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ビーナスの素晴らしきムーブメント

 2017/11/29 ビーナス(ヴィーナス)ムーブメント
この記事は約 123 分で読めます。 3,350 Views

Venus 102


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 103


Fig. 1

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 103(CHR)

 
Fig. 1


Fig. 2

Features
manual-wind chronograph, 60s, cam switched
sub second

Data
10.5”’, Dm= 23.3mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks

family:
75: sub second
75(SC): sweep second
103(CHR): chronograph

Example, year: signature; shock device
1962: old data sheet

 

Venus 104


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 105


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 106


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 107


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 108


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 110


Fig. 1


Fig. 2

Features
manual wind
sub second
option sweep second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc

 

Venus 111


Fig. 1


Fig. 2

Features
manual wind
sub second
option sweep second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 112


Fig. 1


Fig. 2

Features
manual wind
sub second
option sweep second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 113


Fig. 1


Fig. 2

Features
manual wind
sub second
option sweep second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 114


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 117


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 118


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 119


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 128


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 129


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 130

   
Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind
sub second

Data
8.75 x 12”’, Dm= 19.8 x 26.4mm
Do= 19.8 x 26.8mm
H= 3.4mm
F= 0.5mm
T= 1.5mm
15 jewels
f = 18000 A/h
power reserve 41h

Balance staff U750

Stem W139

Mainspring / battery
Zf954, 1.35 x 10.0 x 0.11 x 320mm

Hands
1.40 x 0.70-0,80 / 0.18mm

Remarks
differences between 130, 131 unknownfamily:
130, 131 : sub second
130/1,131/1: sweep second
131(CHR): chronographExample, year: signature; shock device
1-2) ca. 1930: 843
3-4) ca. 1940: Alpina 843 – Venus 130

 

Venus 130/1


Fig. 1


Fig. 2

Features
manual wind
sweep second

Data
8.75 x 12”’, Dm= 19.8 x 26.4mm
Do= 19.8 x 26.8mm
F= 0.5mm
T= 1.5mm
15 jewels
f = 18000 A/h
power reserve 41h

Balance staff U750

Stem W139

Mainspring / battery
Zf954, 1.35 x 10.0 x 0.11 x 320mm

Hands
1.40 x 0.70-0,80 / 0.18mm

Remarks
differences between 130/1, 131/1 unknownfamily:
130, 131 : sub second
130/1,131/1: sweep second
131(CHR): chronographExample, year: signature; shock device
ca. 1940: Alpina 843 – Venus 130
(Venus 130, Alpina 843, sub second)

 

Venus 131


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
8.75 x 12”’, Dm= 19.8 x 26.4mm
Do= 19.8 x 26.8mm
H= 3.4mm
F= 0.5mm
T= 1.5mm
15 jewels
f = 18000 A/h
power reserve 41h

Balance staff U750

Stem W139

Mainspring / battery
Zf954, 1.35 x 10.0 x 0.11 x 320mm

Hands
1.40 x 0.70-0,80 / 0.18mm

Remarks
differences between 130, 131 unknownfamily:
130, 131 : sub second
130/1,131/1: sweep second
131(CHR): chronographExample, year: signature; shock device
ca. 1940: Alpina 843 – Venus 130
(Venus 130, Alpina 843)

 

Venus 131/1


Fig. 1


Fig. 2

Features
manual wind
sweep second

Data
8.75 x 12”’, Dm= 19.8 x 26.4mm
Do= 19.8 x 26.8mm
F= 0.5mm
T= 1.5mm
15 jewels
f = 18000 A/h
power reserve 41h

Balance staff U750

Stem W139

Mainspring / battery
Zf954, 1.35 x 10.0 x 0.11 x 320mm

Hands
1.40 x 0.70-0,80 / 0.18mm

Remarks
differences between 130/1, 131/1 unknownfamily:
130, 131 : sub second
130/1,131/1: sweep second
131(CHR): chronographExample, year: signature; shock device
ca. 1940: Alpina 843 – Venus 130
(Venus 130, Alpina 843, sub second)

 

Venus 131(CHR)


Fig. 1


Fig. 2

Features
manual-wind chronograph, 60s, cam switched
sub second

Data
8.75 x 12”’, Dm= 19.8 x 26.4mm
Do= 19.8 x 26.8mm
F= 0.5mm
T= 1.5mm
16 jewels
f = 18000 A/h
power reserve 41h

Balance staff U750

Stem W139

Mainspring / battery
Zf954, 1.35 x 10.0 x 0.11 x 320mm

Hands
1.40 x 0,80 / 0.18mm

Remarks

family:
130, 131 : sub second
130/1,131/1: sweep second
131(CHR): chronograph

Example, year: signature; shock device
1) ca. 1940: Lorie Watches Swiss
2) ca. 1940: Alpina 843 – Venus 130
(Venus 130)

