Sangean Electronics WR-1 manual

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Table of contents for the manual

  • Page 1

    W R - 1 G B F E N L D W AR N I N G : T O P R E VE N T F I R E O R E L E C T R I C S H O C K HA Z A RD , D O N O T EXP O S E T H I S P R O DUC T T O RA I N O R M O I S T UR E . T H E L I G H T N I N G FL A S H A ND ARR O W - H E A D W I T H I N T H E T R I AN G L E I S A W A RN - I N G S I G N A L E R T I N G Y O U O F “ DA N G E R O U S V O L T A[...]

  • Page 2

    1 I M P OR T A N T S A FET Y I N ST RUC T I ON S 1 . R ead t h e s e i n s t r u c t i on s . 2 . K ee p t he s e i n s t r u c t i on s . 3 . H e ed a ll w a r n i ng s . 4 . F o ll o w a l l i n s t r u c t i on s . 5 . D o no t u s e t h i s a ppa r a t u s ne a r w a t e r . 6 . Cl e a n on l y wi t h d r y c l o t h . 7 . D o no t b l o c k a [...]

  • Page 3

    2 G B 10 . P r o t e c t t he po w e r c o r d f r o m be i n g w a l k e d on o r p i n c he d pa r t i c u l a r l y a t p l u g s , c o n v e n i e n c e r e c ep t a c l e s , a nd t h e po i n t w he r e t h e y e x i t f r o m t he a p pa r a t u s . 1 1 . O n l y u s e a t t a c h m e n t s / a cc e ss o r i e s s pe c i f i e d b y t h e m [...]

  • Page 4

    3 F e a t u r e s ( 1 ) A M / F M 2 ba nd s . ( 2 ) W ood en c ab i ne t m ade o f M D F i n r ea l c he rr y o r w a l nu t o r o t he r op t i ona l w oo d v ene e r . ( 3 ) S o ft a nd p r e c i s i on t u n i ng . ( 4 ) R o t a r y t un i n g a nd v o l u m e c on t r o l . ( 5 ) T un i ng L E D i nd i c a t o r . ( 6 ) D e t a c ha b l e po w [...]

  • Page 5

    4 G B ( 1 0 ) 3 i n c he s 7 W f u ll r a ng e he a v y - du t y m ag ne t s p ea k e r . ( 1 1 ) D y na m i c B a ss c o m pen s a t i on f o r r i c h ba ss . ( 1 2 ) E x t e r n a l A M a n t e nn a t e r m i n a l t o c onn e c t ou t do o r s A M a n t e nn a ( U SA v e r s i on on l y ) . ( 1 3 ) E x t e r na l F t y pe F M a n t e nn a t e r[...]

  • Page 6

    5[...]

  • Page 7

    6 G B C on t r o l s P o w e r a nd A M / F M ba nd s wi t c h V o l u m e C on t r o l S pea k e r Di a l sc a l e Di a l i nd i c a t o r T u n i ng C on t r o l A C po w e r c o r d s o ck e t 12 V DC i npu t s o ck e t ( i dea l f o r v e h i c l e s / boa t s ) H ead phone s o ck e t R E C ou t s o ck e t A u x i n s o ck e t E x t e r n a l /[...]

  • Page 8

    7 O p e r a t i ng y ou r r a d i o F M 1 . C on ne c t t he A n t e nn a T he r a d i o c o m e s wi t h bu il t - i n A M / F M a n t en na . T o i m p r o v e F M r e c ep t i on , i n s e r t t he end o f t he s up p li ed F M wi r e a n t enn a i n t o t he F - t y pe a n t en na t e r m i n a l a nd ad j u s t t he wi r e f o r be s t r e c e[...]

