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INST AL LA TI ON an d
USE & CA RE
W ALL HOODS
P L , P Y , I N , P M, HA , B Z, MH, WR, SC
197299
Ve rs i on D
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P l ea se t ak e a f ew m oment s no w t o f i l l i n t he i nf orm at i on be l ow f or y ou r f utur e r ef er en ce. I n t he ev en t y ou r eq ui r e
pa r t s or serv i ce, t hi s i nf orm at i on w i l l be ne ed ed t o en sure y ou r ece i v e t he hi g he st q ua l i t y serv i ce w e can prov i de .
D A T E O F PU R CHA SE:
D E A L E R ’S N AME :
D E A L E R ’S AD D RE S S :
DA T E OF I N S T AL LA T I ON:
I N S T AL L E R ’S N AME :
I N S T AL L E R ’S AD D RE S S :
M ODEL N UM B ER :
S ER I AL N UM B ER :
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T a ble of Co nt e nt s
INS T A L L A T IO N INS T RUCT IO NS :
5 Hand l i ng an d Unpa c k i ng
7 Ins tal l ati on of Duc ti ng & E l ec tr i c al S pe c i f i c ati on s
8 Rem ov i ng Li ne r f r om S he l l | Mo un ti ng S he l l to W a l l
9 In s ta l l i n g In - Ho o d B l o w e r s
10 Ins tal l i ng Rem ote B l ow ers
12 Ins tal l i ng In - Li ne B l ow ers
14 Ins tal l i ng W al l Hood Duc t Cov ers
16 Ins tal l i ng Ma nh att an S erie s V en ti l ati on Hood s
US E A ND CA RE INS T RUCT IO NS :
17 O pe r ati ng the P us h B utt on Con tr ol s
18 Cl e a n i n g In s truc ti o n s
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I N S T A L L A T I O N I N S T R U C T I O N S
IM P ORT A NT
1. T hi s ap pl i an c e w as de s i gn ed f or ea s e of i ns tal l ati on an d op erati on . Ho w ev er, w e r ec om m en d tha t y ou r ea d al l
s ec ti on s of thi s m an ua l be f ore y ou be gi n i ns tal l ati on .
2. Do n ot r em ov e pe r m an en tl y af f i x ed l ab el s , w arni ng s or data pl ate s f r om y ou r ap pl i an c e. T hi s m ay v oi d the
m a n u f a c tu r e r’s w a rr a n ty a n d /o r h i n d e r e f f e c ti v e s e rv i c i n g a n d m a i n te n a n c e . T h e s e i n s tr u c ti o n s a re to r e m a i n w i th
the ap pl i an c e an d the c on s um er i s to r eta i n t he m f or f utu r e r ef erenc e.
3. P l e a s e o b s e r v e a l l l o c a l a n d n a ti o n a l b u i l d c o d e s a n d o r d i n a n c e s . I f n o l o c a l c o d e s a r e a p p l i c a b l e , p l e a s e f o l l o w a l l
w i r i ng r eq ui r em en ts i n a c c ordanc e w i th the na ti on al el ec tr i c al c od e, A NS I/NFPA 70 ed i ti on .
4. P l ea s e c he c k w i th a q ua l i f i ed an d t r ai ne d i ns tal l er or y ou r l oc al c od es f or an y m ak e - up ai r r eq ui r em en ts .
5. T hi s ho od i s f or r es i de nti al us e on l y an d i s no t de s i gn ed f or i ns tal l ati on ov er a c om m erc i al produc t.
6. Ma k e s ure al l po w er i s tu r ne d of f at the break er or f us e bo x be f ore m ak i ng an y c on ne c ti on s .
7. T o av oi d r i s k of f i r e, el ec tr i c s ho c k , or i nj ury to pe r s on s , turn of f the el ec tr i c i ty to the ho od f r om the po w er s up pl y
be f ore c l ea ni ng or s erv i c i ng .
