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I am crossing my fingers, I liked the Alfred app. Hi,Thanks for reaching out to Alfred!Regarding the issue, please follow the troubleshooting steps here to fix the problem:ope it helps!p. s. If the issue persists, please send us
some links to Motion Events of what you see on the Viewer. That way, we can give you more
specific advice. In the meantime, experimenting with different setups could make a big difference.
Posted by Anonymous at 3:19PM | (5 comments)
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HD SDI Systems are the state of the art and while the cost is
more than the basic analog systems it is substantially
less than a comparable IP System. The only downside is that, because of the much higher resolution these security cameras record at, they require about 3 times as much hard drive storage capacity as standard analog systems. When it comes to enterprise level security, the benefits far exceed the costs on an HD SDI system and it will provide you with some of the the highest quality recordings that the surveillance industry currently offers. We are one of the very few companies that sell products with 1080 lines of resolution. Most companies max out around 720 lines of resolution. Our top of the line HD SDI DVRs and HD SDI cameras record at 30 frames per second AND at a cinema like resolution of 1080p—the highest ranking on any consumer DVR system you will find.
Posted by Anonymous at 3:19PM | (3 comments)
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Rather than writing a very obvious slanted article, I realized that simply stating what the advantages and disadvantages of each cleaning method is, would allow the consumer or potential customer to decide for themselves as to which cleaning method would best serve them. Yes, I can admit that every cleaning method has a clear advantage and disadvantage. Although I would love to make every consumer and or potential customer our customer, the reality is that many factors affect where a consumer or potential customer turns to for their indoor air quality needs. The power
vacuum/air sweep method involves a powerful large diameter vacuum hose generally ranging in diameter from 8” 12” that moves anywhere from 3000 CFM – 26,000 CFM cubic feet per minute of negative air draw depending on the type of power vacuum machinery being used. Typically speaking, having power vacuum machines that moves anymore that 10,000 CFM is foolish, considering the fact that all ductwork is rated for a set amount of CFM based on the size of the ductwork through external static pressure ratings, velocity and ambience. I do have to admit that the more power a vacuum has, the cooler it is to witness, though. The power vacuum hose is typically installed into the ductwork via a circle cut out which allows for the power vacuum to put the
entire side of the ductwork under a complete and sound vacuum draw. By doing so, every vent attached to the ductwork will have a centrally created vacuum present for proper system containment. From there, various mechanical brushes are sent down the rounds to break and push all debris down to where the power vacuum is sucking. Afterwards compressed air ranging from 150 psi – 250 psi air washes anything left by the brushes, to thoroughly and completely clean the round. Once all of the supply/heat pipes are cleaned a variety of different brushes, air whips and blow back jetters are employed to source remove all of the bulk matter back towards the power vacuum.
Posted by Anonymous at 3:19PM | (7 comments)