Ronda 5010.B Technical Instructions Download Page 10

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Technical Instructions 5130.D

10/2013 N

RONDA AG, Lausen, Switzerland, Phone ++41 (0)61 926 50 00, www.ronda.ch, [email protected]

2000.574.G

Main plate

3305.282.CO

Cannon pinion with driver (Aig.2)

3301.243

Hour wheel (counter 12h)

(Alarm)

3301.244

Hour wheel (counter 24h)

(Chrono)

2030.017.CO

Centre bridge

Centre bridge held by 1 screw 4000.250.

4000.250

Screw

3001.055.FI

Sliding pinion

3000.177.CO

Setting stem

3017.049

Setting lever

3905.049

Setting lever jumper (3 positions)

10.

Setting lever jumper held by 1 screw 4000.250.

4000.250

Screw

11.

3015.081

Yoke (3 positions)

12.

3905.067

Yoke spring

13.

Tensioning the spring arm.

3406.030

Pusher jumper B

14.

Put the grey jumper between the two posts on the further side.

3406.038

Pusher jumper A

15.

Put the yellow jumper between the two posts on the closer side.

3622.040

Stator

16.

Mark |Z| on stator.

3622.039

Stator (counter 6h, 9h, chrono)

17.

3622.039

Stator (counter 6h, 9h, chrono)

18.

3622.039

Stator (counter 6h, 9h, chrono)

19.

Summary of Contents for 5010.B

Page 1: ... 5130 D Size 12 Version Swiss Made 13 Jewels gold plated Swiss Parts 6 Jewels nickel plated Standard battery life 48 months Hand fitting height 2 Features Repairable metal watch movement Very long battery life Power saving mechanism with pullled out stem Reduction of consumption approximately 70 Very easy handling by two pushers Date 29 06 2018 www ronda ch Page 1 ...

Page 2: ...vel 0 90 mm Force to push the stem for screwed crown 10 15 N Stem thread 0 90 mm Standard battery 395 Standard battery life 48 months Battery voltage 1 5 V Current consumption typical 1 48 μA Date Mechanism not in Gear Current consumption maximum 1 65 μA Date Mechanism not in Gear Useful torque second typical 6 μNm Useful torque minute typical 300 μNm Useful torque center stop second typical 7 μNm...

Page 3: ...rückerwinkel von 0 bei A und B siehe Zeichnung 5000 345 The indicated angle of the pusher direction and the position must be fullfilled For pusher angles of 0 pusher A and B see drawing 5000 345 min ø 28 6 min 3 9 cercle d entourage Gehäusering movement holder Seulement 1 poussoir est nécessaire Nur 1 Drücker wird benötigt Only 1 pusher is required Ø 22 max R 5 65 100 Fond de boîte 0 50 Gehaüsedec...

Page 4: ... e Ø D t P Ø 0 4 15 2 Ø 1 4 0 1 0 0 Ø D p Ø Dp a b 10 b 10 a T Ø D e Ø D t P Ø 0 4 Ø 1 4 0 1 0 0 Ø D p 20 2 01 No 5000 345 4xxx x 5xxx x Sous réserve de modifications Aenderungen vorbehalten Modifications reserved Angle of pusher A and B Winkel der Drücker A und B Angle des poussoirs A et B RONDA Modified Scale 10 1 5 1 A3H 20 µm mk Issued Tolerance Released 30 März 2005 mk ÄA 1784 YES 06 Sep 2004...

Page 5: ......

Page 6: ...eigerpassung Hand fitting 6 4 Ø 0 206 0 3 J Aig petite secondes Kleine Sekundenzeiger Small second hand Petite seconde Kleine Sekunde Small second 0 25 Ø 0 400 6 4 Ø 0 800 4 2 Ø 0 5 max Ø 0 200 K L Pignon des secondes chrono Stopp Sekundentrieb Chrono second pinion Chaussée Minutenrohr Cannon pinion Roue des heures Stundenrad Hour wheel Dépassement Höhe über Zifferblattauflage Height over dial sea...

Page 7: ...2 Tige de travail intégrée dans le mouvement Arbeitstellwelle im Werk eingebaut Working stem implemented in the movement Code dunkelblau dark blue No d article Artikelnummer Part number L L1 3000 177 L2 L3 S D 20 00 10 23 24 23 10 15 1 10 0 90 Tige normale Stellwelle normal Stem normal No d article Artikelnummer Part number L4 L5 min 3000 040 L6 S1 S2 D1 12 00 1 90 2 60 0 90 1 35 0 90 Rallonge de ...

