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selfwinding

charles meeker2022-12-20

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CHRONOGRAPH
CALIBRE 3126 / 3840
SELFWINDING
INSTRUCTIONS FOR USE
MODE D’EMPLOI
CALIBRE
3126 / 3840

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28 29
Guarantee and care
All details concerning the guarantee and care
instructions of your watch are provided in the certificate
of origin and guarantee attached.
Table OF CONTENTS
Introduction p. 31
— The Manufacture Audemars Piguet
About the watch p. 34
— The 3126/3840 SELFWINDING
chronograph
—
Technical specifications of
the movement
Watch description p. 40
— Views of the movement
— Technical data of the movement
— Specificities
Use of functions p. 42
— Watch indications and functions
— Setting the time
— Balance stop when adjusting hands
— Winding the watch
— Rapid date setting
— Using the chronograph
— Using the tachometer
ENGLISH
Quick-link contents page.
Simply click on the relevant title or subheading to following
the link to your chosen section.
Click on the white « English 
» to return to the main contents
page.

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30 31
Introduction
THE Manufacture
Audemars Piguet
The Vallée de Joux :
cradle of the watchmaker’s art
In the heart of the Swiss Jura, around 50 kilometres
north of Geneva, nestles a landscape which has
retained its natural charm to this day 
: the Vallée
de Joux. Around the mid-18th century, the harsh
climate of this mountainous region and soil depletion
drove the farming community settled there to seek
other sources of income. With their high degree
of manual dexterity, inexhaustible creativity and
enormous determination, the inhabitants of the
valley, known as Combiers, were naturally drawn
to watchmaking.
Due to their high quality, the movements they
produced acquired great popularity with the Geneva
firms which used them to create complete watches.
From 1740 onwards, watchmaking developed into
the principal industry of the Vallée de Joux. This
region was thus transformed, as an 1881 chronicle
put it, “into a land of milk and honey, in which
poverty has rapidly disappeared”.
ENGLISH

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32 33
ultra-thin movements. Perseverance and initiative
were the watchwords 
: while the Wall Street crash in
1929 was a bitter blow, the company directors were
soon designing so-called skeleton watches before
embarking on chronograph production. But this new
momentum was abruptly interrupted by
the Second World War. Re-organisation
was necessary in the aftermath of the
conflict. The factory focused on creating
top-of-the-range items in keeping with
its tradition of innovation. A strategy
that would prove its worth, especially
since it was backed by outstanding
creative daring.
Audemars Piguet continued to build
on its now international reputation
with creative designs. 1972 saw the
launch of the Royal Oak, the first,
immediately successful high-quality sports watch in
steel, followed in 1986 by the first ultra-thin tourbillon
wristwatch with automatic winding. The creative spirit
of the Manufacture has not faltered since, offering
aesthetically original timekeepers with outstanding
movements. Thus it brought watches with complications
back into fashion at the end of the 1980s, launching
its extraordinary Tradition d’Excellence collection in
1999. All the signs of a bold spirit rooted firmly in
tradition and auguring well for the future.
Two names for a great adventure
In 1875, two young men passionate about
Haute Horlogerie — Jules Louis Audemars and Edward
August Piguet — decided to pool their skills to design
and produce watches with complications in the Vallée
de Joux, the cradle of Haute Horlogerie. Determination,
imagination and discipline led them to instant success.
A branch in Geneva was their next move in about 1885
and new commercial links were forged at the 1889 Paris
World Exposition, where they exhibited complication
pocket watches. The Audemars Piguet factory continued
to expand as the years went by. Its creations represented
major milestones in the history of Haute Horlogerie,
like the first minute repeater wristwatch in 1892 and
the smallest five-minute repeater movement ever made
in 1915.
From 1918 onwards, the founders passed the reins of
the business onto their sons, who in turn perfected
their expertise in manufacturing men’s and ladies’
wristwatches as well as designing new sophisticated,
ENGLISH

