Calibre 1506 https://www.fpjourne.com./en/collection/linesport-collection/centigraphe-0 FP Journe https://www.fpjourne.com./en FP Journe
Diameter: 44 mm
Overall height: 11 mm
Dial: Silver guilloché dial covered with Ruthenium, matte 5N Gold applied numerals, counters in whitened guilloché Silver
Hands: matte 5N gilt and red lacquered Steel
Technical Specifications
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
Diameter: 44 mm
Overall height: 11 mm
Dial: Silver guilloché dial covered with Ruthenium, matte 5N Gold applied numerals, counters in whitened guilloché Silver
Hands: matte 5N gilt and red lacquered Steel
Diameter: 44 mm
Overall height: 11 mm
Dial: Silver guilloché dial covered with Ruthenium, matte 5N Gold applied numerals, counters in whitened guilloché Silver
Hands: matte 5N gilt and red lacquered Steel
Technical Specifications
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
About
THE HAND-WOUND MECHANICAL MOVEMENT OF THE CENTIGRAPHE INDICATES ELAPSED TIMES FROM A
100TH OF A SECOND TO 10 MINUTES, VISIBLE ON 3 DIALS, EACH WITH A TIME SCALE IN BLACK AND RED.
THE CASE OF 44 MM DIAMETER AND 11 MM THICK WITH BEZEL INLAID WITH CERAMIC ENCLOSES THE
MANUAL WINDING 1506 MOVEMENT MADE IN 18K ROSE GOLD.
THE DIAL IS IN SILVER GUILLOCHE COVERED WITH RUTHENIUM AND APPLIQUES NUMERALS IN MATTE 6N
GOLD, SECONDS COUNTER IN WHITENED SILVER AND MATTE 5N GOLDEN HANDS.
THE BRACELET MATCHES THE CASE, WITH A MATTE HAMMERED FINISH. THE LINKS ATTACHED TO THE CASE
ARE ALSO ARTICULATED TO ADAPT TO THE DIFFERENT WRIST SIZES WITH AN ADJUSTABLE FOLDING CLASP
IN LENGTH OF APPROXIMATELY 5 MM.
THE INDICATIONS
THE 100TH OF A SECOND HAND REVOLVES AROUND THE DIAL IN ONE SECOND ON A SCALE MARKED IN HUNDREDTHS OF A SECOND.
ON THE DIAL AT 2 O’CLOCK, THE HAND REVOLVES ONCE EVERY 20 SECONDS ON A TIME SCALE DIVIDED INTO SECONDS.
THE THIRD DIAL, AT 6 O’CLOCK IS GRADUATED FOR 10 MINUTES.
PATENTED ERGONOMIC CHRONOGRAPH
THE CHRONOGRAPH IS STARTED, STOPPED AND ZEROED BY A ROCKER AT 2 O’CLOCK IN THE CASE BAND, INSTEAD OF THE USUAL BUTTONS ON EITHER SIDE OF THE CROWN. THIS ERGONOMIC DESIGN, PERFECTLY FITTED TO THE WRISTWATCH, IS PATENTED.
PATENTED CHRONOGRAPH MECHANISM
A SECOND PATENT WAS GRANTED FOR THE MECHANISM’S INGENIOUS CONFIGURATION, WHICH EFFECTIVELY ISOLATES THE CHRONOGRAPH FROM THE TIMEKEEPING FUNCTION. THIS MEANS THE BALANCE AMPLITUDE IS UNAFFECTED WHEN THE CHRONOGRAPH IS RUNNING. THE HANDS OF THE 100TH OF A SECOND AND THE 20 SECONDS COUNTERS ARE DRIVEN BY 2 DIFFERENT WHEEL TRAINS, THEMSELVES DRIVEN BY THE CENTRE OF THE MAINSPRING (PATENTED). ANOTHER SEPARATE TRAIN OF WHEELS, ALSO DRIVEN BY THE BARREL ARBOR, DRIVES THE 10 MINUTES HAND.