T o r edu ce t h e r isk o f f ir e, ele ctric sho ck or inju r y t o pers o n s ob se r v e t h e fo llow ing :
• Us e t hi s un i t i n the m an ne r i nte nd ed by the m an uf ac t urer . If y ou ha v e a ny qu es ti on s c on tac t c us tom er s erv i c e a t
( 80 0) 449 – 86 91 Mo nd ay throug h F r i da y f r om 9a m – 5p m E S T .
• B ef ore c l ea ni ng or s erv i c i ng un i t, s w i tc h po w er of f to the un i t a t th e s erv i c e pa ne l an d l oc k ou t th e s erv i c e p an el . I f
the s erv i c e pa ne l c an no t be l oc k ed ou t, pl ea s e a f f i x a w arni ng de v i c e prom i ne ntl y , s uc h as a t ag , to the s erv i c e
pa ne l .
• Ins tal l ati on w ork an d el ec tr i c al w ork m us t be pe r f orm ed by qu al i f i ed i nd i v i du al s i n a c c ordanc e w i th al l ap pl i c ab l e
c od es an d s tan da r ds , i nc l ud i ng f i r e r ate d c on s tr uc ti on .
• Do n ot da m ag e an y ex i s ti ng el ec tr i c al or hi dd en ut i l i ti es w he n dril l i ng , c utt i ng an d/o r r em ov i ng a w al l , c ei l i ng or f l oo r .
• S u f f i c i e n t a i r i s req u i r e d to p r o p e r l y e x h a u s t g a s e s th r o u g h t h e f l u e o f n a tu r a l a n d l i q u i d p r o p a n e f u e l e d c o o k i n g
eq ui pm en t to av oi d an y ba c k draf ti ng .
• Duc ted f an s m us t al w ay s v en t o utd oo r s .
• Us e o nl y m eta l du c tw ork . Do n ot us e f l ex i bl e o r c orr ug ate d du c t.
• F ol l ow al l l oc al an d na ti on al c od es an d s tan da r ds f or proper ai r r eq ui r em en ts .
• Nev er v en t d uc ted ex ha us t ai r i nto an oth er r oo m or garage. T o r ed uc e the r i s k of f i r e an d p r op erly v en t e x ha us t ai r
du c t m us t v en t o utd oo r s .
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I N S T A L L A T I O N I N S T R U C T I O N S
T o r edu ce t h e r isk o f coo king app lia n ce g r ea se f ir e:
• Nev er l ea v e the ap pl i an c e u na tte nd ed du r i ng us e. B oi l ov ers m ay oc c ur c au s i ng s pi l l s w hi c h m ay i gn i te.
• It i s r ec om m en de d y ou pu r c ha s e a m ul ti - pur pos e dr y c hem i c al or f oam ty pe f i r e ex ti ngui s her f or y our hom e and
s tore i t i n c l os e p r ox i m i ty to y ou r ap pl i an c es .
• If a f i r e s h o u l d o c c u r d o n o t tu r n o n h o o d to e v a c u a te s m o k e . T u r n o f f h o o d .
IM P ORT A NT
T hi s produc t i s f or ge ne r al r es i de nti al v en ti l ati on ap pl i c ati on s . Do no t us e to ex ha us t ha z ardous , f l am m ab l e or
ex pl os i v e m ate r i al s . Cl ea n ba f f l e f i l ters of ten s i nc e ac c um ul ate d greas e c an be a f i r e ha z ard an d e f f ec t the
pe r f orm an c e of y ou r v en ti l ati on ho od . A l w ay s turn on v en ti l ati on ho od w he n op erati ng y ou r c oo k i ng eq ui pm en t.
H an dli ng an d U np ac king
I M P O RT A NT
A n y d amage mu st b e r epo r t ing b efo r e i n stalling t h e ho o d . On ce t h e h o o d h as b ee n inst all ed n o r etu r n w ill b e
ac ce p t ed. Repo r t any dam age t o y o u r d ea ler imm ediat ely .