© M. Müllner

 

Venus 146


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
8.75 x 12”’, Dm= 19.8 x 26.4mm
Do= 19.8 x 26.8mm
H= 3.4mm
F= 0.5mm
T= 1.5mm
15 jewels
f = 18000 A/h
power reserve 40h

Balance staff U750

Stem W139

Mainspring / battery
Zf876, 1.30 x 10.5 x 0.115 x 330mm

Hands
1.40 x 0,80 / 0.18mm

Remarks
like 130, but modified barrelExample, year: signature; shock device
ca. 1940: Alpina 843 – Venus 130
(Venus 130, Alpina 843)

 

Venus 148


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 150


Fig. 1

Features
manual-wind chronograph, 60s, 30/45 min, pillar wheel
sub second

Data
13”’, Dm= 29.0mm
H= 5.7mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U1593 / U3462
balance with/without screws

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1331, 1.60 x 11.5 x 0.12 x 285mm

Hands
1.45 x 0.95mm

Remarks

family:
150: base plate with bevelled edge
151: base plate plain
152: hour counter
186: date, hour
187: date, moon phase, hour
191: day, date, month, hour
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc
(Venus 152, 30min)

 

Venus 151


Fig. 1

Features
manual-wind chronograph, 60s, 30/45 min, pillar wheel
sub second

Data
13”’, Dm= 29.0mm
H= 5.7mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U1593

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1331, 1.60 x 11.5 x 0.12 x 285mm

Hands
1.45 x 0.95mm

Remarks

family:
150: base plate with bevelled edge
151: base plate plain
152: hour counter
186: date, hour
187: date, moon phase, hour
191: day, date, month, hour
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc
(Venus 152, 30min)

 

Venus 152


Fig. 1

Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second

Data
13”’, Dm= 29.0mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U1593 / U3462
balance with/without screws

Stem W1188

Mainspring / battery
W1188 / W3371
thread 1.2mm / 0.9mm

Hands
1.45 x 0.95mm

Remarks

family:
150: base plate with bevelled edge
151: base plate plain
152: hour counter
186: date, hour
187: date, moon phase, hour
191: day, date, month, hour
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc

 

Venus 154

  
Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 159


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
9.75”’, Dm= 21.7mm, Do= 22.05mm
H= 3.75mm
F= 0.5mm
T= 1.8mm
15 jewels
f = 18000 A/h

Balance staff U641

Stem W781

Mainspring / battery
Zf1302, 1.60 x 8.0 x 0.09 x 250mm

Hands
1.40 x 0.80 / 0.16mm

Remarks
differences not known between 110-114, 117-119, 128, 159
option sweep second only 110-113Example, year: signature; shock device
ca. 1940: 905.H3, Lever, 15 Jewels – Venus 110; Incabloc
(Venus 110)

 

Venus 170

 
Fig. 1


Fig. 2


Fig. 3

Features
manual-wind chronograph, 60s, 30/45 min, pillar wheel
sub second

Data
12.5”’, Dm= 28.2mm
H= 6.0mm
17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1417

Stem W1129

Mainspring / battery
Zf1477, 1.80 x 10.0 x 0.11 x 320mm

Hands
2.05 x 1.30 x 0.22 / 0.28 x 0.20mm

Remarks
swivel pinion after Edouard Heuer’s patent from von 1886
unusual: ratchet on dial side, crown mechanism with rocker barExample, year: signature; shock device
1) ca. 1950: – (30min)
2) ca. 1950: Swiss Made; Incabloc (45min)

 

Venus 175


Fig. 1

Features
manual-wind chronograph, 60s, 30/45 min, pillar wheel
sub second

Data
14”’, Dm= 31.0mm
H= 5.7mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455 / U3106
balance with/without screws

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc (30min)

 

Venus 176


Fig. 1

Features
manual-wind chronograph, 60s, 30/45 min, pillar wheel
sub second

Data
14”’, Dm= 31.0mm
H= 5.7mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc
(Venus 175, 30min)

 

Venus 178


Fig. 1

Features
manual-wind chronograph, 60s, 15/30min, 12h, pillar wheel
sub second

Data
14”’, Dm= 31.0mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455 / U3106
balance with/without screws

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.27 x 0.18mm

Remarks
Breguet hairspring
15min register especially for Breitling models Avi and Copilotfamily:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movementExample, year: signature; shock device
ca. 1950: Breitling; Incabloc (15min)© S. Walter

 

Venus 180

   
Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 3.85mm
7/15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes
differences not known between 180, 181, 182family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
1-2) ca. 1955: Fortis, Swiss Made – Venus 180; Incabloc
3-4) ca. 1945: – Venus 180

