Originally Posted By: sleddriver
Originally Posted By: 'alarmguy'
..
Common consumer protect strips usually do not clip spikes low enough. Two, they don't have indicator LEDs to warn you when one side is no longer protected. Three, much cheaper to buy ONE quality, rated unit, capable of protecting EVERYTHING inside, rather than MULTIPLE consumer-grade units, with various levels of protection & quality, strewn about your house. Four, mounting it on the service box clamps ALL spikes OUTSIDE, before they ever get a chance to travel over your internal house wiring, wrecking havoc. Finally, fifth...when a large enough surge comes through, these may catch fire and explode!
You definitely want that occuring outside!
Sorry but this is where we will have a big difference of opinion and thats ok.
But anyone interested can do their own research, TON information on the internet.
Simply google things like whole house surge suppression, clamping voltage of whole house surge suppressors then do the same for quality plug in suppressors from name brand suppliers like APC, Cyber Power, etc etc. When I say quality, that doesnt mean expensive, name brand suppressors can be found all over the internet at low prices. Meaning I am talking dollars, 7 to 14 dollars.
I think most will find the clamping voltage of plug suppressors are far lower (better) then whole house, you can find pretty much clamping voltages of 300 to 400 on many plug in devices, for whole house it will be more like 400 to 600 with maybe 500 in the middle. But im getting off point, that doesnt matter all that much but it does mean the plug in have an edge. I will say, one reason clamping voltage under 300 is not recommended and even 300 is low, is because the more small low level non harmful surges you are preventing is degrading and reducing the life of the surge suppressor so when really needed it may not be able to handle it.
One thing I will say is having both is the best of all worlds. A whole house suppressor will help protect outside surges from coming in however so will plug in devices, though with the whole house you will have the whole house covered for anything you forget AC units come to mind.
With that said I think plug in suppressors are superior for protecting electronics and here is why.
1. MANY surges, most likely most all surges are created right from inside the house, sometimes on the very same line, like when you turn on the 12 to 15 amp vacuum to vacuum the floor, notice the lights flicker ever so slightly? A surge is created, appliances, washers, dryers, refrigerators, HVAC systems, most surges come from within the home and a whole house will help but a plug in with its lower clamping voltage and most times the plug ins have higher surge capacity (Joules) and protect the product right at the power outlet, so a internal surge from the same circuit is taken out before it gets to your electronics.
2. Inexpensive quality plug in suppressors also have A/C line power noise filters built into them, as this thread is about internet speed and I discussed even simple devices like ferrite noise filters to snap over the low and high power lines of our routers, modems, computers etc these plugin suppressors also have noise filters to filter out AC power line noise.
The cleaner we can make the power, the better for everything electronic, more so modems, routers, TVs, DVD players etc.
Power lines are dirty and noisy not only from outside the home but from all the appliances, TVs, electronics within the home. Again, the plug in suppressor will not only clamp down spikes from other devices on the same line, it will reduce any power line noise those devices are creating.
3. So for me, bottom line, its why I use a plug in surge on the wall and then plug a power strip surge into that. Two lines of defense, two AC power noise filters to not only protect from outside the home but from all the noise and surges from products inside the home.
4. Im not knocking whole house suppressors but I think the proper way to go about this is plug in is first line of defense for the electronics and the one I would recommend to anyone first, with its high joule rating, built in noise suppression protects from all surges and noise, both outside and inside the home, this reduction in noise might give a slight edge to the operation of some devices.
Next line of defense then for me would be a whole house surge to help further protect major systems of the home that do not plug into the wall. Keep in mind, no surge suppressor is going to stop lightning and both types show how much energy they can absorb.
Also, as far as indicator lights, yes, of course the ones I mention have them but with all suppressors, just because the indicator light shows suppression is working and good doesnt mean it can absorb the joule rating of when it was new, meaning it still is absorbing and the light is on but the suppressors degrade protecting the devices they are supposed too and after any given time they are no where near capable of what they were when purchased. With a plug in, you can change them out easy as needed or when replacing a device.
