v, and safety circuit. all shuttles are independent and have 3 collectors fitted which conducts the voltage into the shuttle from the buzz bars.
im wanting to fit a capacitor across + and - on the shuttle's as occasionally the buzz bars/collectors get dirty and stop conducting for a split second, the shuttle then stops and flags up a fault on our system. so i want a capacitor to supply it with the 48v for a split second.
anybody any ideas on what calculation i need to use? pretty sure the shuttles are purely resitive.
thanks in advance.