  • Page 9

    8 G B O p e r a t i ng y ou r r a d i o A M 1 . C o nne c t i n g t h e a n t enn a T he r a d i o c o m e s wi t h bu il t - i n A M a n t e nn a w h i c h s ho u l d be eno ug h f o r no rm a l li s t en i ng . T o i m p r o v e t he A M r e c ep t i on , y ou m a y c on ne c t t he o u t doo r A M a n t e nn a w i t h A M a n t e nn a t e rm i n[...]

  • Page 10

    9 R E C ou t s o c ke t T he r a d i o c a n be u s ed a s a s epa r a t e t un e r b y c onn e c t i ng t h i s i np u t t o Hi - F i sy s t e m ( a m p li f i e r) o r u s i n g t h i s i n pu t t o m a k e r e c o r d i ng i n m ono f r o m aud i o p r og r a m . Sp e c i f i ca t i on s F r e que n cy C o v e r ag e : F M 87 . 50 - 1 08 M H z A[...]

  • Page 11

    1 0 A u x i n s o c k e t : 3 . 5 mm d i a . S t e r e o j a ck . I n pu t s en s i t i v i t y : I N 1 50 m V O u t pu t 7 W @ 1 00 H z I n pu t i m ped a n c e : 47 K o h m R E C O U T : ou t pu t i m peda n c e : 2 . 2 K o h m DC I N : 12 V / 1 A c en t e r p i n po s i t i v e ( ope r a t i o na l v o l t a ge 9 - 14 V ) A cc e ss o r i e s : F[...]

  • Page 12

    1 1[...]

  • Page 13

    1 2 F C ON S I G N ES D E S É CUR I T É I M P O R T A N TES 1 . L i s e z a t t en t i v e m en t c e s i n s t r u c t i on s . 2 . C on s e r v e z c e s i n s t r u c t i on s à po r t é e de l a m a i n . 3 . P r ê t e z a tt en t i o n à t ou s l e s a v e r t i s s e m en t s . 4 . S u i v e z t ou t e s l e s i n s t r u c t i on s . 5[...]

  • Page 14

    1 3 10 . V e il l e z à c e que l e c o r do n d ’ a l i m e n t a t i on ne pu i s s e ê t r e é c r a s é o u c o i n cé , e n pa r t i c u li e r au n i v eau de s p r i s e s , de s ob j e t s c on t o u r n é s e t à s on po i n t de r a cc o r de m en t à l ’ a pp a r e il . 1 1 . U t ili s e z un i q ue m e n t l e s c o r don s [...]

  • Page 15

    1 4 F C a r a c té r i s t i qu e s ( 1 ) 2 ba nde s A M / F M . ( 2 ) B o î t i e r en bo i s en pa nnea u de f i b r e s à de n s i t é m o y enne , en m e r i s i e r vé r i t ab l e ou en no y e r , ou un au t r e p l a c a ge en b o i s en op t i o n . ( 3 ) S y n t on i s a t i o n f a c il e e t p r é c i s e . ( 4 ) S é l e c t e u r[...]

  • Page 16

    1 5 ( 1 0 ) H au t - p a r l eu r 3 pou c e s p u i s s a n t ( 7 W ) . ( 1 1 ) C o m pen s a t i on d y n a m i qu e de s g r a v e s pou r de s g r a v e s r i c he s . ( 1 2 ) B o r ne d ’ a n t en ne A M e x t e r ne pou r pou v a n t ê t r e c o nne c t é e à un e a n t e nne A M e x t é r i eu r e ( po u r l e s É t a t s - U n i s un [...]

  • Page 17

    1 6 F B o u t on s M a r c he / a r r ê t e t c o mm u t a t eu r de ba nde s de f r é qu en c e s d ’ onde s A M / F M R é g l ag e du v o l u m e H au t - p a r l eu r S t a t i on s d e r ad i o I nd i c a t eu r de s t a t i on s de r ad i o S é l e c t eu r de s t a t i on s P r i s e pou r l e c o r do n d ’ a li m en t a t i on ( A C[...]