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34
About the watch
THE 3126/3840 selfwinding
chronograph
The Manufacture Audemars Piguet introduces the
calibre 3126/3840 — with a selfwinding movement,
digital date display and chronograph. It combines
functionality with aesthetics and the highest level
of refinement in the watchmaker’s art.
Tradition and innovation
Audemars Piguet has always striven to safeguard and
uphold its independence. This is why the company
developed its own method of crafting mechanisms,
particularly with the design of Audemars Piguet
calibres. Every aspect bears the unmistakable AP
signature – bridges arranged harmoniously side by
side, hand-finished and embellishments components –
and presents elegant equilibrium, further enhanced
by the angular balance cock.
the selfwinding chronograph
We are often called upon to be able to measure the time
separating two events. This makes the chronograph
an indispensable instrument. A watchmaker from
the Vallée de Joux — Adolphe Nicole — invented the
modern chronograph, lodging the first patent for
this complication in 1844.
The Audemars Piguet Chronograph is a wrist watch
which rewinds automatically. The movements of
the wearer’s wrist generate the energy required for
it to function.
This energy, harnessed by a 22 carat gold oscillating
weight, is transmitted to the mainspring by a
gear-train. As it gradually winds around the barrel-
arbor, the spring accumulates energy that is then
transmitted to the watch movement at a steady rate.
The maximum power reserve is reached after a period
of time varying from several hours to several days,
depending on the owner and the amount of activity.
To prevent overtensioning, the barrel spring is
released at just the right moment by a sophisticated
system.
The tachometer
In watchmaking, the tachometer is a graduated dial
that allows you to determine the average speed taken
to cover a given distance, generally 1,000 metres.
This speed is usually expressed in km/h and is read
directly on the dial via the chronograph hand. Your
watch allows you to read speeds from 60 to 600 km/h.
ENGLISH

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36 37
2
1
3
1
2
3
About the watch
Technical specifications
of the movement
regulating organ
Through balance bridge 1 :
Guarantees high precision positioning of the
balance and greater degree of shock resistance, thus
ensuring greater timekeeping precision.
Balance with 8 variable inertia blocks 2 :
Balance with variable inertia moment thanks to
eight inertia blocks used to adjust the running of
the watch without altering the active length of the
balance-spring.
Second stop lever for the time setting function 3 :
Pull the crown to the position for setting the time.
This activates the second stop lever. This allows you
to stop the second counter hand immediately and
set the precise time.
Gear train
A train produced according to AP quality standards
fulfils the following criteria :

Pinions are polished 1.

The pivots and sweep of the pivots are burnished.

The non-functional surfaces of the wheels are
gold-plated and adorned with a circular pattern 2,
the arms are bevelled and the edges are diamond-
tipped.

After being gold-plated, the teeth of the wheel are
milled to ensure a geometrically and functionally
flawless surface 3.
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38 39
1
2
1
2
3
SELFwinding
This calibre meets the following standards :
Extremely low friction at the wheels and springs.
Rapid winding in both directions 1.
Barrel with large power reserve (approx. 50 hours) 2.

22-carat gold rotor mounted on ceramic ball-
bearings 3.
Date mechanism
The date display fulfils the following criteria :

Instantaneous date jump at midnight via the date
jumper train 1.
Fast correction of date disc via the correction
star 2.
Date disc guided by slides and resting on rubies
to reduce friction.
ENGLISH

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40 41
Calibre 3126/3840
Watch description
Views of the movement
Dial side
Bridge side
Français
Technical data of the movement
Total thickness : 7.16 mm
Total diameter : 29.92 mm
Frequency of balance wheel : 3 Hz
(21,600 vibrations/hour)
Number of jewels : 59
Minimal power reserve : approx. 50 hours
Bidirectional selfwinding
Balance with variable inertia blocks
Flat balance-spring
Screwed mobile stud-holder
Number of parts : 365
Specificities
Stop balance when setting time
(stops second hand)
Cam chronograph mechanism
Rotor mounted on ceramic ball bearing, with
oscillating weight segment in 22 carat gold
Bevels of the bridges are diamond graved
Reversed circular Côtes de Genève on the bridge
trottoirs
ENGLISH