Page 8: ...s based So with every new time setting the reference time must be freshly synchronised Movement holder Setting hands H5XXX 1A4 PCB Alarm Installing Piezo function for H5XXX 1A4 H5XXX 1P Movement holder Removing setting stem H5XXX 1T Crown in position II Install alarm reference time Set date Crown in position I Date switching duration First and tenth digit discs 2hrs Zeroing the Chronograph hand A ...

Page 9: ...layed Reset The chronograph hands are returned to their zero position Please note Following further intervals or inter mediates can be displayed by pressing push button B display interval make up measured time Adjusting the chronograph hands to zero position Example One or several chronograph hands are not in their correct zero positions and have to be adjusted e g following a battery change Pull ...

Page 10: ... 7 3000 177 CO Setting stem 8 3017 049 Setting lever 9 3905 049 Setting lever jumper 3 positions 10 Setting lever jumper held by 1 screw 4000 250 4000 250 Screw 11 3015 081 Yoke 3 positions 12 3905 067 Yoke spring 13 Tensioning the spring arm 3406 030 Pusher jumper B 14 Put the grey jumper between the two posts on the further side 3406 038 Pusher jumper A 15 Put the yellow jumper between the two p...

Page 11: ...15 094 RK Rotor 23 3147 046 CO Intermediate wheel 24 3136 142 CO Second wheel long 25 3147 047 CO Intermediate wheel chrono 26 3136 144 CO Chronograph wheel Aig 2 27 3122 056 CO Third wheel 28 2020 148 G Train wheel bridge 29 Train wheel bridge held by 3 screws 4000 250 4000 250 Screw 30 3715 095 RK Rotor 31 3147 048 CO Intermediate wheel counter 32 3007 056 CO Minute wheel counter 24h 33 3402 008...

Page 12: ... Counter train wheel bridge 42 Counter train wheel bridge held by 3 screws 4000 250 4000 250 Screw 43 3621 053 RK Coil 44 Attention Please hold the coil only on the grey coil core Coil held by 1 screw 4000 250 3621 054 RK Coil counter 9h chrono 45 Attention Please hold the coil only on the grey coil core Coil held by 1 screw 4000 250 3621 054 RK Coil counter 9h chrono 46 Attention Please hold the ...

Page 13: ...module 51 Electronic module held by 5 screws 4000 250 Electronic measurements may be realised now 4000 248 Screw 52 3603 069 Circuit insulator 53 3603 070 Contact insulator 54 3603 070 Contact insulator 55 3601 107 G Pusher contact spring 56 2130 159 G M01 5130D Electronic module cover 57 Electronic module cover held by 3 screws 4000 250 3600 010 HGF Battery 395 58 3601 109 G Bridle 59 Bridle held...

Page 14: ...0 574 G Main plate 61 3004 164 Setting wheel 62 3004 164 Setting wheel 63 3007 054 CO Minute wheel 64 2130 143 Minute train bridge 65 Minute train bridge held by 2 screws 4000 250 4000 305 Screw 66 3301 242 Hour wheel Aig 2 67 3315 016 Friction spring 68 3004 224 CO Date indicator driving wheel 69 3500 049 Date jumper 70 J K ...

Page 15: ...te indicator maintaining plate 72 Date indicator maintaining plate held by 1 screw 4000 250 3905 070 Date jumper spring 73 Insert the date jumper spring in the provided opening 2130 140 G Date mechanism maintaining plate 74 Date mechanism maintaining plate held by 2 screws 4000 250 4000 250 Screw 75 3506 072 G Dial support 76 8200 Moebius 8200 77 9014 Moebius 9014 78 124 Jismaa 124 79 9020 Moebius...

Page 16: ...395 Voltage 1 55 V Setting stem in position I calendar not in gear 60 s measuring interval for rate and consumption Typical consumption Maximal consumption 1 48 µA 1 65 µA Rate 10s M 20s M Lower working voltage limit 1 20 V Setting stem in position III 60 s measuring interval Typical consumption Maximal consumption 0 10 µA 0 30 µA ...