 

Venus 181


Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 3.85mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes
differences not known between 180, 181, 182family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
1-2) ca. 1955: Fortis, Swiss Made – Venus 180; Incabloc
(Venus 180)
3-4) ca. 1945: – Venus 180
(Venus 180)

 

Venus 182


Fig. 1


Fig. 2


Fig. 3


Fig. 4
Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 3.85mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes
differences not known between 180, 181, 182family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
1-2) ca. 1955: Fortis, Swiss Made – Venus 180; Incabloc
(Venus 180)
3-4) ca. 1945: – Venus 180
(Venus 180)

 

Venus 183


Fig. 1

Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second
date hand at 12h

Data
14”’, Dm= 31.0mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.27 x 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc
(Venus 175)

 

Venus 184


Fig. 1

Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second
date hand at 12h
moon phase: set by pusher at 10h

Data
14”’, Dm= 31.0mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.27 x 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc
(Venus 175)

 

Venus 186


Fig. 1

Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second
date hand at 12h

Data
13”’, Dm= 29.0mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U1593

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1332, 1.60 x 11.5 x 0.13 x 360mm

Hands
1.40 x 0.95mm

Remarks

family:
150: base plate with bevelled edge
151: base plate plain
152: hour counter
186: date, hour
187: date, moon phase, hour
191: day, date, month, hour
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc
(Venus 152)

 

Venus 187


Fig. 1
Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second
date hand at 12h
moon phase: set by pusher at 10h

Data
13”’, Dm= 29.0mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U1593

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1332, 1.60 x 11.5 x 0.13 x 360mm

Hands
1.40 x 0.95mm

Remarks

family:
150: base plate with bevelled edge
151: base plate plain
152: hour counter
186: date, hour
187: date, moon phase, hour
191: day, date, month, hour
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc
(Venus 152)

 

Venus 188


Fig. 1


Fig. 2

Features
manual-wind chronograph, 60s, 30/45min, cam switched
sub second

Data
14”’, Dm= 31.0mm, Do= 31.3mm
H= 6.0mm
F= 0.6mm
T= 1.85mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455 / U3106
balance with/without screws

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.18mm

Remarks
1948-1966
since 1966 continued as Valjoux 7730, but with mobile stud carrierfamily:
188: –
199: calendar
200: calendar, moon phaseExample, year: signature; shock device
cam switched:

 

Venus 191


Fig. 1

Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second
day
date hand: set by pusher at 8h
month: set by pusher at 10h
(only manually)

Data
13”’, Dm= 29.0mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U1593

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1332, 1.60 x 11.5 x 0.13 x 360mm

Hands
1.40 x 0.95mm

Remarks

family:
150: base plate with bevelled edge
151: base plate plain
152: hour counter
186: date, hour
187: date, moon phase, hour
191: day, date, month, hour
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc
(Venus 152)

 

Venus 192


Fig. 1

Features
manual-wind chronograph, 60s, 30min, 12h, pillar wheel
sub second
day, month: set by pusher at 10h
(for day push deeper, month only manually)
date hand: set by pusher at 8h

Data
14”’, Dm= 31.0mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.27 x 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc
(Venus 175)

 

Venus 194


Fig. 1

Features
manual-wind chronograph, 60s, 30min, pillar wheel
sub second
day, month: set by pusher at 10h
(for day push deeper, month only manually)
date hand: set by pusher at 8h

Data
14”’, Dm= 31.0mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.27 x 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc
(Venus 175)

 

Venus 198


Fig. 1

Features
manual-wind chronograph, 60s, 30min, pillar wheel
sub second
day, month: set by pusher at 10h
(for day push deeper, month only manually)
date hand, moon phase: set by pusher at 8h
(for moon phase push deeper)

Data
14”’, Dm= 31.0mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
1.40 x 0.95 x 0.27 / 0.27 x 0.27 x 0.27 x 0.18mm

Remarks

family:
175: base plate with bevelled edge
176: base plate plain
178: hour counter
179: split second
183: date, hour
184: date, moon phase, hour
185: split second, hour
189: split second, date, hour
190: split second, date, moon phase, hour
192: calendar, hour
193: split second, calendar, hour
194: calendar
198: calendar, moon phase
205: split second, calendar, moon phase
often the enhanced versions are signed like the base movement

Example, year: signature; shock device
ca. 1950: Swiss Made; Incabloc
(Venus 175)

 

Venus 199


Fig. 1

Features
manual-wind chronograph, 60s, 30min, cam switched
sub second
day, month: set by pusher at 10h
(for day push deeper, month only manually)
date hand: set by pusher at 8h

Data
14”’, Dm= 31.0mm, Do= 31.3mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
? x 1.40 x 0.95 x 0.27 / 0.27 x 0.18mm