  • Page 18

    1 7 Fon c t i onn e m e n t av e c d u c ou r a n t c o n t i nu ( DC ) Lo r s q ue v o u s s ou ha i t e z u t i li s e r l a r ad i o à l ’ e x t é r i eu r , v o u s pou v e z l ’ a li m en t e r au m o y e n d ’ une p r i s e d ’ en t r é e de 12 V D C c onne c t é e à une a li m en t a t i on é l e c t r i q ue DC ( pa r e x e m [...]

  • Page 19

    1 8 F Fon c t i on n e m e n t d e l a r a d i o A M 1 . C on ne x i o n de l ’ a n t enn e La r a d i o e s t f ou r n i e a v e c une a n t e nne A M i n t é g r é e qu i de v r a i t ê t r e s u f f i s a n t e po u r une é c ou t e no rm a l e . P ou r a m é li o r e r l a r é c e p t i o n A M , v o u s pou v e z c on ne c t e r l ’ [...]

  • Page 20

    1 9 P r i s e d e s o rt i e R E C V ou s pou v e z u t i li s e r l a r a d i o c o mm e un sy n t o n i s e u r à pa r t en c o nne c t a n t c e t t e p r i s e à un sys t è m e h i - f i ( a m p li f i c a t eu r) . V ou s pou v e z é ga l e m e n t u t ili s e r c e tt e p r i s e pou r en r e g i s t r e r de s é m i ss i on s de r ad i [...]

  • Page 21

    2 0 F P r i s e d ’ en t r é e A u x : 3 , 5 mm d e d i a m è t r e . P r i s e s t é r é o . P r é - a tt é n ua t i on : s o r t i e I N 150 m V de 7 W à 1 00 H z I m p é d a n c e d ’ en t r é e : 47 K o h m s R E C O U T : I m p é d a n c e de s o r t i e : 2 , 2 K oh m s E N T R É E C O UR A N T DC : p i v o t 12 V / 1 A ( v o l[...]

  • Page 22

    2 1[...]

  • Page 23

    2 2 E I N ST RUCC I O N ES I M P OR T A N TES D E S E GU R I D A D 1 . Lea e s t a s i n s t r u cc i o ne s . 2 . C on s e r v e e s t a s i n s t r u c c i one s . 3 . P r e s t e a t en c i ó n a t oda s l a s ad v e r t en c i a s . 4 . S i ga t oda s l a s i n s t r u cc i on e s . 5 . N o u t il i c e e s t e a pa r a t o c e r c a de l agu [...]

  • Page 24

    2 3 10 . P r o t e j a e l c ab l e de c o rr i en t e pa r a que no pueda s e r p i s ado o a p l a s t a do , e s p e c i a l m e n t e en en c h u f e s , r e c e p t á c u l o s y s u pun t o d e s a li da de l a pa r a t o . 1 1 . U t ili c e ú n i c a m e n t e a cc e s o r i o s o a ne x o s e s pe c i f i c a do s po r e l f a b r i c a n[...]

  • Page 25

    2 4 E C a r a c t e rí s t i ca s ( 1 ) 2 ba nda s : A M / F M . ( 2 ) M ueb l e d e m ade r a f ab r i c ado c on M D F en c e r e z o o nog a l , u o t r o c ha pa do op c i o na l . ( 3 ) S i n t on i z a c i ó n s ua v e y p r e c i s a . ( 4 ) C on t r o l e s de s i n t on í a y v o l u m e n g i r a t o r i o s . ( 5 ) I nd i c ado r L E [...]

  • Page 26

    2 5 ( 10 ) A l t a v o z c on i m á n de g r a nde s d i m en s i one s , 7 W , r a ngo c o m p l e t o , 7 . 5 c m . ( 1 1 ) C o m pen s a c i ó n d i n á m i c a de g r a v e s que pe rm i t e un a e xc e l en t e r ep r od u cc i ó n de l o s s on i do s g r a v e s . ( 12 ) T e rm i na l de a n t en a A M e x t e r na pa r a c one x i ó n [...]

