A
alarman
- Jan 1, 1970
- 0
I intentionally create falses about once a week to make
sure they're keeping on the ball.
**** you and everyone who looks like you.
js
I intentionally create falses about once a week to make
sure they're keeping on the ball.
They never care who is doing the monitoring and they especially don't care
whether it's UL station five states away or another UL station in the same
town and
The town in question has written an ordinance not designed to keep
I intentionally create falses about once a week to make
sure they're keeping on the ball.
unable to grasp such a simple premise,
You stated that...
The city of Livermore cared...
in a since revoked ordinance...
It was a joke, Bug.
I guess you weren't around yet.How does one make a 41 character display on a zone description on a Napco
keypad?
Attention Burglar. Go ahead, make my day
'Attn Burglar go ahead make my day' is 33
What's the trick?
'Hey Burglar go ahead make my day' works.
As a Ready Message only it's too long.
Area Description and Ready Message?
Roland said:I don't get it. Why BS about something that silly? What's the point? Why
would a burglar be looking at a keypad in the first place? Why would a
burglar be intimidated by such a message? If the burglar had already gotten
to that point and was comfortable enough to be reading keypad messages like
that (versus alarm zone messages scrolling on the keypad) I don't think he
would be the one in trouble.
You're a lying sack of fat shit, bAss. The BBB will only accept
complaints from *customers* of the business in question. They require
/proof/ that there is a legitimate claim AND proof the complainant has
actually done business with the complaintee.
I can say with 100% accuracy that either of the above have ever
purchased nor contracted to purchase any of your wares.
What's the point?
Robert said:This is ASA.
It was a joke I played on the pastor of the church. I abbreviated part of it...
ago). The irony was that instead of the pastor seeing it first one of the parishioners got freaked out, thinking it meant there was
a burglar in the building.
Robert L Bass said:The local vs. remote monitoring argument has been going on for decades.
Local guys with tiny businesses argue that local is better. Companies
using large, professional monitoring centers argue that their way is
better. The reality is that there is no difference at all. There are
good and bad local outfits and there are good and bad remote outfits.
I rarely jump into your arguements with Jim, but your own "level of complexity arguement" used previously in refference to
wireless contradicts this point.
For a local signal to fail to get through through the local service must fail in some manner. For a remote signal to fail to get
through either the local service or the remote service can fail. More possible links to fail so more chance of a failure.
That being said, phone service, both local and long distance have become so reliable that its not a huge issue either way. Still
in recent years I have seen entire local phone exchanges go down, and I have seen all long distance services to a city fail
because somebody cut a cross country fiber optic line.
I must admit that like with good quality modern wireless installed by somebody who takes the time to do it right the difference is
very very small, but there is a difference.
Of course the biggest contributor to signal failure is the customer themselves. Vaction rated lines, unpaid phone bills, switch
to VOIP, or additon of DSL to the line etc.
You still don't know what the **** you're talking about. PrimarilyYou are entirely correct, Bob. The difference exists but it is so small as to be negligible. The same can almost be said about
wireless. There are differences in performance, reliability, equipmentcost and life expectancy of wireless vs. wired systems.
Wired alarms take longer to install and in an existing structure choice of sensor locations may be less flexible. Other than that
wired has the edge over wireless on all counts. The largest issue usedto be reliability. Older wireless systems were subject to
all sorts of problems. Newer, high quality wireless has all but eliminated those issues. The complexity problem never goes away.
It's a simple principle that the more stuff you need to get a signal frompoint A to point B, the more likely it is that something
will fail.
The real drawback to wireless alarms is that sooner or later the manufacturer will withdraw support for a given line. That is
inevitable. There's no getting around it. Once it happens, the first component failure can force a complete replacement of the
system. Also, if the homeowner adds a door or window, parts may be unavailable. One manufacturer, DSC, decided to replace their
900 mHz wireless alarms with 433 mHz a few years ago. They were entirely open about the reason for the change. They could save a
few cents per transmitter. Try to replace a 900 mHz door transmitter or even a keyfob.
--
You are entirely correct, Bob. The difference exists but it is so small as to be negligible. The same can almost be said about
wireless. There are differences in performance, reliability, equipment cost and life expectancy of wireless vs. wired systems.
Wired alarms take longer to install and in an existing structure choice of sensor locations may be less flexible. Other than that
wired has the edge over wireless on all counts. The largest issue used to be reliability. Older wireless systems were subject to
all sorts of problems. Newer, high quality wireless has all but eliminated those issues. The complexity problem never goes away.
It's a simple principle that the more stuff you need to get a signal from point A to point B, the more likely it is that something
will fail.
The real drawback to wireless alarms is that sooner or later the manufacturer will withdraw support for a given line. That is
inevitable. There's no getting around it. Once it happens, the first component failure can force a complete replacement of the
system. Also, if the homeowner adds a door or window, parts may be unavailable. One manufacturer, DSC, decided to replace their
900 mHz wireless alarms with 433 mHz a few years ago. They were entirely open about the reason for the change. They could save a
few cents per transmitter. Try to replace a 900 mHz door transmitter or even a keyfob.
You still don't know what the **** you're talking about. Primarily because you never installed wireless systems and you don't know
anything about the latest technology.
Are there more components in wireless systems? Why of course there are.
Does that mean that there is more of a chance that something will fail as compared to a hardwired system? Yes.
Is the life expectancy of todays components at least 100 times longer than the expected time an alarm system will be used.
Therefore the more components / more likely to fail argument for not using todays wireless systems is invalid.
of yesteryear.By that theory the control panels with the thousands of microcircuits, that we use today, should be failing after a few months of
use,as compared to the relay panels
eventually a wireless "system" may be discontinued.As far as manufacturers discontinuing a product, it's true that
However, if an installing company has any real concern for his clients, he'll make sure that he has a standby reserve of parts and
accessories.
And as the usual course for a discontinued product the manufacturer will maintain repair service for a period of at least a year
or more after the halt of manufacturing the line. It's up to the installing company to get product repaired while he can and to
hold on to equipment that may be pulled out of existing jobs.
I still maintain... [snip bullfrank]