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Global Machinery Company REDEYE DB305SMS manual

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Table of contents for the manual

  • Page 1

    • Melbourne • Perth • Auckland • Hong K ong • Shanghai • T aipei • New Y ork • V erona • London • Paris INSTRUCTION MANU AL DB250SMS DB305SMS 050805 ED05 PR Double Be v el Slide Compound Mitre Sa w with Dual Laser Line Generator[...]

  • Page 2

    Contents F ul l 2 Y e ar s C om m er ci a l an d T r ad e U se W ar r an ty W hi ls t ev e ry e ff o rt i s m ad e to e n su re y ou r c om pl et e s at is f a ct i on w it h t hi s to ol , o cc as io n al ly , d ue t o t he m as s m an uf a c tu r in g te ch n iq ue s , a to ol m ay no t li ve up t o ou r r eq ui re d l ev el o f p er f or ma nc e[...]

  • Page 3

    3 D es cr ip ti on o f s y mb ol s T h e r at i ng p l a te o n y ou r t oo l m ay s h o w s y m bo l s . T h es e r e p re s en t i m po r ta n t in f or m at i on a b ou t t h e pr o du c t or i n s tr u ct i o ns o n i ts u s e . W e ar h e a ri n g pr o te c ti o n . W e ar e y e pr o t ec t io n . W e ar b r e at h in g p ro t ec t i on . D o [...]

  • Page 4

    4 S af et y r u le s f o r l as e r l ig ht s T h e l as e r li g h t/ l as e r ra d ia t i on u s ed i n t he G M C Re d e ye ® s y s te m i s Cl a s s 2 wi t h ma x im u m 1m W a n d 4 0 0 nm – 7 0 0 nm w a ve l e ng t hs . Th e se l a se r s do n o t n or m al l y pr e se n t a n o p ti c al h a z ar d , al t ho u gh s t a ri n g at t h e be [...]

  • Page 5

    5 • T h e m it r e sa w c a n be s a fe l y ca r ri e d b y t h e m ai n h an d le b u t o nl y o nc e i t h as b e en r e mo v e d f r o m th e m ai n s p o w er a n d se c u re d i n th e l oc k ed d o wn p o si t io n . • D o n o t us e t he s a w wi t h ou t t he g u ar d s in p o s it i on , i n g o o d wo r ki n g o rd e r an d p ro p er [...]

  • Page 6

    6 1 3 . D i s co n n ec t i dl e t o o l s . S w i tc h o f f t h e po w e r an d d i s co n ne c t t he p l ug f r om t h e p ow e r po i nt b e f o r e s e r vi c in g , w he n c ha n gi n g ac c e ss o ri e s an d w h en t h e t o o l is n o t in u s e . 1 4 . R e m o v e a dj u st i ng k e ys a n d wr en c he s . C h e ck t o s e e t h a t k e [...]

  • Page 7

    7 • N e v er u s e yo u r h an d s to r e mo v e sa w d us t , ch i ps o r w as t e c l o se b y t he b l a de . • U s e o nl y b la d e s as r e co m me n de d b y t he m a nu f a c t u re r a n d w hi c h co n f o r m t o EN 8 4 7- 1 . • D o n o t us e b la d e s o f H i gh S p ee d S te e l ( HS S b la d es ) . • I f t h e ta b le i n s [...]

  • Page 8

    8 A cc es so ri e s T h e G MC D B 25 0 S MS / D B 30 5 SM S D ou b l e Be v el S l id e C o m po u nd M i t re S a w is s u pp l ie d w i th t h e f o l lo w i ng a c c es s or i e s as s t an d ar d : • S a w b la d e (f i t te d ) • W o rk p i ec e c la m p • 6 m m H e x k e y • S i d e ba r s x2 • S t a bi l is e r B ar • D u s t ba[...]

  • Page 9

    9 K no w y o ur p r o d uc t B e f o r e u s in g t he s a w , f a mi l i ar i se y o ur s el f w i th a l l th e o p e ra t in g f e at u re s a nd s a fe t y r eq u ir e me n t s . 1 . L a se r l ig h t as s e mb l y 2 . L a se r l ig h t on / o f f s w it c h 3 . L a se r c ov e r 4 . L a se r p it c h co n t ro l 5 . S a w ar m 6 . R e le a se [...]

  • Page 10

    10 U np ac ki ng D u e t o mo d er n m a ss p r od u ct i on t e c hn i qu e s , i t i s u nl i k e l y t h a t yo u r GM C P ow e r T oo l i s f a u lt y o r t ha t a p ar t i s m i s si n g. I f y o u fi n d an y th i ng w r o ng , d o no t o pe r at e t h e t o o l un t il t h e p ar t s ha v e be e n re p l ac e d or t h e f a u l t ha s b e e [...]

  • Page 11

    11 S li de l o ck W h e n ti g ht e n ed , t he s l id e l o c k (2 9 ) p re v en t s th e s a w h ea d f ro m s l id i ng . T i g ht e n th e s l id e l oc k d ur i ng t r a ns p or t a ti o n (f i g. E ) . M it r e t a bl e l o ck T h e m it r e ta b l e lo c k (2 5 ) is u s e d to l o ck t h e t ab l e at t h e d e s ir e d mi t r e an g le ( f [...]