Hand ling :
• Rem ov e al l w atc he s , b el t b uc k l es , j ew el r y , r i ng s an d a ny c l oth i ng w i th m eta l bu tto ns or s na ps to prev en t d am ag e to
the ho od .
• W he n y ou be gi n t he i ns tal l ati on proc es s r em ov e the ho od f r om i ts ori gi na l pa c k ag i ng an d pl ac e o n a c l ea n, no n -
ab r as i v e b l an k et.
• Ins pe c t the ho od c aref ul l y f or an y da m ag e or i m pe r f ec ti on s be f ore y ou be gi n i ns tal l ati on . If an y da m ag e or
i m pe r f ec ti on s ex i s t, r ep ac k the ho od an d c al l y ou r de al er i m m ed i ate l y . Do n ot i ns tal l da m ag ed ho od . It i s hi gh l y
r ec om m en de d tha t rubbe r gl ov es be w orn to prev en t s c r atc he s on ho od an d to prov i de a f i r m grip .
• W he n r em ov i ng the ho od f r om the c arton l oc ate th e f i l ters s i nc e t he y c ou l d b e p ac k ed s ep aratel y .
• Do n ot r em ov e the ho od f r om orig i na l pa c k ag i ng un ti l y ou are r ea dy to i ns tal l .
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I N S T A L L A T I O N I N S T R U C T I O N S
HEIG HT FRO M F LO O R
68"(M IN)- 72"(M AX )
167.6c m- 182.9c m
COUN TERT O P
HE IG HT ABO VE CO UNT ERT O P
30"(M IN) -36"( M AX )
76.2C M -91.4C M
Un p ac king :
• Chec k the pa c k ag e f or da m ag e. If an y da m ag e i s v i s i bl e y ou s ho ul d m ark the bi l l of l ad i ng y ou s i gn th at the r e m ay
be c on c ea l ed da m ag e.
• E ns ure the c on tai ne r i s up r i gh t. If the c on tai ne r i s no t up r i gh t m aj or da m ag e c an oc c ur to y ou r ap pl i an c e. If
da m ag e i s di s c ov ered d o n ot r ef us e de l i v ery Con tac t the de al er and f i l e a pp r op r i ate f r ei gh t c l ai m s . S av e al l
pa c k ag i ng m ate r i al . Do no t c on tac t the m an uf ac turer s i nc e y ou r ap pl i an c e w as s hi pp ed f r om the de al er y ou
pu r c ha s ed i t f r om . S hi pp i ng da m ag e c l ai m s are to be r es ol v ed be tw ee n t he c us tom er, s hi pp i ng c arr i er and de al er.
T he m an uf ac turer m ay as s i s t i n res ol v i ng s uc h c l ai m s , b ut s uc h as s i s tan c e do es no t r el i ev e y ou of y ou r
r es po ns i bi l i ty .
• Mo v e the c on tai ne r as c l os e t o i ts i ns tal l ati on l oc ati on as po s s i bl e. T hi s w i l l r ed uc e m ov i ng an d ha nd l i ng y ou r
ap pl i an c e o nc e i t i s ou t o f i ts s hi pp i ng c on tai ne r .
• Do n ot di s c ard pa c k ag i ng w i tho ut f i r s t l oc ati ng th e f i l ters as the y m ay be pa c k ed s ep aratel y .
• Ins pe c t al l pa c k ag i ng be f ore di s c ardi ng .
CA UT IO N
T o r e d u c e th e r i s k o f f i r e a n d e l e c tri c s h o c k , i n s ta l l th i s v e n ti l a ti o n u n i t o n l y w i th r e m o te b l o w e r s m o d e l s r a te d m a x i m u m
8.4 am ps or i nte gral bl ow ers m an uf ac tured by E B M, Mo de l D2E 14 6 - HT 65 - 14.