Remarks

family:
188: –
199: calendar
200: calendar, moon phase

Example, year: signature; shock device
ca. 1950: Swiss Made
(Venus 188)

 

Venus 200


Fig. 1

Features
manual-wind chronograph, 60s, 30min, cam switched
sub second
day, month: set by pusher at 10h
(for day push deeper, month only manually)
date hand, moon phase: set by pusher at 8h
(for moon phase push deeper)

Data
14”’, Dm= 31.0mm, Do= 31.3mm
17 jewels
f = 18000 A/h
power reserve 45h

Balance staff U1455

Stem W1188 / W3371
thread 1.2mm / 0.9mm

Mainspring / battery
Zf1337, 1.60 x 12.5 x 0.13 x 430mm

Hands
? x 1.40 x 0.95 x 0.27 / 0.27 x 0.18mm

Remarks

family:
188: –
199: calendar
200: calendar, moon phase

Example, year: signature; shock device
ca. 1950: Swiss Made
(Venus 188)

 

Venus 202


Fig. 1

Features
manual wind
sub second

Data
11.5”’, Dm= 25.6mm
H= 3.85mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes (cf. Venus 180)family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
ca. 1955: Venus, 180, 204, 2 – DM; Incabloc
(Venus 203)

 

Venus 203


Fig. 1


Fig. 2

Features
manual wind
sub second
day: set by pusher at 10h
date hand, moon phase: set by pusher at 4h
(for day push deeper, month only manually)
month: set by pusher at 2h
(only manually)

Data
11.5”’, Dm= 25.6mm
H= 5.1mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
2.20 x 1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes (cf. Venus 180)family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
ca. 1955: Venus, 180, 204, 2 – DM; Incabloc

 

Venus 204

 
Fig. 1


Fig. 2

Features
manual wind
sub second
day: set by pusher at 10h
date hand: set by pusher at 4h
month: set by pusher at 2h
(only manually)

Data
11.5”’, Dm= 25.6mm
H= 5.1mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
2.20 x 1.30 x 0.70 / 0.21mm

Remarks
mostly signed as 203
different bridge shapes (cf. Venus 180)family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
ca. 1950: Swiss Made

 

Venus 208


Fig. 1


Fig. 2

Features
manual wind
sub second
date hand

Data
10.5”’, Dm= 23.3mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1390, 1.70 x 9.0 x 0.11 x 260mm

Hands
2.20 x 1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes (cf. Venus 180)family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
1) ca. 1955: Fortis, Swiss Made – Venus 180; Incabloc
(Venus 180)
2) ca. 1945: – Venus 180
(Venus 180)

 

Venus 210


Fig. 1

Features
manual-wind chronograph, 60s, 30min, cam switched
sub second

Data
12.5”’, Dm= 28.2mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U2283 / U3463
balance with/without screws

Stem W2429

Mainspring / battery
Zf1331, 1.60 x 11.5 x 0.12 x 285mm

Hands
1.40 x 0.95mm

Example, year: signature; shock device
ca. 1955: Swiss; Incabloc
(Venus 211)

 

Venus 211


Fig. 1

Features
manual-wind chronograph, 60s, 30min, cam switched
sub second
big date: set with pusher at 8h

Data
12.5”’, Dm= 28.2mm
17 jewels
f = 18000 A/h
power reserve 44h

Balance staff U2283 / U3463
balance with/without screws

Stem W2429

Mainspring / battery
Zf1331, 1.60 x 11.5 x 0.12 x 285mm

Hands
1.40 x 0.95mm

Remarks
often signed as 210Example, year: signature; shock device
ca. 1955: Swiss; Incabloc

 

Venus 214


Fig. 1


Fig. 2

Features
manual wind
sub second
day
date hand

Data
10.5”’, Dm= 23.3mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
2.20 x 1.30 x 0.70 / 0.21mm

Remarks
different bridge shapesfamily:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
1) ca. 1955: Fortis, Swiss Made – Venus 180; Incabloc
(Venus 180)
2) ca. 1945: – Venus 180
(Venus 180)

 

Venus 216

 
Fig. 1


Fig. 2

Features
manual wind
sub second
big date: set with pusher at 2h

Data
11.5”’, Dm= 25.6mm
H= 5.15mm
15/17 jewels
f = 18000 A/h
power reserve 40h

Balance staff U1488 / U3138
balance with/without screws

Stem W1183

Mainspring / battery
Zf1391/3, 1.70 x 9.5 x 0.11 x 285mm

Hands
1.30 x 0.70 / 0.21mm

Remarks
different bridge shapes (cf. Venus 180)family:
180-182: 10.5”’
202: 11.5”’
203: 11.5”’, calendar, moon phase
204: 11.5”’, calendar
208: 10.5”’, date
214: 10.5”’, day, date
216: 11.5”’, big dateExample, year: signature; shock device
ca. 1955: Cornavin Watch Co Geneve, Swiss, 17 Jewels; Incabloc