  • Page 27

    2 6 E C o n tr o l e s I n t e rr up t o r de en c e nd i do y ba nda A M / F M C o n t r o l de v o l u m en A l t a v o z E sc a l a de l d i a l I nd i c ad o r de l d i a l C o n t r o l de s i n t on í a Cl a v i j a de l c ab l e d e a li m en t a c i ó n de C . A . Cl a v i j a de en t r ada de 12 V CC ( i dea l pa r a v e h í c u l o s /[...]

  • Page 28

    2 7 Fun c i o n a m i e n t o c on C . C . P a r a u s o en e x t e r i o r e s , puede a li m en t a r l a r ad i o u t i li z a ndo l a c l a v i j a de en t r ad a d e 12 V . C . C . a pa r t i r de un a f uen t e de a l i m en t a c i ó n de C . C . ( po r e j e m p l o de un v eh í c u l o o e m ba r c a c i ó n ) . T a m b i é n s e pued [...]

  • Page 29

    2 8 E 4 . A j u s t e e l c on t r o l de v o l u m e n pa r a un a aud i c i ó n có m oda . 5 . P a r a a p aga r l a r ad i o , g i r e e l bo t ó n de en c end i d o h a s t a l a po s i c i ó n O FF . Fun c i on a m i e n t o d e l a r a d i o e n A M 1 . C o ne x i ó n de l a a n t en a La r ad i o v i e ne p r o v i s t a de un a a n t e[...]

  • Page 30

    2 9 C l av ij a d e e n tr a d a a u x ili a r ( A U X I N ) C on e c t e un equ i po de aud i o e s t é r e o o m ono f ó n i c o ( po r e j e m p l o un r ep r odu c t o r po r t á t il de CD ) en e s t a en t r a da pa r a e sc u c ha r e l p r o g r a m a de aud i o m ed i a n t e e l a l t a v o z . C l av i j a d e s a li d a d e g r a b a[...]

  • Page 31

    3 0 E Cl a v ij a de au r i c u l a r e s : 3 , 5 mm s a li d a m ono f ó n i c a en c l a v ij a e s t é r e o S a l i da : 5 m W + 5 m W Cl a v ij a de en t r ada au x ili a r : 3 , 5 mm c l a v ij a e s t é r eo . S en s i b il i dad de en t r ad a : I N 150 m V S a li da 7 W @ 100 H z I m ped a n c i a de en t r ad a : 47 K oh m i o s S a li[...]

  • Page 32

    3 1[...]

  • Page 33

    3 2 N L B E L A NG R I J K E VE I L I G H E I D S V O OR S CH R I F T E N 1 . Lee s de z e ha nd l e i d i ng . 2 . B e w aa r de z e ha nd l e i d i ng . 3 . N ee m a ll e w a a r s c hu wi ng en i n a c h t. 4 . V o l g a ll e v o o r s c h r i ft en op . 5 . H ou d d i t a ppa r aa t u i t de buu r t v a n w a t e r . 6 . Ui t s l u i t e nd r e[...]

  • Page 34

    3 3 10 . G a noo i t op he t ne t s no e r s t a a n en z o r g da t he t ne t s no e r n i e t be k ne l d k a n r a k en , w ee s m e t na m e v oo r z i c h t i g m e t de s t e k k e r aa n s l u i t i ng , m e t v e r l eng s noe r en en op de p l aa t s w aa r he t ne t s n oe r u i t h e t a ppa r aa t k o m t. 1 1 . G eb r u i k a ll een do[...]

  • Page 35

    3 4 N L E i g e n sc h a pp e n ( 1 ) A M / F M 2 - ba nd s r a d i o . ( 2 ) H ou t en k a s t ge m aa k t v a n M D F i n e c h t k e r s e n - o f w a l n o t e nho u t o f a nd e r op t i one e l f i n ee r hou t. ( 3 ) S oep e l e en p r e c i e z e a f s t e mm i ng . ( 4 ) D r aa i k nop v o o r a f s t e mm i ng en v o l u m e r ege li ng .[...]

