electric bell wiring
 

Can anybody help me on this. I have a rather old electric bell in my
house, and I want to buy and put up another bell outside so I can hear
it when I am in the garden. Is it a case of just removing the back of
the original inserting an extension (bell wire) and running it to a
new bell ouside. Will both then ring whwen the button is pressed ?
Thanks

electric bell wiring
 

On Nov 10, 5:23*am, "
wrote:
Can anybody help me on this. I have a rather old electric bell in my
house, and I want to buy and put up another bell outside so I can hear
it when I am in the garden. Is it a case of just removing the back of
the original inserting an extension (bell wire) and running it to a
new bell ouside. Will both then ring whwen the button is pressed ?
Thanks

Quite likely:
However; from a technical point of view there are a number of
questions that come to mind!
Q is rather like saying how many turnips can one cook in a pot;
without specifying the size of the pot and the amount!
What actually is/are the existing and proposed new bells? Actually
'bells' or some kind of door chime?
What is the electric supply for the existing bell?
For example: Does supply come from a battery or is there a mains AC
operated transformer?
Some systems have a small battery incorporated into the door push
button for example.
How far away will the new bell be located (wiring distance)?
What gauge/size of wire to extend to the new bell?
While some 'bell' transformers have a fairly small output there is a
good chance that it will work OK.
The best way to try it would be to attach two temporary short wires
for the new bell to the input wires to the existing bell (leaving the
existing bell connected) let the new bell just hang there temporarily;
then try it before running new wires any distance to the new bell
location.
If the two bells are similar and the power supply (usually a low
voltage transformer, often mounted, these days at the main circuit
breaker panel), is adequate it would appear that both bells should
work. The low voltage wire to the new bell should probably be 18 or 16
AWG? You can probably run at least 100 feet (remember that's double
the distance as far as wiring is concerned because the two new wires
go TO the new bell and then BACK).
Will the new bell be protected from the weather? If not it could
corrode, 'jam' the system and occasionally burn out something
existing. Had a son in law who ignored why their door chime was
humming all the time. After a while it burnt out and took the supply
transformer with it. A corroded bell push!
BTW another item to watch out for; is the bell push button by the door
a lighted one? That can be an additional question.
Make sure the new 'bell' is very similar to the existing bell/buzzer.
Recall one case where someone was trying to use an old 'telephone'
ringer bell, acquired at a junk shop or flea market, as a door bell
and couldn't understand why it didn't work! Entirely different animal
manufactured for a different voltage and circuit design.
From an overall point of view of the question; "Yes the basic idea is
that low voltage electricity that operates the existing bell is
extended to a second bell". If it gets more involved than that get
someone with technical knowledge to assist.
PS. Would not suggest the two bells be put 'in series'. It 'might'
work but probably not.

electric bell wiring
 

On Nov 10, 6:05�am, terry wrote:
On Nov 10, 5:23�am, "

wrote:
Can anybody help me on this. I have a rather old electric bell in my
house, and I want to buy and put up another bell outside so I can hear
it when I am in the garden. Is it a case of just removing the back of
the original inserting an extension (bell wire) and running it to a
new bell ouside. Will both then ring whwen the button is pressed ?
Thanks

Quite likely:
However; from a technical point of view there are a number of
questions that come to mind!
Q is rather like saying how many turnips can one cook in a pot;
without specifying the size of the pot and the amount!
What actually is/are the existing and proposed new �bells? Actually
'bells' or �some kind of door chime?
What is the electric supply for the existing bell?
For example: Does supply come from a battery or is there a mains AC
operated transformer?
Some systems have a small battery incorporated into the door push
button for example.
How far away will the new bell be located (wiring distance)?
What gauge/size of wire to extend to the new bell?
While some 'bell' transformers have a fairly small output there is a
good chance that it will work OK.
The best way to try it would be to attach two temporary short wires
for the new bell to the input wires to the existing bell (leaving the
existing bell connected) let the new bell just hang there temporarily;
then try it before running new wires any distance to the new bell
location.
If the two bells are similar and the power supply (usually a low
voltage transformer, often mounted, these days at the main circuit
breaker panel), is adequate it would appear that both bells should
work. The low voltage wire to the new bell should probably be 18 or 16
AWG? You can probably run at least 100 feet (remember that's double
the distance as far as wiring is concerned because the two new wires
go TO the new bell and then BACK).
Will the new bell be protected from the weather? If not it could
corrode, 'jam' the system and occasionally burn out something
existing. Had a son in law who ignored why their door chime was
humming all the time. After a while it burnt out and took the supply
transformer with it. �A corroded bell push!
BTW another item to watch out for; is the bell push button by the door
a lighted one? That can be an additional question.
Make sure the new 'bell' is very similar to the existing bell/buzzer.
Recall one case where someone was trying to use an old 'telephone'
ringer bell, acquired at a junk shop or flea market, as �a door bell
and couldn't understand why it didn't work! Entirely different animal
manufactured for a different voltage and circuit design.
From an overall point of view of the question; "Yes the basic idea is
that low voltage electricity that operates the existing bell is
extended to a second bell". If it gets more involved than that get
someone with technical knowledge to assist.
PS. Would not suggest the two bells be put 'in series'. It 'might'
work but probably not.