 

Venus 220


Fig. 1

Features
manual wind
sweep second

Data
10.5”’, Dm= 23.3mm
H= 4.15mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc
(Venus 221, 11.5”’)

 

Venus 221


Fig. 1


Fig. 2

Features
manual wind
sweep second
big date: set with pusher at 2h

Data
11.5”’, Dm= 25.6mm
H= 5.45mm
17/21 jewels
f = 18000 A/h
power-reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc

 

Venus 222


Fig. 1

Features
manual wind
sweep second
day: set by pusher at 10h
date hand, moon phase: set by pusher at 4h
(for moon phase push deeper)
month: set by pusher at 2h
(only manually)

Data
11.5”’, Dm= 25.6mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc
(Venus 221)

 

Venus 223


Fig. 1

Features
manual wind
sweep second
day: set by pusher at 10h
date hand: set by pusher at 4h
month: set by pusher at 2h
(only manually)

Data
11.5”’, Dm= 25.6mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc
(Venus 221)

 

Venus 225


Fig. 1

Features
manual wind
sweep second

Data
11.5”’, Dm= 25.6mm
H= 4.15mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc
(Venus 221)

 

Venus 226


Fig. 1

Features
manual wind
sweep second
date hand

Data
10.5”’, Dm= 23.3mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc
(Venus 221, 11.5”’)

 

Venus 226


Fig. 1

Features
manual wind
sweep second
date hand

Data
10.5”’, Dm= 23.3mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1955: Cornavin Watch, Swiss, 21 Jewels; Incabloc
(Venus 221, 11.5”’)

 

Venus 227


Fig. 1

Features
manual wind
sweep second
date: set by changing 19-24h

Data
11.5”’, Dm= 25.6mm
H= 4.15mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2200 / U3097
balance with/without screws

Stem W2420

Mainspring / battery
Zf1132, 1.45 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks

family:
220: 10.5”’
221: 11.5”’, big date
222: 11.5”’, calendar, moon phase
223: 11.5”’, calendar
225: 11.5”’
226: 10.5”’, date hand
227: 11.5”’, date

Example, year: signature; shock device
ca. 1950: Swiss, 21 Jewels

 

Venus 230

    
Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual-wind alarm
sweep second

Data
12.5”’, Dm= 28.1mm, Do= 28.3mm
H= 5.7mm
F= 1.7mm
T= 3.2mm
17/21 jewels
f = 18000 A/h
Gangreserve 33h/51h
(alarm on/off)
alarm 10s

Balance staff U2259 / U3464
balance with/without screws

Stem W2428

Mainspring / battery
1.60 x 11.5 x 0.13mm

Hands
2.10 x 1.50 x 0.90 x 0.21mm

Remarks
common barrel for watch and alarm
indicator aperture for alarm
differences 230, 231 unknownfamily:
230, 231 –
232: dateOperating Instruction
Wind watch and alarm: with crown at 3h automatically first the alarm and then the watch is wound. If a resistance appears when turning the crown towards 12h, both are completely wound up.Set time: pull the crown at 3h, set the time. If you set the time reverse and pass the alarm time, this will be set reverse simultaneously.

Set alarm: push the the crown at 4, set the alarm time. The alarm time can only be set reverse, setting forward is inhibited by a freewheel.

Enable alarm: pull the crown at 4h. A green dot appears in the aperture at 9h, alarm time setting is disabled.

Disable alarm: push the crown at 4h. A red dot appears in the aperture at 9h, alarm time setting is enabled.

Example, year: signature; shock device
1-2) ca. 1955: Mira, M.4 – BJ; Incabloc
3-4) ca. 1955: NWX, Ch. Gigandet, Swiss Made, 21 Jewels – GF; Incabloc
additionally, and on the bridge with cap jewels, the wrong data: 17 Jewels

 

Venus 231


Fig. 1


Fig. 2

Features
manual-wind alarm
sweep second

Data
12.5”’, Dm= 28.1mm, Do= 28.3mm
H= 5.7mm
F= 1.7mm
T= 3.2mm
17/21 jewels
f = 18000 A/h
Gangreserve 33h/51h
(alarm on/off)
alarm 10s

Balance staff U2259 / U3464
balance with/without screws

Stem W2428

Mainspring / battery
1.60 x 11.5 x 0.13mm

Hands
2.10 x 1.50 x 0.90 x 0.22mm

Remarks
common barrel for watch and alarm
indicator aperture for alarm
differences 230, 231 unknownfamily:
230, 231 –
232: dateOperating Instruction
Wind watch and alarm: with crown at 3h automatically first the alarm and then the watch is wound. If a resistance appears when turning the crown towards 12h, both are completely wound up.Set time: pull the crown at 3h, set the time. If you set the time reverse and pass the alarm time, this will be set reverse simultaneously.