  • Page 36

    3 5 ( 10 ) 3 i n c he s 7 W z w a r e m ag nee t l u i d s p r e k e r m e t v o ll ed i g be r e i k . ( 1 1 ) D y na m i c B a ss c o m pen s a t i e v oo r z w a r e ba s s en . ( 1 2 ) E x t e r ne A M- a n t enn ea a n s l u i t i n g o m ee n A M- a n t en ne b u i t en s h u i s a a n t e s l u i t en ( a l l een b i j de m ode ll e n i n de[...]

  • Page 37

    3 6 N L B e d i e n i ng s k n opp e n K no p v o o r AA N / U I T en BA ND ( A M / F M) V o l u m e r ege li ng Lu i d s p r e k e r A f s t e m sc ha a l S t a t u s l a m p j e v oo r a f s t e m sc ha a l A f s t e mr eg e li ng A a n s l u i t i ng v o o r ne t s n oe r 12 V aa n s l u i t i ng v oo r g e li j ks t r oo m ( i de aa l v o o r a[...]

  • Page 38

    3 7 G e l ij k s t r oo m v o e d i ng V oo r he t ge b r u i k bu i t e n s h u i s k un t u de r a d i o v a n ge l i j k s t r o o m v o o r z i en , m e t behu l p v a n de aa n s l u i t i n g v o o r 12 V ge l i j k s t r oo m ( b i j v oo r b ee l d v a n de s t r oo m v oo r z i en i n ge n i n au t o ’ s o f bo t en ) . E en ne t s noe r[...]

  • Page 39

    3 8 N L 4 . S t e l m e t de v o l u m e r eg e li ng he t ge w en s t e ge l u i d s n i v ea u i n . 5 . S c ha k e l de r a d i o u i t doo r de AA N / U I T - k nop op O FF t e z e t t en . Uw A M r a d i o b e d i e n e n 1 . D e a n t e nne aa n s l u i t e n D e r ad i o hee ft een i ngeb ou w d e A M- a n t enn e , d i e v o l doend e be r [...]

  • Page 40

    3 9 A u x - i ng a ng U k un t een s t e r eo o f m ono aud i ob r on ( z oa l s een c d - w a l k m a n ) m e t de z e i ng a ng v e r b i n den o m he t aud i op r og r a mm a v i a de l u i d s p r e k e r s t e be l u i s t e r en . R E C - u i t g a ng D e r a d i o k a n g eb r u i k t w o r de n a l s een a pa r t e r ege l aa r doo r d e z [...]

  • Page 41

    4 0 N L H o o f d t e l e f oo na a n s l u i t i n g : 3 , 5 mm s t e r eo aa n s l u i t i n g m e t m on ou i t ga ng Ui t ga ng : 5 m W + 5 m W A u x - i ng a ng : 3 , 5 mm s t e r e oaa n s l u i t i ng I n ga ng s g e v oe l i g he i d : I N 150 m V O u t p u t 7 W @ 100 H z I ng a ng s i m ped a n t i e : 47 K o h m R E C - u i t g a ng : Ui[...]

  • Page 42

    4 1[...]

  • Page 43

    4 2 D W I C H T I G E S I CH E RH E I T S H I N W E I SE 1 . Le s e n S i e d i e s e A n l e i t un g du r c h . 2 . B e w a h r en S i e d i e s e A n l e i t un g gu t au f. 3 . B e a c h t e n S i e a ll e W a r n h i n w e i s e . 4 . B e f o l g en S i e a ll e A n w e i s u nge n . 5 . V e r w end en S i e d i e s e s G e r ä t n i c h t i [...]

