Restringing
your Guitar
1.)
Restringing
a Les Paul style guitar
To
restring a tune – o – matic style bridge (fig.1 ), simply unwind each string
and pull them out through the holes in the bridge. Fit the loose end of each
replacement guitar string through the corresponding hole in the bridge and pull
through until the ball end is secure in position.
Figure
1:
Les Paul-style bridge
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2.)
Restringing a stratocaster-style guitar
For
strat style bridges ( fig.2a ) the strings are pulled out through the back of
the guitar’s body(fig2b). Each replacement string pushed through its own hole
and secured by the ball end. When taught, the strings will lock into position
and can then be tuned.
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Figure 2a:
Stratocaster type bridge

Figure 2b: back of a strat-type
guitar |
Securing
strings at the headstock (same for all guitars)
Push
the loose end of each string through its corresponding hole on the machine head
at the headstock and pull through until the string is flat against the neck. Now
pull the loose end round until it is at right angles to the neck and pinch it so
that it grips the machine head and does not slip back through the hole. By
winding up the machine head with the string in this position it should be
possible to get a tight grip on the strings with only a few turns. As the final
turns are made, make sure that the string fits into its groove on the top nut.
Keep the string taught over the neck as you tighten it up so that it stretches
evenly and fits securely in position. With each string in position they should
be stretched up and down their length by making small bending movements with one
hand (fig3). This pre stretching ensures that the strings don’t detune during
bending whilst playing your guitar. Using a tuner to retune before and after
each stretch it should be possible to see that the strings stop detuning after a
certain amount of stretching and this is the final point at which the guitar
should be tuned up ready for playing.
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Figure 3:
Individual string stretching |
2.)
How to restring a guitar with a Floyd Rose style ‘floating’ bridge
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Figure
4:
Floyd Rose type bridge |
In a floating bridge system, forces acting on all of the guitar strings
are interacting so that the tension of one string has an effect on all of the
others. It is important to remember that what you do to one string will have an
effect on all the others as it is pulling on the bridge which in turn is pulling
on the next string and so on. This is not the case with fixed bridges as each
string acts independently on the bridge, which is firmly screwed in place. The
following steps should help guide you through the process without too much
difficulty and should help you avoid the easy mistakes to make (I learned the
hard way!)
·
String
stretching and inserting
·
Bridge
adjustment
·
String
tuning
·
Fine
tuning
String
Stretching
The
range of wild sounds that can be made with the tremolo bar makes this type of
guitar great fun to play and once converted you’ll never want to look back (!)
BUT, it also means you have to carefully prepare the strings for the abuse you
want to give them. New strings will
instantly detune as soon as you stretch them even if you have them all nicely in
place and tuned up. By pre stretching the strings as you install them you can
eliminate this problem and get them to a state where they will remain in tune
and react to any bending and tremolo action (fig.3). By Changing one string at a
time the tremolo will remain roughly in the correct place and avoid the need for
too much adjustment later on.
Start
by fixing the bridge so that it won’t pull back when you take the first string
off by putting a business card or something that fits behind it – this should
take the force of the back springs off the bridge but keep tension in the guitar
strings.
Loosen
the nut screws (fig.8 ) so you can undo the first string (low E) and remove it
completely by undoing the bridge grip. Cut off the ball end of the new string
and push the end through the hole in the bridge so that it fits securely inside
with the block used to hold it in. Now tighten the bridge block until the string
is held tight and pushed so that it fits into the slot that guides it into
position(fig.5) (you may have to
pull the bridge up a bit to do this).
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Figure 5:
Floating bridge components |
Now
push the other end of the string through the hole of the corresponding machine
on the headstock and pull it through so the string is flat on the fret board but
there is a lot of slack. Pull the free end of the string back towards the fret
board so that it creases at the machine head and stays in position. Now start
winding the machine head and tightening the string by pulling up on it over the
fret board whilst winding. This pulling should be done up and down its length so
that once tuned up it wont stretch any more. By doing this you are ensuring the
string won’t detune during bends/vibrato whilst playing. Because the string
has already been threaded most of the way through the machine head it should
only take a few turns to secure it in place making it less work for your wrists
and keeping things nice and tidy. Once secure you can cut the dangling loose end
close to the headstock(fig.6)
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Figure 6:
strings secured in machine heads |
The
string should be tight over the fret board and remain tight after a pulling on
it –
Now
use a tuner to get it roughly in tune and repeat for the rest of the strings.
Remember that the higher the string, the thinner it gets and so it requires less
stretching to get it to the right state (I have snapped countless strings with
some over enthusiastic bending at this point!)
When
all strings have been replaced and stretched properly they should remain in tune
after a few good yanks on the whammy bar – if not then keep on bending and
retuning until they keep their position.
Adjusting
the bridge
Now
the strings are all stretched and roughly in tune it is time to get the bridge
to the correct angle. With the bridge free to move it should be at a similar
position to that with the old strings (unless you have replaced with a different
gauge in which case some adjustment will be needed).
By making minor adjustments to the large screws holding the bridge in
place around the back of the guitar (fig.7) you should be able to get it
floating flat with the guitar’s body and level with the strings. This will
obviously make the strings flat or sharp depending on the direction of
adjustment.
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Figure 7:
Back cavity and bridge springs |
String
Tuning
It
is now time to get the strings in tune with the bridge at the correct angle.
After adjustment the strings should either all be flat or sharp by a certain
amount (if not then get them roughly to the same degree)
When
you are tuning the strings remember that by tightening one you are releasing
pressure and therefore detuning the rest. The
low E string is the fattest and so has the most effect on the others, then the A
etc. By taking this into account whilst tuning up you can save some frustrating
repetitions of tuning up and retuning.
If
all the strings are flat then they will need tightening up.
With
the above process taken into account tune the tune the low E string to a G, the
A to B#, the D to E, the G to A , the B to B# and E to the correct tune.
As you proceed the tightening on the bridge will counteract this over tuning
and ideally result in each string reaching the correct pitch! In practice this process will need to be repeated a few times but imagine how many
times you would need to do this if you tuned each string to its correct pitch
straight away!
If
after adjusting the bridge angle all the strings are sharp then they will need
loosening
This
is the same process as above but done in a different direction. Tune the low E
to C#, A to f#, D to C, G to F, B to Bb, and again E to its correct pitch.
The
above guidelines assume that the strings are ½ a step out in either direction
after bridge adjustment. The degree that you over/undertone depends on how far
out they become after adjusting the back springs. If all has gone well you
should reach a stage where the strings are pretty much stable and the bridge
rests comfortably flat and parallel to the body. If you have strings in tune but
the bridge is pulled right back or forward then you have it too tight/loose and
the springs need adjusting. This is where it gets especially frustrating and
takes practice to avoid – any problems just give us a call and we’d be happy
to guide you through it!
Fine
Tuning and Nut Tightening
The
strings can now be locked by tightening the nut screws (fig.5) . Take care not
to over tighten or cross thread as this will permanently damage the nut and make
it unusable next time. With the strings locked they can now be finely tuned using
micro tuners at the brigde. It’s a good idea at this stage to give the tremolo
bar another few good bends, ending in a dive and leaving it to return to resting
position naturally.
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Figure 8:
Locking top nut
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Now
check the tuning and, taking care not to put any pressure on the bridge adjust
each microtuner from E to high E. The same over/under tuning method as above still applies but
to a much finer degree (if strings are flat then tune the low
E slightly sharp etc.)
The
strings should now all be in tune with the nut fixed and bridge straight. With practice
this process becomes quicker and quicker leaving you with enough energy
to play straight after restringing!
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