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SPX-13PRO / SPX-17PRO

 

ALPINE ELECTRONICS, INC.

Tokyo office: 

1-1-8 Nishi Gotanda Shinagawa-ku

Tokyo 141-0031, Japan

Tel.:  03-3494-1101

ALPINE ELECTRONICS  

MARKETING, INC.

1-1-8 Nishi Gotanda, Shinagawa-ku,

Tokyo 141-0031, Japan

Tel.: 03-5496-8231

ALPINE ELECTRONICS OF  

AMERICA, INC.

19145 Gramercy Place

Torrance, California 90501 U.S.A.

Tel.: 1-800-ALPINE-1 (1-800-257-4631)

1-888-NAV-HELP (1-888-628-4357)

ALPINE ELECTRONICS OF CANADA, INC.

 777 Supertest Road Toronto, 

Ontario L3J 2M9. Canada 

Tel: (416) 736-6211 

ALPINE ELECTRONICS OF AUSTRALIA  

PTY. LTD. 

161-165 Princess Highway  

Hallam Victoria 3803 

Australia 

Tel: 61 (3) 8787-1200 

ALPINE ELECTRONICS GMbH

Kreuzerkamp 7-11 40878 

Ratingen, Germany

Tel.: 02102-45 50

ALPINE ITALIA S.P.A.

Viale C. Colombo 8,  

20090 Trezzano Sul 

Naviglio (MI), Italy

Tel.: 02-484781

ALPINE ELECTRONICS FRANCE S.A.R.L.

(RCS PONTOISE B 338 101 280)

98, Rue de la Belle Etoile, 

Z.I. Paris Nord II,

B.P. 50016, 

95945 Roissy Charles de GaulleCedex, 

France 

Tel.: 01-48638989

ALPINE ELECTRONICS OF U.K., LTD.

Alpine House Earlplace Business Park, 

Fletchamstead Highway,  

Coventry CV4, 9TW, U.K. 

Tel: 44-2476-719500

ALPINE ELECTRONICS DE ESPAÑA, S.A.

Portal de Gamarra 36, Pabellón, 32

01013 Vitoria (Alava). 

APDO 133, Spain

Tel.: 945-283588

•  OWNER’S MANUAL

 

Please read before using this equipment

•  MANUEL DE L’UTILISATEUR

   

Veuillez lire le présent manuel avant la mise  
en service du matériel

COMPONENT 2-WAY SPEAKER SYSTEM 

SYSTÈME DE HAUT-PARLEURS 2 VOIES

FR

EN

Summary of Contents for 17PRO - SPX - Car Speaker

Page 1: ...NE ELECTRONICS GmbH Kreuzerkamp 7 11 40878 Ratingen Germany Tel 02102 45 50 ALPINE ITALIA S p A Viale C Colombo 8 20090 Trezzano Sul Naviglio MI Italy Tel 02 484781 ALPINE ELECTRONICS FRANCE S A R L R...

Page 2: ...ay obstruct forward vision or hamper movement DO NOT CONTACT DAMAGE OR OBSTRUCT PIPES FLUID LINES OR WIRING WHEN DRILLING HOLES Failure to take such precautions may result in fire or cause an accident...

Page 3: ...es Included 4 Crossover Setup 5 Speaker Locations 5 8 Advanced Crossover Setup 8 WF TW Distance Difference Calculation 9 On Off Axis Definitions 9 Advanced Setting Matrix 10 Appendix Network Schematic...

Page 4: ...ON OFF AXIS OR 4 A B 7 to 16 18 to 40cm x 2 x 2 TW WF B A ON OFF AXIS OR 2 A B 2 to 3 5 5 to 9cm TW A B 2 to 3 5 WF 5 ON OFF B A AXIS 5 to 9cm x 2 x 2 A B 0 to 2 TW WF 1 ON OFF B A AXIS 0 to 5cm TW W...

Page 5: ...d upon listener position 2 Satisfying the tastes of the listener Refer to the Advanced Settings Matrix page 10 for recommendations The use of different Phase Link Modules for left right channels is in...

Page 6: ...LEVEL adjustment may be desired See Advanced Settings Matrix for recommendations Page 10 Type C B B A A or INSTALL MODULE 4 INSTALL MODULE 3 Driver side network Passenger side network NOTE TW LEVEL a...

Page 7: ...Passenger side network Type D NOTE TW LEVEL adjustment may be desired See Advanced Settings Matrix for recommendations Page 10 or A A B B INSTALL MODULE 1 INSTALL MODULE 1 Driver side network Passenge...

Page 8: ...ition at the main listening position Repeat this for the tweeter Subtract these distances to find difference Step 3 Using the results obtained from Step 1 Step 2 choose the appropriate Phase Link Modu...