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42
Use of functions
Watch indications
and functions
(see figure on the inside cover)
The chronograph records intervals of 1/6th of a
second while counting the total number of minutes
and hours.
1 Hour hand
2 Minute hand
3 Small second hand at 12 o’clock
4 Chronograph hand
5
30-minute counter hand at 9 o’clock
6
12-hour counter hand at 6 o’clock
7 Date aperture
e
Pushbutton of the chronograph function
Push once 
: start
Push again 
: stop
f Pushbutton to return to zero
Your watch is fitted wih a three or four-position
crown :
A
Crown in “screwed down” position
(certain Royal Oak models only)
B
Crown in manual winding position
C Crown in position for rapid date correction
D Crown in position for setting the time
Caution : On certain Royal Oak models, the crown
must be unscrewed to access the different settings.
Afterwards, carefully screw it back into position A
to ensure water resistance.
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44 45
Use of functions
Setting the time
On certain Royal Oak models, always unscrew the
crown to access the different setting positions. The
unscrewed crown will automatically position itself
at B.
Pull the crown to position D. It is recommended
to set the time clockwise. It is advisable to position
the minute hand forwards by half a minute to
improve synchronisation between the minute and
second hands. This compensates for the hand-fitting
play before returning the crown to rewinding
position B.
Warning : do not confuse noon and midnight when
correcting the date.
Balance stop when adjusting hands
The balance and second hand stop simultaneously
when the winding crown is pulled out, allowing you
to set the time to within the second.
Winding the watch
On certain Royal Oak models, always unscrew the
crown to access the different setting positions. The
unscrewed crown will automatically position itself
at B.
Turn the crown at least 30 times (in position B)
to wind the watch. The movements of the wearer’s
wrist will then activate the selfwinding system and
keep the watch running.
Warning : the selfwinding system will not work
if the watch is not worn. The watch can then be
stopped before the 50 hours power reserve according
to its initial winding.
Rapid date setting
To avoid making any mistakes, it is recommended
to perform date changes when the mechanism is
not in operation, i.e. between 1.00 am in the
morning and 6.00 pm at the latest.
On certain Royal Oak models, always unscrew the
crown to access the different setting positions.
If the correct date is not displayed on the watch, pull
the crown to position C (rapid date correction) and
turn clockwise until the desired date is displayed.
On certain Royal Oak models, always screw the crown
back to position A to ensure water-resistance.
ENGLISH

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46 47
Returning to zero
Press the pushpiece f
Continue the timing
After the first stop, the chronograph can be restarted
and stopped at will without first requiring you to
return it to zero. This means you can obtain a total
time by adding the second time to the first and so
on. During all these operations, the watch continues
to function normally.
Use of functions
Using the chronograph
Start
Press the pushpiece e
Stop
Press pushpiece e once again
To read the time taken for an event, consult the
following :
– the chronograph hand 4
– the minute counter hand 5
– the hour counter hand 6
e
5
4
6
f
ENGLISH

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48 49
Use of functions
Using the tachometer
The tachometric scale associated with the
chronograph function enables speed read-off. Engage
the chronograph (START) and stop the chronograph
after 1 kilometre (STOP). The value indicated by
the chronograph hand on the tachometer scale
corresponds to the average speed over 1 kilometre.
For example :
If the time lapse between (START) and (STOP)
equals 20 seconds, the average speed – read on the
tachometer scale – is 180 km/h (fig. 1).
If the lapse is 30 seconds, the average speed is
120 km/h (fig. 2).
If 40 seconds were needed to cover one kilometre,
the average speed would be 90 km/h (fig. 3).
fig. 1
fig. 2
fig. 3
START STOP
1 km
ENGLISH