Y ou r v en ti l ati on ho od i s de s i gn ed to w ork s pe c i f i c al l y w i th the i nte gral or r em ote bl ow er r eq ue s ted . Hoo d h as be en
ev al ua ted f or s af ety us i ng th e bl ow ers l i s ted . Us e o the r bl ow ers at y ou r ow n r i s k .
S it e P r epar atio n : S ele ctin g t h e A p p r o p r iate Heigh t f o r Inst all atio n
In s el ec ti ng th e proper hei gh t to m ou nt the ho od ,
tak e i nto c on s i de r ati on th e s tat ure of the pe r s on or
p e r s o n s w h o w i l l b e c o o k i n g . A m i n i m u m h e i g h t o f
3 0 ” of f of the c oo k i ng s urf ac e to a m ax i m um he i gh t
o f 3 6 ” w i l l s u i t m o s t u s e rs . It i s r e c o m m e n d e d b u t
n o t r e q u i r e d th a t th e h o o d b e 6 ” w i d e r th a n th e
c oo k i ng ap pl i an c e t o p r ov i de a p r op er c ap ture area
f or he at an d g r ea s e.
T h e b o tto m o f th e h o o d s h o u l d b e 3 0 ” m i n i m u m to
3 6 ” m a x i m u m a b o v e t h e c o u n te r to p . T h i s w o u l d
ty p i c a l l y r e s u l t i n t h e b o tto m o f th e h o o d b e i n g 6 6 ” –
7 2 ” a b o v e t h e f l o o r . T h e b o t t o m o f t h e h o o d s h o u l d
n e v e r b e m o re th a n 7 2 ” a b o v e t h e f l o o r o r m o re
th a n 3 6 ” a b o v e t h e c o u n te r to p . T h e s e d i m e n s i o n s
prov i de s af e an d ef f i c i en t op erati on of the ho od .
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I N S T A L L A T I O N I N S T R U C T I O N S
Inst all atio n o f Du ctin g f o r P r o p er O p er atio n :
IM P ORT A NT
P r op er i ns tal l ati on of du c ti ng i s ex tr em el y i m po r tan t f or op ti m al pe r f orm an c e of y ou r v en ti l ati on s y s tem . I t i s a ba s i c
r eq ui r em en t tha t the k i tc he n i s prov i de d w i th an ai r i nta k e to en s ure go od ai r c i r c ul ati on an d t he r ef ore proper op erati on
of the ho od . W i tho ut thi s i nc om i ng ai r a de pres s i on c ou l d f orm tha t w ou l d r ed uc e the ef f i c i en c y of the v en ti l ati on
s y s t e m . A l l C F M S a r e b a s e d o n t e s t s a t 0 . 1 s t a t i c p r e s s u r e . W i t h o u t s t a t i c p r e s s u r e a l l C F M ’ s w o u l d b e o v e r s t a t e d .
• Cons ul t w i th l oc al c od es f or m ak e - up ai r r eq ui r em en ts
• If du c ts are c om bi ne d the s qu are i nc h a r ea m us t r ef l ec t the tot al s qu are i nc h a r ea of the du c ts be i ng c om bi ne d.
• Do n ot us e f l ex i bl e o r c orr ug ate d du c t. T hi s ty pe of du c t w i l l r ef l ec t ai r f l ow an d redu c e pe r f orm an c e.
• O nl y us e s m oo th, ga l v an i z ed m eta l du c t.
• Ma k e the du c t r un as s ho r t an d a s s tr ai gh t a s po s s i bl e w i th as f ew tu r ns as po s s i bl e.
• A v oi d s ha r p - angl ed tur ns . Us e s m ooth gr adual tur ns s uc h as adj us tabl e el bow s or 45 de gree angl ed tur ns .