Page 17: ...a ch EM 2 Electronic measurements 5130 D Coil resistance M1 1 90 kΩ 2 20 kΩ Coil resistance M2 1 68 kΩ 1 88 kΩ Coil resistance M3 1 68 kΩ 1 88 kΩ Coil resistance M4 1 68 kΩ 1 88 kΩ Coil isolation M1 M2 M3 M4 kΩ Signal generator 4 9 ms 8 Hz Lower working voltage limit M2 M3 M4 1 20 V ...

Page 18: ...3905 049 Setting lever jumper 3 positions 10 Setting lever jumper held by 1 screw 4000 250 4000 250 Screw 11 3015 081 Yoke 3 positions 12 Parts 3015 081 and 3905 067 must be exchanged together 3905 067 Yoke spring 13 Tensioning the spring arm Parts 3015 081 and 3905 067 must be exchanged together 3406 030 Pusher jumper B 14 Put the grey jumper between the two posts on the further side 3406 038 Pus...

Page 19: ...15 094 RK Rotor 23 3147 046 CO Intermediate wheel 24 3136 142 CO Second wheel long 25 3147 047 CO Intermediate wheel chrono 26 3136 144 CO Chronograph wheel Aig 2 27 3122 056 CO Third wheel 28 2020 148 G Train wheel bridge 29 Train wheel bridge held by 3 screws 4000 250 4000 250 Screw 30 3715 095 RK Rotor 31 3147 048 CO Intermediate wheel counter 32 3007 056 CO Minute wheel counter 24h 33 3402 008...

Page 20: ... Counter train wheel bridge 42 Counter train wheel bridge held by 3 screws 4000 250 4000 250 Screw 43 3621 053 RK Coil 44 Attention Please hold the coil only on the grey coil core Coil held by 1 screw 4000 250 3621 054 RK Coil counter 9h chrono 45 Attention Please hold the coil only on the grey coil core Coil held by 1 screw 4000 250 3621 054 RK Coil counter 9h chrono 46 Attention Please hold the ...

Page 21: ...module 51 Electronic module held by 5 screws 4000 250 Electronic measurements may be realised now 4000 248 Screw 52 3603 069 Circuit insulator 53 3603 070 Contact insulator 54 3603 070 Contact insulator 55 3601 107 G Pusher contact spring 56 2130 159 G M01 5130D Electronic module cover 57 Electronic module cover held by 3 screws 4000 250 3600 010 HGF Battery 395 58 3601 109 G Bridle 59 Bridle held...

Page 22: ...0 574 G Main plate 61 3004 164 Setting wheel 62 3004 164 Setting wheel 63 3007 054 CO Minute wheel 64 2130 143 Minute train bridge 65 Minute train bridge held by 2 screws 4000 250 4000 305 Screw 66 3301 242 Hour wheel Aig 2 67 3315 016 Friction spring 68 3004 224 CO Date indicator driving wheel 69 3500 049 Date jumper 70 J K ...

Page 23: ...te indicator maintaining plate 72 Date indicator maintaining plate held by 1 screw 4000 250 3905 070 Date jumper spring 73 Insert the date jumper spring in the provided opening 2130 140 G Date mechanism maintaining plate 74 Date mechanism maintaining plate held by 2 screws 4000 250 4000 250 Screw 75 3506 072 G Dial support 76 8200 Moebius 8200 77 9014 Moebius 9014 78 124 Jismaa 124 79 9020 Moebius...

Page 24: ...395 Voltage 1 55 V Setting stem in position I calendar not in gear 60 s measuring interval for rate and consumption Typical consumption Maximal consumption 1 48 µA 1 65 µA Rate 10s M 20s M Lower working voltage limit 1 20 V Setting stem in position III 60 s measuring interval Typical consumption Maximal consumption 0 10 µA 0 30 µA ...

Page 25: ...ronic measurements 5130 D Coil resistance M1 1 90 kΩ 2 20 kΩ Coil resistance M2 1 68 kΩ 1 88 kΩ Coil resistance M3 1 68 kΩ 1 88 kΩ Coil resistance M4 1 68 kΩ 1 88 kΩ Coil isolation M1 M2 M3 M4 kΩ Signal generator 4 9 ms 8 Hz Lower working voltage limit M2 M3 M4 1 20 V Powered by TCPDF www tcpdf org ...

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