  • Page 44

    4 3 10 . S o r g en S i e da f ü r , da s s n i e m a nd au f da s N e t zk abe l t r i tt und da s s e s n i c h t geq ue t sc h t wi r d , i n s b e s o nde r e a n S t e ck e r n , S t e ck d o s en und a n de r S t e l l e , a n de m e s au s de m G e r ä t k o mm t. 1 1 . V e r w end en S i e nu r d i e v o m H e r s t e l l e r a nge geb en[...]

  • Page 45

    4 4 D E i g e n sc h a f t e n ( 1 ) 2 A M / F M- B ä nde r . ( 2 ) H o l z geh ä u s e au s M D F i n e c h t e r K i r s c he , W a l n u ss od e r a nd e r e m H o l z f u r n i e r n a c h W a h l . ( 3 ) M ü h e l o s e und ge nau e S end e r e i n s t e ll ung . ( 4 ) D r eh r eg l e r f ü r S end e r e i n s t e l l un g un d Lau t s t ?[...]

  • Page 46

    4 5 ( 1 0 ) 7 , 5 c m / 7 W F u ll - R a ng e - H o c h l e i s t ung s m ag ne t l au t s p r e c h e r . ( 1 1 ) D y n a m i sc he B a ssk o m pen s a t i on f ü r v o ll e B ä ss e . ( 1 2 ) E x t e r n e r A M - A n t e nne na n s c h l u s s f ü r da s A n sc h li e ß en e i n e r A M - A n t enn e i m F r e i en ( nu r U SA - V e r s i on[...]

  • Page 47

    4 6 D B e d i e n e l e m e n t e N e t z - un d A M / F M - B a nd s c h a l t e r Lau t s t ä r k e r eg l e r Lau t s p r e c h e r S k a l a Z e i ge r S ende r e i n s t e ll un g s r eg l e r N e t z k a be l bu c h s e 1 2 - V - G l e i c h s t r o m e i ng a ng s b u c h s e ( i de a l f ü r F a h r z euge / B oo t e ) K op f h ö r e r b[...]

  • Page 48

    Gl e i c h s t r o m b e t r i e b F ü r d i e V e r w endun g i m F r e i en kö nn en S i e da s R a d i o ü be r d i e 12 - V - G l e i c h s t r o m e i ng a ng s bu c h s e v on e i ne r W e c h s e l s t r o m q ue l l e m i t S t r o m v e r s o r g en ( z u m B e i s p i e l e i n e S t r o m qu e ll e i n e i n e m F a h r z e ug ode r B[...]

  • Page 49

    4 8 D 4 . S t e ll en S i e den Lau t s t ä r k e r eg l e r na c h W un sc h e i n . 5 . U m da s R a d i o au s z u sc ha l t e n , d r e hen S i e den N e t z k n op f i n d i e P o s i t i o n A U S . B e tr i e b I h r e s A M - R a d i o s 1 . S c h li e ß en S i e d i e A n t en ne a n . D a s R ad i o wi r d m i t e i ngeb au t e r A M - [...]

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    4 9 V e r w e ndung v on K op f h ö r e r n K op f h ö r e r f ü r d i e V e r w endun g m i t d i e s e m R ad i o s o ll t e n m i t e i ne r 3 , 5 -mm- B u c h s e au s g e s t a tt e t s e i n . S t e ck en S i e den K op f h ö r e r s t e ck e r i n d i e m i t m a r k i e r t e B u c h s e a n de r R ü ck s e i t e de s R ad i o s . W en[...]

  • Page 51

    5 0 D I n t e r ne s A n t e nn en sy s t e m : E i n ge bau t e A M- F e rr i t a n t e nne E i ng eba u t e F M- D r a h t a n t en ne E x t e r n e r A n t en ne n a n s c h l u ss : A M - A n t e nn en a n sc h l u ss ( n u r U S A - V e r s i o n ) F M - A n t en nen a n sc h l u ss T y p F A u s ga ng s l e i s t ung : 7 W 10 % T HD be i 100 [...]

  • Page 52

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