suggest a new higher current higher voltage transformer, run a new set
of wirtes from the old bell connection to the new bell location.

old bells were small loads, a new transformer should fix that

electric bell wiring
 

electric bell wiring
 

In article
,
"
wrote:

Can anybody help me on this. I have a rather old electric bell in my
house, and I want to buy and put up another bell outside so I can hear
it when I am in the garden. Is it a case of just removing the back of
the original inserting an extension (bell wire) and running it to a
new bell ouside. Will both then ring whwen the button is pressed ?
Thanks

The halloween jokester with the hot doorbell comes to mind. Put a switch
on it that will electrify it when you go outside. Then when you're in
the garden, you'll hear your visitor cussing loudly.

electric bell wiring
 

terry wrote:
On Nov 10, 5:23 am, "
wrote:

Can anybody help me on this. I have a rather old electric bell in my
house, and I want to buy and put up another bell outside so I can hear
it when I am in the garden. Is it a case of just removing the back of
the original inserting an extension (bell wire) and running it to a
new bell ouside. Will both then ring whwen the button is pressed ?
Thanks


Quite likely:
However; from a technical point of view there are a number of
questions that come to mind!
Q is rather like saying how many turnips can one cook in a pot;
without specifying the size of the pot and the amount!
What actually is/are the existing and proposed new bells? Actually
'bells' or some kind of door chime?
What is the electric supply for the existing bell?
For example: Does supply come from a battery or is there a mains AC
operated transformer?
Some systems have a small battery incorporated into the door push
button for example.
How far away will the new bell be located (wiring distance)?
What gauge/size of wire to extend to the new bell?
While some 'bell' transformers have a fairly small output there is a
good chance that it will work OK.
The best way to try it would be to attach two temporary short wires
for the new bell to the input wires to the existing bell (leaving the
existing bell connected) let the new bell just hang there temporarily;
then try it before running new wires any distance to the new bell
location.
If the two bells are similar and the power supply (usually a low
voltage transformer, often mounted, these days at the main circuit
breaker panel), is adequate it would appear that both bells should
work. The low voltage wire to the new bell should probably be 18 or 16
AWG? You can probably run at least 100 feet (remember that's double
the distance as far as wiring is concerned because the two new wires
go TO the new bell and then BACK).
Will the new bell be protected from the weather? If not it could
corrode, 'jam' the system and occasionally burn out something
existing. Had a son in law who ignored why their door chime was
humming all the time. After a while it burnt out and took the supply
transformer with it. A corroded bell push!
BTW another item to watch out for; is the bell push button by the door
a lighted one? That can be an additional question.
Make sure the new 'bell' is very similar to the existing bell/buzzer.
Recall one case where someone was trying to use an old 'telephone'
ringer bell, acquired at a junk shop or flea market, as a door bell
and couldn't understand why it didn't work! Entirely different animal
manufactured for a different voltage and circuit design.
From an overall point of view of the question; "Yes the basic idea is
that low voltage electricity that operates the existing bell is
extended to a second bell". If it gets more involved than that get
someone with technical knowledge to assist.
PS. Would not suggest the two bells be put 'in series'. It 'might'
work but probably not.


I'm making a WAG that at some point in your career you were a spec
writer. G

Jeff

--
Jeffry Wisnia
(W1BSV + Brass Rat '57 EE)
The speed of light is 1.8*10^12 furlongs per fortnight.