Set alarm: push the the crown at 4, set the alarm time. The alarm time can only be set reverse, setting forward is inhibited by a freewheel.

Enable alarm: pull the crown at 4h. A green dot appears in the aperture at 9h, alarm time setting is disabled.

Disable alarm: push the crown at 4h. A red dot appears in the aperture at 9h, alarm time setting is enabled.

Example, year: signature; shock device
ca. 1955: ca. 1955: Mira, M.4 – BJ; Incabloc
(Venus 230)

 

Venus 232


Fig. 1

Features
manual-wind alarm
sweep second
date

Data
12.5”’, Dm= 28.1mm, Do= 28.3mm
17/21 jewels
f = 18000 A/h
Gangreserve 33h/51h
(alarm on/off)
alarm 10s

Balance staff U2259 / U3464
balance with/without screws

Stem W2428

Mainspring / battery
1.60 x 11.5 x 0.13mm

Hands
2.10 x 1.50 x 0.90 x 0.22mm

Remarks
common barrel for watch and alarm
indicator aperture for alarmfamily:
230, 231 –
232: dateOperating Instruction
Wind watch and alarm: with crown at 3h automatically first the alarm and then the watch is wound. If a resistance appears when turning the crown towards 12h, both are completely wound up.Set time: pull the crown at 3h, set the time. If you set the time reverse and pass the alarm time, this will be set reverse simultaneously.

Set alarm: push the the crown at 4, set the alarm time. The alarm time can only be set reverse, setting forward is inhibited by a freewheel.

Enable alarm: pull the crown at 4h. A green dot appears in the aperture at 9h, alarm time setting is disabled.

Disable alarm: push the crown at 4h. A red dot appears in the aperture at 9h, alarm time setting is enabled.

Example, year: signature; shock device
ca. 1955: ca. 1955: Mira, M.4 – BJ; Incabloc
(Venus 230)

 

Venus 240


Fig. 1

Features
manual wind
sweep second

Data
10.5”’, Dm= 23.3mm
H= 3.6mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2532 / U3465
balance with/without screws

Stem W2581

Mainspring / battery
Zf683, 1.20 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks
Girocap combined settings if 21 jewelsfamily:
240: 10.5”’
245: 11.5”’
246: 10.5”’, date hand
247: 11.5”’, date
all usually signed as Venus 240Example, year: signature; shock device
ca. 1955: Venus 240; Incabloc
(Venus 247, 11.5”’)

 

Venus 245


Fig. 1

Features
manual wind
sweep second

Data
11.5”’, Dm= 25.6mm
H= 3.6mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2532 / U3465
balance with/without screws

Stem W2581

Mainspring / battery
Zf683, 1.20 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks
Girocap combined settings if 21 jewelsfamily:
240: 10.5”’
245: 11.5”’
246: 10.5”’, date hand
247: 11.5”’, date
all usually signed as Venus 240Example, year: signature; shock device
ca. 1955: Venus 240; Incabloc
(Venus 247)

 

Venus 246


Fig. 1

Features
manual wind
sweep second
date hand

Data
10.5”’, Dm= 23.3mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2532 / U3465
balance with/without screws

Stem W2581

Mainspring / battery
Zf683, 1.20 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks
Girocap combined settings if 21 jewelsfamily:
240: 10.5”’
245: 11.5”’
246: 10.5”’, date hand
247: 11.5”’, date
all usually signed as Venus 240Example, year: signature; shock device
ca. 1955: Venus 240; Incabloc
(Venus 247, 11.5”’)

 

Venus 247


Fig. 1


Fig. 2

Features
manual wind
sweep second
date: set by changing 20-24h

Data
11.5”’, Dm= 25.6mm
H= 3.6mm
17/21 jewels
f = 18000 A/h
power reserve 36h

Balance staff U2532 / U3465
balance with/without screws

Stem W2581

Mainspring / battery
Zf683, 1.20 x 9.5 x 0.11 x 290mm

Hands
1.50 x 0.90 x 0.22mm

Remarks
Girocap combined settings if 21 jewelsfamily:
240: 10.5”’
245: 11.5”’
246: 10.5”’, date hand
247: 11.5”’, date
all usually signed as Venus 240Example, year: signature; shock device
ca. 1955: Venus 240; Incabloc

 