1/100TH SECOND RECORDER HAND
THE 100TH OF A SECOND’S HAND, RELEASED BY THE WATCH'S ESCAPEMENT, MAKES ONE REVOLUTION OF THE DIAL PER SECOND. A WHEEL MOUNTED ON THE ESCAPE WHEEL (4TH WHEEL OF THE GOING TRAIN) RELEASES THE ARBOR TO WHICH THE HAND IS FITTED. THE SECONDS ARE DRIVEN BY THE GOING TRAIN FROM THE BARREL, AND BY THE ENERGY OF THE CHRONOGRAPH TRAIN, AS TRANSMITTED BY THE BARREL ARBOR. ONE INGENIOUS FEATURE OF THE 100TH OF A SECOND IS THAT IT MAY BE STOPPED ANYWHERE ALONG ITS ONE-SECOND JOURNEY AROUND ITS DIAL, EVEN BETWEEN TWO 100TH-SECOND DIVISIONS, ENABLING A FRACTIONAL READING. THIS IS ACHIEVED BY VERTICALLY DISENGAGING THE PINION OF THE 100TH OF A SECOND HAND FROM THAT OF THE ESCAPEMENT, WHICH PRESSES ON THE PIVOT SHANK AND ACTS AS A BRAKE.
RETURN TO ZERO
THE 20-SECONDS HAND AND THE 10-MINUTES HAND ARBORS ARE ZEROED BY HAMMER LEVERS ACTING ON SNAIL CAMS. THE 100TH OF A SECOND HAND IS STOPPED AT ZERO BY A BEAK PROTRUDING FROM ITS PINION, WHICH PRESSES ON A LEVER AND THUS BLOCKS THE CHRONOGRAPH TRAIN.
MAINTAINING POWER AND POWER RESERVE
THE BARREL FEATURES A MAINTAINING POWER SYSTEM IN ORDER TO ENSURE THAT THE DRIVING FORCE DOES NOT DECREASE DURING WINDING.
THE MAINSPRING SUPPLIES AT LEAST 80 HOURS OF POWER RESERVE WITHOUT THE CHRONOGRAPH, AND 24 HOURS WITH THE CHRONOGRAPH RUNNING.
THE CENTIGRAPHE CONTRIBUTES TO THE MEDICAL RESEARCH OF THE ICM
GODFATHER OF THE CENTIGRAPHE SOUVERAIN, JEAN TODT REMAINS THE INITIATOR OF F.P.JOURNE’S ENGAGEMENT TOWARDS THE ICM - INSTITUTE OF BRAIN AND SPINAL CORD IN PARIS - TO HELP FIGHT DISEASES SUCH AS ALZHEIMER’S, PARKINSON’S AND MULTIPLE SCLEROSIS.
IN PURCHASING THE CENTIGRAPHE, YOU ARE ALSO SUPPORTING THE MEDICAL RESEARCH CARRIED OUT BY THE ICM. aLONG WITH PROFESSOR GÉRARD SAILLANT, LUC BESSON, JEAN RÉNO, JEAN TODT, MICHELLE YEOH AND MICHAEL SCHUMACHER, AMONGST OTHERS, FRANÇOIS-PAUL JOURNE HAS COMMITTED TO THE ICM IN DONATING 30% OF THE PROFITS FROM THE SALE OF EACH CENTIGRAPHE TO THE ICM, WITH NO LIMIT IN TIME.
Technical Specifications
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
-
About
THIS WATCH WAS PRODUCED BETWEEN 2018 AND 2024.
THE HAND-WOUND MECHANICAL MOVEMENT OF THE CENTIGRAPHE INDICATES ELAPSED TIMES FROM A
100TH OF A SECOND TO 10 MINUTES, VISIBLE ON 3 DIALS, EACH WITH A TIME SCALE IN BLACK AND RED.
THE CASE OF 44 MM DIAMETER AND 11 MM THICK WITH BEZEL INLAID WITH CERAMIC ENCLOSES THE
MANUAL WINDING 1506 MOVEMENT MADE IN 18K ROSE GOLD.
THE DIAL IS IN SILVER GUILLOCHE COVERED WITH RUTHENIUM AND APPLIQUES NUMERALS IN MATTE 6N
GOLD, SECONDS COUNTER IN WHITENED SILVER AND MATTE 5N GOLDEN HANDS.
THE BRACELET MATCHES THE CASE, WITH A MATTE HAMMERED FINISH. THE LINKS ATTACHED TO THE CASE
ARE ALSO ARTICULATED TO ADAPT TO THE DIFFERENT WRIST SIZES WITH AN ADJUSTABLE FOLDING CLASP
IN LENGTH OF APPROXIMATELY 5 MM.
