westom

  Im telling ya guys. If you can. BUY ONE!!! Not one of those cheep ones you get at wall mart. Spend the 100 bucks and get a Good one. Make sure it has AVR. Automatic Voltage Regulator. While I am not in real need of battery backup, I want a good surge protector. I had a decent surge protector. Even had a guy check it to make sure it was working fine. It was.

  Surge protection inside that UPS is the same protector circuit in a power strip protector - just tinier.  Read  numeric specs.  To make that protection claim, one must ignore facts.  IOW a classic mistake.  "I would not have seen it if I did not first believe it existed."  Defines why the proectcion existed.

  Anything AVR does is already inside a computer's power supply.  Computers must work 100% fine at those voltages - and at voltages beyond those levels.  Even the original IBM PC did that.  Any voltage that causes hardware damage is well outside those AVR ranges.  And one is so fast that many UPSes would not even respond to 300 consecutive events.

  And still some know otherwise using observation and speculation as proof.  Even the $100 UPS manufacturers do not claim to provide that protection.  What is the better UPS?  It starts at $500 - not $100.

  A few others in town have told me they have the same problem. Use 60 watt bulbs, Even went through the bulbs that were supposed to last 3 years went out in a month. Never saw a bulb burn out. Have to replace one about every 6 months or less....

Think I am getting tiny voltage drops or spikes. The bulb never gets Really bright or dim just seems to wear out. Talked with one guy that said he has had to put power conditioners in homes before. ...

Wish there was some software I could put on my computer to monitor for any voltage spikes and or dips.

Nothing in your post implies dips or spikes.  How dim must a light bulb be before any voltage drop interferes with a computer?  Most than 40%.  Are you seeing lights dimming to well below 50% intensity?  No?  Are you  seeing light bulbs get massively brighter?  No?  Then minor and still insignificant voltage variations do not exist.  Your worries are more based in myths invented by the least technically informed.  Dips cause no damage to light bulbs or any electronics.

  Dips create damage only when fear is posted without numbers.  Spikes

Ok not long ago I made a post about the strange problems I had with my computer. Keyboard, Power button going bad. Now the House I live in for whatever reason eats light bulbs. Someone in another forum Suggested a Power Conditioner for my computer. Its supposed to stop voltage spikes that a surge protector may not. I have a decent surge protector.

An answer devoid of numbers is useless. A symptom of posts without knowledge.

For example, one more useful suggestion discussed 120 volts at 126.  That means light bulbs burn out twice as far.  Completely ignored by line conditioners.  If that same voltage is 135, then light bulbs burn out four times faster.  Again, the line conditioner does nothing.  But then the line conditioner was recommended without any technical facts.

  Now lets start with important symptoms.  For example, are lights changing in intensity especially when major appliances (dishwasher, refrigerator, etc) power on or off?  If yes, your computer and light bulbs may have been 'canaries in a coalmine'.  Reporting a serious human safety issue. And again, the line conditioner does exactly what it specs claim - ignore the problem and do absolutely nothing.

  Second, you must confirm earth ground exists.  Lights can illuminate while a serious problem remains.  There is no way to test for this.  You must visually inspect.  Essential is a quarter inch bare copper wire that exits the breaker box.  Must connect outside to an earth ground rod.  Does it exist?  Is it properly (firmly) connected to that rod?

  Also another bare copper ground wire must connect the breaker box to where the cold water pipe enters the building - on the earth side of the water meter.  Is that wire also firmly attached?

  Important questions necessary so that the few more knowledgeable posters can actually provide assistance. 

  That line conditioner does not claim to solve what your symptoms imply.  In fact, numbers suggested by your symptoms also say a line conditioner will completely ignore the problem.  Problematic numbers are too small for a line conditioner to even see.  But to better know, first some important facts must be provided in the above questions.

  Do not take this lightly.  In at least one rare case, the homeowner ignored the strangeness.  Fortunately no one was home when the gas line exploded.  Safety is so easily accomplished.  And the few who post usefully  also provide numbers.  If that line conditioner did anything, the recommendation would also include a number that says why.  Better is to provide answers to the above questions so that one with necessary knowledge can provide assistance.