Originally Posted By: 'alarmguy'
..
Common consumer protect strips usually do not clip spikes low enough. Two, they don't have indicator LEDs to warn you when one side is no longer protected. Three, much cheaper to buy ONE quality, rated unit, capable of protecting EVERYTHING inside, rather than MULTIPLE consumer-grade units, with various levels of protection & quality, strewn about your house. Four, mounting it on the service box clamps ALL spikes OUTSIDE, before they ever get a chance to travel over your internal house wiring, wrecking havoc. Finally, fifth...when a large enough surge comes through, these may catch fire and explode!
You definitely want that occuring outside!
Sorry but this is where we will have a big difference of opinion and thats ok.
But anyone interested can do their own research, TON information on the internet.
Simply google things like whole house surge suppression, clamping voltage of whole house surge suppressors then do the same for quality plug in suppressors from name brand suppliers like APC, Cyber Power, etc etc. When I say quality, that doesnt mean expensive, name brand suppressors can be found all over the internet at low prices. Meaning I am talking dollars, 7 to 14 dollars.
I think most will find the clamping voltage of plug suppressors are far lower (better) then whole house, you can find pretty much clamping voltages of 300 to 400 on many plug in devices, for whole house it will be more like 400 to 600 with maybe 500 in the middle. But im getting off point, that doesnt matter all that much but it does mean the plug in have an edge. I will say, one reason clamping voltage under 300 is not recommended and even 300 is low, is because the more small low level non harmful surges you are preventing is degrading and reducing the life of the surge suppressor so when really needed it may not be able to handle it.
One thing I will say is having both is the best of all worlds. A whole house suppressor will help protect outside surges from coming in however so will plug in devices, though with the whole house you will have the whole house covered for anything you forget AC units come to mind.
With that said I think plug in suppressors are superior for protecting electronics and here is why.
1. MANY surges, most likely most all surges are created right from inside the house, sometimes on the very same line, like when you turn on the 12 to 15 amp vacuum to vacuum the floor, notice the lights flicker ever so slightly? A surge is created, appliances, washers, dryers, refrigerators, HVAC systems, most surges come from within the home and a whole house will help but a plug in with its lower clamping voltage and most times the plug ins have higher surge capacity (Joules) and protect the product right at the power outlet, so a internal surge from the same circuit is taken out before it gets to your electronics.
2. Inexpensive quality plug in suppressors also have A/C line power noise filters built into them, as this thread is about internet speed and I discussed even simple devices like ferrite noise filters to snap over the low and high power lines of our routers, modems, computers etc these plugin suppressors also have noise filters to filter out AC power line noise.
The cleaner we can make the power, the better for everything electronic, more so modems, routers, TVs, DVD players etc.
Power lines are dirty and noisy not only from outside the home but from all the appliances, TVs, electronics within the home. Again, the plug in suppressor will not only clamp down spikes from other devices on the same line, it will reduce any power line noise those devices are creating.
3. So for me, bottom line, its why I use a plug in surge on the wall and then plug a power strip surge into that. Two lines of defense, two AC power noise filters to not only protect from outside the home but from all the noise and surges from products inside the home.
4. Im not knocking whole house suppressors but I think the proper way to go about this is plug in is first line of defense for the electronics and the one I would recommend to anyone first, with its high joule rating, built in noise suppression protects from all surges and noise, both outside and inside the home, this reduction in noise might give a slight edge to the operation of some devices.
Next line of defense then for me would be a whole house surge to help further protect major systems of the home that do not plug into the wall. Keep in mind, no surge suppressor is going to stop lightning and both types show how much energy they can absorb.
Also, as far as indicator lights, yes, of course the ones I mention have them but with all suppressors, just because the indicator light shows suppression is working and good doesnt mean it can absorb the joule rating of when it was new, meaning it still is absorbing and the light is on but the suppressors degrade protecting the devices they are supposed too and after any given time they are no where near capable of what they were when purchased. With a plug in, you can change them out easy as needed or when replacing a device.
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