THE INDICATIONS
THE 100TH OF A SECOND HAND REVOLVES AROUND THE DIAL IN ONE SECOND ON A SCALE MARKED IN HUNDREDTHS OF A SECOND.
ON THE DIAL AT 2 O’CLOCK, THE HAND REVOLVES ONCE EVERY 20 SECONDS ON A TIME SCALE DIVIDED INTO SECONDS.
THE THIRD DIAL, AT 6 O’CLOCK IS GRADUATED FOR 10 MINUTES.
PATENTED ERGONOMIC CHRONOGRAPH
THE CHRONOGRAPH IS STARTED, STOPPED AND ZEROED BY A ROCKER AT 2 O’CLOCK IN THE CASE BAND, INSTEAD OF THE USUAL BUTTONS ON EITHER SIDE OF THE CROWN. THIS ERGONOMIC DESIGN, PERFECTLY FITTED TO THE WRISTWATCH, IS PATENTED.
PATENTED CHRONOGRAPH MECHANISM
A SECOND PATENT WAS GRANTED FOR THE MECHANISM’S INGENIOUS CONFIGURATION, WHICH EFFECTIVELY ISOLATES THE CHRONOGRAPH FROM THE TIMEKEEPING FUNCTION. THIS MEANS THE BALANCE AMPLITUDE IS UNAFFECTED WHEN THE CHRONOGRAPH IS RUNNING. THE HANDS OF THE 100TH OF A SECOND AND THE 20 SECONDS COUNTERS ARE DRIVEN BY 2 DIFFERENT WHEEL TRAINS, THEMSELVES DRIVEN BY THE CENTRE OF THE MAINSPRING (PATENTED). ANOTHER SEPARATE TRAIN OF WHEELS, ALSO DRIVEN BY THE BARREL ARBOR, DRIVES THE 10 MINUTES HAND.
1/100TH SECOND RECORDER HAND
THE 100TH OF A SECOND’S HAND, RELEASED BY THE WATCH'S ESCAPEMENT, MAKES ONE REVOLUTION OF THE DIAL PER SECOND. A WHEEL MOUNTED ON THE ESCAPE WHEEL (4TH WHEEL OF THE GOING TRAIN) RELEASES THE ARBOR TO WHICH THE HAND IS FITTED. THE SECONDS ARE DRIVEN BY THE GOING TRAIN FROM THE BARREL, AND BY THE ENERGY OF THE CHRONOGRAPH TRAIN, AS TRANSMITTED BY THE BARREL ARBOR. ONE INGENIOUS FEATURE OF THE 100TH OF A SECOND IS THAT IT MAY BE STOPPED ANYWHERE ALONG ITS ONE-SECOND JOURNEY AROUND ITS DIAL, EVEN BETWEEN TWO 100TH-SECOND DIVISIONS, ENABLING A FRACTIONAL READING. THIS IS ACHIEVED BY VERTICALLY DISENGAGING THE PINION OF THE 100TH OF A SECOND HAND FROM THAT OF THE ESCAPEMENT, WHICH PRESSES ON THE PIVOT SHANK AND ACTS AS A BRAKE.
RETURN TO ZERO
THE 20-SECONDS HAND AND THE 10-MINUTES HAND ARBORS ARE ZEROED BY HAMMER LEVERS ACTING ON SNAIL CAMS. THE 100TH OF A SECOND HAND IS STOPPED AT ZERO BY A BEAK PROTRUDING FROM ITS PINION, WHICH PRESSES ON A LEVER AND THUS BLOCKS THE CHRONOGRAPH TRAIN.
MAINTAINING POWER AND POWER RESERVE
THE BARREL FEATURES A MAINTAINING POWER SYSTEM IN ORDER TO ENSURE THAT THE DRIVING FORCE DOES NOT DECREASE DURING WINDING.
THE MAINSPRING SUPPLIES AT LEAST 80 HOURS OF POWER RESERVE WITHOUT THE CHRONOGRAPH, AND 24 HOURS WITH THE CHRONOGRAPH RUNNING.
THE CENTIGRAPHE CONTRIBUTES TO THE MEDICAL RESEARCH OF THE ICM
GODFATHER OF THE CENTIGRAPHE SOUVERAIN, JEAN TODT REMAINS THE INITIATOR OF F.P.JOURNE’S ENGAGEMENT TOWARDS THE ICM - INSTITUTE OF BRAIN AND SPINAL CORD IN PARIS - TO HELP FIGHT DISEASES SUCH AS ALZHEIMER’S, PARKINSON’S AND MULTIPLE SCLEROSIS.