Venus 55

  
Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind

Data
5.75 x 8.5”’, Dm= 12.8 x 19.25mm
Do= 12.8 x 19.55mm
H= 3.4mm
F= 0.5mm
T= 1.6mm
15 jewels
f = 18000 A/h
power reserve 40h

Balance staff U649

Stem W87

Mainspring / battery
Zf470, 1.10 x 7.5 x 0.08 x 250mm

Hands
1.20 x 0.60mm

Remarks
option: bimetallic screw balance
differences not known between 55, 58, 59
probably designations for different base-plate shapes, round corners (Fig.1, 2) or octogonal (Fig.3, 4)Example, year: signature; shock device
1-2) ca. 1930: Alpina, 807
(Alpina 807)
3-4) ca. 1930: Alpina, 808, HB
(Alpina 808)

 

Venus 58


Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind

Data
5.75 x 8.5”’, Dm= 12.8 x 19.25mm
Do= 12.8 x 19.55mm
H= 3.4mm
F= 0.5mm
T= 1.6mm
15 jewels
f = 18000 A/h
power reserve 40h

Balance staff U649

Stem W87

Mainspring / battery
Zf470, 1.10 x 7.5 x 0.08 x 250mm

Hands
1.20 x 0.60mm

Remarks
option: bimetallic screw balance
differences not known between 55, 58, 59
probably designations for different base-plate shapes, round corners (Fig.1, 2) or octogonal (Fig.3, 4)Example, year: signature; shock device
1-2) ca. 1930: Alpina, 807
(Alpina 807)
3-4) ca. 1930: Alpina, 808, HB
(Alpina 808)

 

Venus 59


Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind

Data
5.75 x 8.5”’, Dm= 12.8 x 19.25mm
Do= 12.8 x 19.55mm
H= 3.4mm
F= 0.5mm
T= 1.6mm
15 jewels
f = 18000 A/h
power reserve 40h

Balance staff U649

Stem W87

Mainspring / battery
Zf470, 1.10 x 7.5 x 0.08 x 250mm

Hands
1.20 x 0.60mm

Remarks
option: bimetallic screw balance
differences not known between 55, 58, 59
probably designations for different base-plate shapes, round corners (Fig.1, 2) or octogonal (Fig.3, 4)Example, year: signature; shock device
1-2) ca. 1930: Alpina, 807
(Alpina 807)
3-4) ca. 1930: Alpina, 808, HB
(Alpina 808)

 

Venus 60-I

   
Fig. 1


Fig. 2


Fig. 3

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf570, 1.15 x 7.5 x 0.09 x 220mm

Hands
1.20 x 0.60 / 0.12mm

Remarks
different bridge shapes (cf. Fig.1, 3)
bimetallic screw balance, just optionally cutgenerations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
1-2) ca. 1920: Alpina, 641 – U
3) ca. 1925: Alpina, 641© M. Schmelzer (Fig.3)

 

Venus 60-II

 
Fig. 1


Fig. 2


Fig. 3


Fig. 4

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf570, 1.15 x 7.5 x 0.09 x 220mm

Hands
1.20 x 0.60 / 0.12mm

Remarks
different bridge shapes (cf. Venus 60-I)
bimetallic screw balance, just optionally cutgenerations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
1-2) ca. 1925: Alpina, 669
(Alpina 669, Venus 60-II)
3-4) ca. 1930: Brevet +81653, Glycine Automatic E.M.S.A. (Eugene Meylan S.A.), Pat. Appl. for +77588.77878.81251, D.R.P.Anm. 114688
(crown wheel missing, movement prepared for automatic module)

 

Venus 60-III


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf570, 1.15 x 7.5 x 0.09 x 220mm

Hands
1.20 x 0.60 / 0.12mm

Remarks
different bridge shapes (cf. Venus 60-I)
bimetallic screw balance, just optionally cut
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
1) ca. 1925: Alpina, 669
(Alpina 669, Venus 60-II)
2) ca. 1930: Brevet +81653, Glycine Automatic E.M.S.A. (Eugene Meylan S.A.), Pat. Appl. for +77588.77878.81251, D.R.P.Anm. 114688
(Venus 60-II, crown wheel missing, movement prepared for automatic module)

 

Venus 61


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 62


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 63


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 64


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 65


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 65 old


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapementExample, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561)

 

Venus 66


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 67


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 68


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 69

   
Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 70


Fig. 1


Fig. 2

Features
stem wind
sub second

Data
18”’, Dm= 40.2mm, Do= 40.9mm
H= 5.6mm
F= 0.7mm
T= 2.65mm
10 jewels
f = 18000 A/h
power-reserve 47h

