The detection (normally closed) circuits of an alarm should have a 400 - 500 millisecond delay before it 'reads' a circuit as open. If you open and close the circuit really quickly the open circuit won't register. The reason for that is that voltage spikes and fluctuations can trigger an alarm falsely, so this tiny half second delay was added. That's why panic buttons are latching.
The detection (normally closed) circuits of an alarm should have a 400 - 500 millisecond delay before it 'reads' a circuit as open. If you open and close the circuit really quickly the open circuit won't register. The reason for that is that voltage spikes and fluctuations can trigger an alarm falsely, so this tiny half second delay was added. That's why panic buttons are latching.
my bold - what a load of rubbish, its so you know which one was pressed that simple.
The detection (normally closed) circuits of an alarm should have a 400 - 500 millisecond delay before it 'reads' a circuit as open. If you open and close the circuit really quickly the open circuit won't register. The reason for that is that voltage spikes and fluctuations can trigger an alarm falsely, so this tiny half second delay was added. That's why panic buttons are latching.
my bold - what a load of rubbish, its so you know which one was pressed that simple.
If they weren't latching then it was possible to press them without them operating, that was seen as a security risk as the operator may have only had a fleeting chance to press it. Before your time I guess?
I'm not getting into some kind of pointless argument with a thread hijacking troll. I've explained to you why. If you can't understand that then go away.
You'll soon be banned - yet again.
Hi Joe, sorry to have caused a bit of a spat. However the reason for me notfitting was simple, my grandchildren kept engaging it, thought it was fun, so I removed it.I am going to resite PIR, change swiches, even though they are fairly new,if the problem persists, then I shall have to look at the Panel, I don,t know if it has the delay fitted. It,s a OptimaXM, from CEF, try not to buy rubbish, 14 years old.Do you think it may have it, how can you tell? Thanks for the info, much appreciated, other guy sounds like a bit of an A;;;;;;;;e. I,m used to them cheers. PS.Just done pir and switches, wait and see what happens, when you say they are fairly cheap, I presume you mean panels, do you?The detection (normally closed) circuits of an alarm should have a 400 - 500 millisecond delay before it 'reads' a circuit as open. If you open and close the circuit really quickly the open circuit won't register. The reason for that is that voltage spikes and fluctuations can trigger an alarm falsely, so this tiny half second delay was added. That's why panic buttons are latching.
my bold - what a load of rubbish, its so you know which one was pressed that simple.
If they weren't latching then it was possible to press them without them operating, that was seen as a security risk as the operator may have only had a fleeting chance to press it. Before your time I guess?
Because it's got nothing to do with the problem the poster has. Time for you to get banned (yet again).
No matter what name you post under I've yet to see you make a helpful post.
Hi Joe, sorry to have caused a bit of a spat. However the reason for me notfitting was simple, my grandchildren kept engaging it, thought it was fun, so I removed it.I am going to resite PIR, change swiches, even though they are fairly new,if the problem persists, then I shall have to look at the Panel, I don,t know if it has the delay fitted. It,s a OptimaXM, from CEF, try not to buy rubbish, 14 years old.Do you think it may have it, how can you tell? Thanks for the info, much appreciated, other guy sounds like a bit of an A;;;;;;;;e. I,m used to them cheers. PS.Just done pir and switches, wait and see what happens, when you say they are fairly cheap, I presume you mean panels, do you?The detection (normally closed) circuits of an alarm should have a 400 - 500 millisecond delay before it 'reads' a circuit as open. If you open and close the circuit really quickly the open circuit won't register. The reason for that is that voltage spikes and fluctuations can trigger an alarm falsely, so this tiny half second delay was added. That's why panic buttons are latching.
my bold - what a load of rubbish, its so you know which one was pressed that simple.
If they weren't latching then it was possible to press them without them operating, that was seen as a security risk as the operator may have only had a fleeting chance to press it. Before your time I guess?
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