IN PURCHASING THE CENTIGRAPHE, YOU ARE ALSO SUPPORTING THE MEDICAL RESEARCH CARRIED OUT BY THE ICM. aLONG WITH PROFESSOR GÉRARD SAILLANT, LUC BESSON, JEAN RÉNO, JEAN TODT, MICHELLE YEOH AND MICHAEL SCHUMACHER, AMONGST OTHERS, FRANÇOIS-PAUL JOURNE HAS COMMITTED TO THE ICM IN DONATING 30% OF THE PROFITS FROM THE SALE OF EACH CENTIGRAPHE TO THE ICM, WITH NO LIMIT IN TIME. -
Technical description
Technical Specifications
MOVEMENT :Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versionsDIMENSIONS :- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
BALANCE :Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collectFREQUENCY :21,600 Alt/h, (3Hz)
INERTIA :10.10 mg / cm2
ANGLE OF LIFT :52°
AMPLITUDE :0h dial up: 320°
24h dial up: 280°ESCAPEMENT :In-line lever escapement
15-tooth escape wheelINDICATIONS :Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.CHRONOGRAPH :Separate chronograph train driven by directly from the mainspring.
1/100th second readoutAUTONOMY :80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph runningFINISHES :Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel workCONTROL :Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-settingNUMBER OF PARTS :Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50MOVEMENT :Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versionsDIMENSIONS :- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
BALANCE :Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collectFREQUENCY :21,600 Alt/h, (3Hz)
INERTIA :10.10 mg / cm2
ANGLE OF LIFT :52°
AMPLITUDE :0h dial up: 320°
24h dial up: 280°ESCAPEMENT :In-line lever escapement
15-tooth escape wheelINDICATIONS :Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.CHRONOGRAPH :Separate chronograph train driven by directly from the mainspring.
1/100th second readoutAUTONOMY :80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph runningFINISHES :Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel workCONTROL :Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-settingNUMBER OF PARTS :Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
At the heart of the movementAt the heart of the movementBrevet - CHRONOGRAPHE N°: EP 07405107 | INTERRUPTEUR N°: EP 1818734 A1Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.Brevet - CHRONOGRAPHE N°: EP 07405107 | INTERRUPTEUR N°: EP 1818734 A1Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
Technical Specifications
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Manual winding
Movement in Aluminium alloy for the Titanium version; or in 18K rose Gold for the 18K 6N Gold and Platinum versions
- Overall diameter : 34.40 mm
- Casing-up diameter : 34.00 mm
- Overall height : 5.60 mm
- Height of hands : 1.45 mm
- Height of winding system : 2.69 mm
- Diameter of stem thread : S1.20 mm
Free-sprung balance
Four adjustable inertia weights
Anachron balance spring
Mobile stud holders
Pinned GE stud
Spring pinned to the collect
21,600 Alt/h, (3Hz)
10.10 mg / cm2
52°
0h dial up: 320°
24h dial up: 280°
In-line lever escapement
15-tooth escape wheel
Central hours and minutes
One-second chronograph hand at 10 o'clock.
20-seconds chronograph hand at 2 o'clock.
10-minutes chronograph hand at 6 o'clock.
Separate chronograph train driven by directly from the mainspring.
1/100th second readout
80 ± 2 hours with the chronograph stopped
24 ± 2 hours with the chronograph running
Circular stripes on the bridges
Circular graining on the baseplate
Polished screw heads with chamfered slots
Pegs with polished rounded ends
Straight-grained steel work
Rocker arm to start, stop and zero the chronograph
Three-position winding crown:
Position 0: disengaged
Position 1: winding
Position 2: time-setting
Movement without dial: 284
Cased up with bracelet: 483
Jewels: 50
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.
Technical description
For this movement unlike any other, F.P.Journe has set up an ergonomic chronograph activation system with a rocker arm that allows the chronograph to start, stop and zero at 2 o’clock in the case band, instead of the usual buttons on either side of the crown. The chronograph function has also been isolated from the timekeeping function, meaning that the balance amplitude is unaffected when the chronograph is running. These two innovations have been patented.
The tachometer scales converts time units for 1 kilometer into speeds ranging from 6 km/h —walking pace — to 36'000 km/h, well above the escape velocity of a rocket going into low-level orbit.