Balance staff Cyl. 0.97 x 5.15 x 1.10mm

Stem W258

Mainspring / battery
Zf3420, 1.90 x 17.0 x 0.18 x 580mm

Hands
1.90 x 1.00 / 0.25mm

Remarks
open face calibre
cylinder escapement
attention: left handed ratchet-wheel screwfamily:
70: setting lever
70a: pin setExample, year: signature; shock device
1) 1947: old data sheet
2) ca. 1910: Alpina 161
(Venus 70)

 

Venus 70a


Fig. 1


Fig. 2

Features
stem wind and pin set
sub second

Data
18”’, Dm= 40.2mm, Do= 40.9mm
H= 5.6mm
F= 0.7mm
T= 2.65mm
10 jewels
f = 18000 A/h
power-reserve 47h

Balance staff Cyl. 0.97 x 5.15 x 1.10mm

Stem W258

Mainspring / battery
Zf3420, 1.90 x 17.0 x 0.18 x 580mm

Hands
1.90 x 1.00 / 0.25mm

Remarks
open face calibre
cylinder escapement
attention: left handed ratchet-wheel screwfamily:
70: setting lever
70a: pin setExample, year: signature; shock device
ca. 1910: Alpina 161

 

Venus 72


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 75


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75

 

Venus 75(SC)


Fig. 1


Fig. 2

Features
manual wind
sweep second

Data
10.5”’, Dm= 23.3mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks

family:
75: sub second
75(SC): sweep second
103(CHR): chronograph

Example, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75, sub second)

 

Venus 76


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 77


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 78


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 79


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 81


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 83


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 84


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 85


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 86


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 87


Fig. 1


Fig. 2

Features
manual wind

Data
8.75”’, Dm= 19.4mm
H= 3.4mm
10 jewels
f = 18000 A/h
power reserve 34h

Balance staff Cyl 0.63 x 2.97 x 0.70mm

Stem W160

Mainspring / battery
Zf1187, 1.50 x 7.5 x 0.08 x 245mm

Hands
1.20 x 0.60mm

Remarks
cylinder escapement
like 65 old, but stem mechanism modified
differences not known between 65-67, 69, 76, 85, 87Example, year: signature; shock device
ca. 1925: Alpina 561
(Alpina 561 / Venus 65 old)

 

Venus 88


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 89


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 93


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 94


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 96


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

Venus 97


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 98


Fig. 1


Fig. 2

Features
manual wind
sub second

Data
10.5”’, Dm= 23.3mm
H= 4.0mm
15 jewels
f = 18000 A/h
power reserve 47h

Balance staff U141

Stem W178

Mainspring / battery
Zf1469, 1.80 x 9.0 x 0.10 x 290mm

Hands
1.40 x 0.80 / 0.18mm

Remarks
differences not known between 75, 78, 79, 83, 84, 88, 89, 94, 97, 98, 103, 105, 106, 129, 148family:
75: sub second
75(SC): sweep second
103(CHR): chronographExample, year: signature; shock device
ca. 1935: Bore 404 – Venus 75
(Venus 75)

 

Venus 99


Fig. 1

Features
manual wind
sub second

Data
8.75”’, Dm= 19.4mm, Do= 19.7mm
H= 3.4mm
F= 0.5mm
T= 1.7mm
15 jewels
f = 18000 A/h
power reserve 34h

Balance staff U42

Stem W160

Mainspring / battery
Zf1184, 1.50 x 7.0 x 0.08 x 215mm

Hands
1.20 x 0.60 / 0.11mm

Remarks
different bridge shapes (cf. Venus 60-II)
differences not known between 60-III, 61…64, 68, 72, 77, 81, 86, 93, 96, 99, 102, 104, 107, 108, 154generations:
60-I: –
60-II: setting-lever spring improved
60-III: cap-jewel plate round instead oval (dial side)Example, year: signature; shock device
ca. 1925: (Alpina), 641
(Venus 60-I)© M. Schmelzer

 

ライター紹介 ライター一覧

妹尾 満隆

妹尾 満隆

合同会社SENOO商事の代表をしております妹尾満隆と申します。

ウェブという情報を発信してる人が見えてない中で、いろんな間違った情報がネット上にあるのを度々見かけます。

特にアンティークにおいては

・間違った情報
・信ぴょう性のない情報
・そもそも情報がない

などたくさんの課題がありました。

そこで私は、これまでのお客様との取引の実績、知識、経験、情報を元に正しい情報をウェブを通して発信していくことを会社の方針と掲げました。

ただ物を売る会社ではなく、これまでブラックボックスとされてきてた商品の真贋の見分け方を発信するというのが大切なことではないかと思ったからです。

なぜならアンティーク品の場合は情報量の不足から、買い手側が圧倒的に不利な立場にあったからです。

このアンティークの世界をもっとクリーンで、信頼のおける分野に成長させていく事が私の使命だと思っております。

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