mr_fender
Axe-Master
Looking at the specs, it shows the protection range between 97 TO 137 VAC with an overvoltage shutdown level at 140 VAC.
Surge protection response time is 1ns, but doesn't give any other specs on the regulation. It's probably about as good a level of protection as you're going to get short of a parallel or offline battery based power solution.
Generally, too much voltage is more dangerous than too little. Too little can still lead to malfunctions in equipment or corrupt data when a digital unit suddenly turns off unexpectedly, but at least for physical damage, overvoltage and surges are usually the ones that tend to kill devices. Voltage and current are directly proportional and it's the current and subsequent heat that fries things.
Nothing is going to completely protect your gear from something like a direct lightning strike to your home's electrical system. It's just WAY too much power to contend with. However you're far more likely to get a surge that bleeds into the line from a strike some distance away.
Surge protection response time is 1ns, but doesn't give any other specs on the regulation. It's probably about as good a level of protection as you're going to get short of a parallel or offline battery based power solution.
Generally, too much voltage is more dangerous than too little. Too little can still lead to malfunctions in equipment or corrupt data when a digital unit suddenly turns off unexpectedly, but at least for physical damage, overvoltage and surges are usually the ones that tend to kill devices. Voltage and current are directly proportional and it's the current and subsequent heat that fries things.
Nothing is going to completely protect your gear from something like a direct lightning strike to your home's electrical system. It's just WAY too much power to contend with. However you're far more likely to get a surge that bleeds into the line from a strike some distance away.