The two extreme examples of this would be reading 0 ohms on the resistance scale of your multimeter(or on the continuity tester a audible beep signifying the meter was reading less than 200 ohms) which could indicate a "short circuit" and the other would be no change in the display on your multimeter signifying that continuity is broken (in other words a broken wire or connection etc). The ohmmeter section of your multimeter is using the same principle to measure the resistance of a component. Doing a continuity check is just making sure that a component is continuous, that is no breaks along the way of say a wire.
Not sure why you are doing continuity checks at this point. Is the voltage being produced by the voltage reducer, responsible for delivering the proper voltage to your lighting system? If it is, then you need to take voltage measurements on it's output to determine if the voltage level is correct.
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