  • Page 12

    12 S pi nd le l oc k b u t t o n T h e s pi n dl e l o ck b u tt o n (2 6 ) p r e ve n ts t h e b la d e in t h e s a w f ro m r ot a t in g ( fi g . K) . D e p re s s an d h o ld t h e sp i nd l e l o c k bu t to n w h il e i ns t al l in g , c h a ng i ng , o r r em o vi n g th e b l a de . R ot at i n g l o w e r b la de g u ar d T h e r ot a ti[...]

  • Page 13

    13 T ur ni ng o n a n d o ff 1 . T o t u rn t h e sa w o n de p re s s a n d h ol d t he o n / o f f t ri g ge r s w i tc h ( 24 ) ( f ig . S ). 2 . T o tu rn t he sa w o f f r el ea s e t h e o n / o f f t r i g g e r s w i t c h ( 2 4 ) . T ur ni ng o n t h e R ED EY E® l as er l in e g en er a t or T h e R ED E YE ® l a se r l in e g e n er a [...]

  • Page 14

    14 1 2 . A d j us t t he 0 ° b ev e l a d j us t me n t s cr e w (3 5 ) w i t h th e 6 mm h e x k e y t o b r in g t he s a w b la d e i n t o al i g nm e nt w i th t h e s q u ar e ( fi g . Y ). 1 3 . L o o s en t h e 2 Ph i ll i ps h e a d sc r ew s h o ld i ng t h e p o i nt e r o f t h e b ev e l sc a le ( 1 7 ) an d a dj u s t th e p o s it i[...]

  • Page 15

    15 1 1 . L o o s en t h e Ph i ll i p s h e a d s c r ew h o ld i n g th e p oi n te r o f t he m i tr e s c al e ( 22 ) a n d a dj u st i t s o t ha t i t a c cu r at e l y in d ic a te s t h e z er o p os i t io n o n th e m i t re s c al e ( f ig . f ). 1 2 . R e t i gh t en t h e sc r ew s e c ur i ng t h e m it r e sc a le p o i nt e r . 1 3 .[...]

  • Page 16

    16 7 . H o ld t h e ro t at i n g g u a rd ( 1 2 ) up a n d p re s s th e s p i nd l e lo c k b ut t on ( 2 6) ( f i g. k ) . Ro t a te t h e bl a de u n t il t h e sp i n dl e l oc k s . 8 . U s e th e 6 mm h e x k e y p r o vi d ed t o l o os e n an d r e m ov e t he b l a de b o lt . ( L o os e n in a c l o ck w is e d i r ec t io n a s t he b l[...]

  • Page 17

    17 C r o s s- c u tt i n g ( w it ho ut s li de a ct io n) W h e n cu t ti n g a n ar r ow p i ec e o f wo o d it i s n ot n e ce s s ar y t o u s e t he s l id e m e ch a ni s m. I n t he s e c as e s en s ur e t ha t t h e s l i de l o ck ( 2 9 ) is s c re w ed d o w n to p r ev e nt t h e sa w a rm f r o m sl i di n g . A c r o ss c ut i s m a d[...]

  • Page 18

    18 C r o s s- c u tt i n g ( wi th s l id e ac ti on ) W h e n cu t ti n g w id e w o r kp i ec e s , f i r st u n s cr e w t h e s li d e lo c k ( 29 ) . 1 . P ul l o n t h e re l ea se kn ob ( 6) , r ai se t he sa w a rm ( 5) t o i ts hi gh e st po si ti o n a nd s l i d e i t t o w a r d s y o u ( f i g . t ) . 2 . H o ld t h e ha n dl e f ir m [...]

  • Page 19

    19 C om po un d m i tr e cu t A c o m po u nd m i t re c u t i n v ol v es u s i ng a m i tr e a ng l e a n d a b ev e l an g l e at t h e s a m e ti m e (f i g . v) . I t is u s ed i n m a ki n g pi c t ur e f ra m es , to c u t m ou l di n g s , m a ki n g bo x e s w i t h sl o pi n g s id e s an d f o r r o o f f r a mi n g. A l wa y s m ak e a [...]

  • Page 20

    20 U si ng t h e l a se r l i ne g e ne r at or W AR N I NG S D o n o t st a re d i r ec t ly a t t he l a s er b e am . N e v er a i m th e b e am a t a ny p e r so n o r an o b j ec t o th e r t h a n th e w or k p ie c e . D o n o t de l ib e r at e ly a i m t h e b ea m a t pe r s on n el a n d e n s ur e t ha t i t i s no t d ir e ct e d t o w[...]

  • Page 21

    21 M ai nt en an ce W AR N I NG . A lw a ys e n su r e t ha t t he t o ol i s s wi t c he d o f f a n d t h e p lu g i s re m o ve d f ro m t he p o w er p o in t b ef or e m ak i ng a n d a dj u st m e nt s o r ma i nt e na n c e pr o ce d ur e s . P o w er co r d m ai n t en a n ce I f t h e su p pl y c o rd n e ed s r ep l ac i n g, t h e ta s k[...]

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    22[...]

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  • Page 24

    C a r e f u l l y r e a d t h e e n t i r e I n s t r u c t i o n M a n u a l b e f o r e u s i n g t h i s p r o d u c t . B e f o r e r e t u r n i n g t h i s p r o d u c t f o r a W a r r a n t y C l a i m o r a n y o t h e r r e a s o n P l e a s e C a l l 1 3 0 0 8 8 0 0 0 1 ( A u s t r a l i a ) o r 0 8 0 0 4 4 5 7 2 1 ( N e w Z e a l a n d [...]