Page 9: ...tion Distance to TW in Inches Distance to WF in Inches Difference of WF TW Distance to Main Listening Position in Inches Example 1 56 54 TW WF 56 54 2 Example 2 56 54 TW WF 54 56 2 ON AXIS On Off Axis...

Page 10: ...ype E Type F 1 Out of phase ON ON OFF OFF 0 2 to 3 5 5 to 9cm or WF 70 TW Any Type A Type D 2 In phase ON OFF ON ON 1 5 to 0 WF TW far apart 2 to 3 5 5 to 9cm WF 70 TW 45 Not Shown 5 In phase ON ON OF...

Page 11: ...resence control Off axis compensation TW TW WF WF TW TW WF WF Signal link R6 0 500Ohm R7 1 500Ohm R8 1 000Ohm C3 6 800uF C2 12 000 C4 2 200uF R9 22 000Ohm Tweeter L2 0 220mH R4 3 900Ohm L4 0 120mH L3...

Page 12: ...Ring Stabilization Stabilization Magnetic Material Neodymium Neodymium Neodymium Magnet Weight 48 g 37 g n a Driver Weight 0 8 kg 0 7 kg 75 g Depth 2 5 6 4 cm 2 37 5 9 cm 0 7 18 mm Cut out diameter 5...

Page 13: ......

Page 14: ...de g ner les mouvements NE PAS TOUCHER ENDOMMAGER OU BOUCHER LES TUYAUX CONDUITES OU C BLES LORSQUE VOUS PERCEZ DES TROUS Il y a risque d incendie d accident ou de blessures EN CAS DE PROBL ME CESSEZ...

Page 15: ...Param tres de la liaison de phase 5 Emplacement des haut parleurs 5 8 Param trage de recouvrement avanc 8 Calcul de distance entre le HP de graves et le HP d aigus 9 D finitions pour l axe On et Off 9...

Page 16: ...lus x 2 x 2 A B 0 to 2 TW WF 1 ON OFF B A AXIS 0 to 5cm TW WF B A ON OFF AXIS OR 4 A B 7 to 16 18 to 40cm x 2 x 2 TW WF B A ON OFF AXIS OR 2 A B 2 to 3 5 5 to 9cm TW A B 2 to 3 5 WF 5 ON OFF B A AXIS...

Page 17: ...eau correcte sur la base de la position d coute 2 satisfaire les pr f rences d coute de l utilisateur Pour plus d informations reportez vous Matrice des param tres avanc s Page 10 L utilisation de dif...

Page 18: ...lus d informations reportez vous Matrice des param tres avanc s Page 10 Type C B B A A INSTALLER LE MODULE 4 R seau c t conducteur REMARQUE Leniveauduhaut parleurd aiguspeutn cessiterunr glage Pourplu...

Page 19: ...t parleurd aiguspeutn cessiterunr glage Pourplus d informations reportez vous Matrice des param tres avanc s Page 10 or A A B B INSTALLER LE MODULE 1 INSTALLER LE MODULE 1 R seau c t conducteur R seau...

Page 20: ...eur d aigus Soustrayez ces distances pour obtenir la diff rence tape 3 l aide des r sultats obtenus aux tapes 1 et 2 choisissez le s module s de liaison de phase Pour obtenir une pr cision optimale re...

Page 21: ...W en pouces Distance du HP graves WF en pouces Diff rence de distance HP graves WF et HP aigus TW par rapport la position d coute principale en pouces 56 54 TW WF 56 54 2 Exemple 2 56 54 TW WF 54 56 2...

Page 22: ...s 0 2 0 5 cm WF 70 TW 45 Type E Type F 1 D phas ON ON OFF OFF 0 2 3 5 5 9 cm or WF 70 TW Tout Type A Type D 2 En phase ON OFF ON ON 1 5 0 HP graves WF et HP aigus TW loign s 2 3 5 5 9 cm WF 70 TW 45 N...

Page 23: ...axe Off HP AIGUS TW HP AIGUS TW HP GRAVES WF HP GRAVES WF HP AIGUS TW HP AIGUS TW HP GRAVES WF HP GRAVES WF Lien du signal R6 0 500Ohm R7 1 500Ohm R8 1 000Ohm C3 6 800uF C2 12 000 C4 2 200uF R9 22 000...

Page 24: ...Anneau de Faraday Stabilisation Stabilisation Substance magn tique N odyme N odyme N odyme Poids de l aimant 48 g 37 g n a Poids de l amplificateur 0 8 kg 0 7 kg 75 g Profondeur 2 5 6 4 cm 2 37 5 9 c...

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