• F or duc t r un s ov er 20 f ee t i nc r ea s e the du c t di am ete r by on e i nc h f or ev ery ten f ee t of du c t.
• A i r f l ow m us t no t b e r es tr i c ted at the en d of the du c t run.
• Da m p e r i s n o t p r o v i d e d . T h i s m u s t b e i n c l u d e d i n d u c t r u n t o p r e v e n t b a c k d r a f ts .
• Do n ot term i na te v en ti ng i nto an at ti c or c hi m ne y .
E lec t r ica l S p ec if ica t ion s:
IM P ORT A NT
T hi s ho od i s de s i gn ed to be pl ug ge d i nto a 3 -
prong A NS I or Non - G F CI ou tl et – 12 0V ol t,
10 am p. E ns ure the ou tl et i s no t o bs tr uc ted by
the du c t run prio r to i ns tal l ati on .
T o c on ne c t po w er to i n - ho od bl ow ers i ns ert
m ol ex c on ne c tor( s ) i nto th e o pe ni ng l oc ate d on
th e s i d e o f b l o w e r m o to r .
V ent ila t ion Ho o d M o u n t ing Inst r u ctio n s:
S t ep 1: Rea d al l inst r u ctio n s th o r o u g h ly b efo r e begin n ing inst all atio n . If a du ct co v er is b eing used p lea se
p r o ce ed t o pag e 1 3. Fo r inst r u ctio n s on inst all ing M anh att an sty le w all h o o d s procee d t o pag e 15 .
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I N S T A L L A T I O N I N S T R U C T I O N S
S t ep 2: Remo v e v ent ila t ion h o o d liner f r o m o u t er shell. ( F igu r es A t h r o u g h F)
A. B. C. D.
Figu r e A :
Rem ov e Baffl e F il te rs
Pu l l fi l te rs to w a rd s y o u t o
d i s e n g a g e fro m l i n e r.
Figu r e B :
Rem ov e G rea s e Trou gh
T u rn f a s te n i n g s c re w (s ) ¼
tu rn to u n l o c k .
E. F.
F ig u r e C:
Re m o v e In n e r Sh ie ld
Re m o v e s c re w s (fro n t a n d
b a c k ) a tt a c h i n g s h i e l d to
v e n ti l a ti o n h o o d l i n e r.
( Inn er shield not on all m odels)
F ig u re E: Re m o v e M o u n tin g Sc re w s
Re m o v e s c re w s i n fro n t a n d b a c k o f l i n e r th a t a tt a c h
i t to t h e o u te r s h e l l
F ig u re F : Re m o v e L in e r fro m S h e ll
Ca re fu l l y s l i d e l i n e r o u t o f o u te r s h e l l .
Re m o v e a l l p ro te c ti v e fi l m fro m e x te ri o r o f l i n e r a n d
b a ff l e fi l te rs . T o c o m p l e te l y re m o v e th e fi l m fro m
th e fi l te rs th e k n o b s w i l l n e e d to b e re m o v e d b y
tu rn i n g th e m c o u n te r - c l o c k w i s e .
Figu r e D :
Rem ov e Cont rol Pa ne l
Rem o v e s c re w s (fro n t a n d
b a c k ) a tt a c h i n g p a n e l to
v e n ti l a ti o n h o o d l i n e r.
S t ep 3: M o u n t O u t er S h ell t o W all
1. T h e b o tto m o f th e h o o d s h o u l d b e 3 0 ” m i n i m u m to 3 6 ” m a x i m u m a b o v e t h e c o u n te r to p f o r e f f i c i e n t o p e ra ti o n .
2. T hi s ho od i s de s i gn ed to be pl ug ge d i nto a 3 - prong Non - G F CI ou tl et – 12 0V ol t, 1 0 a m p. E ns ure the ou tl et i s no t
ob s tr uc ted by the du c t r un pri or to i ns tal l ati on .
3. If a du c t c ov er i s be i ng us ed proc ee d to pa ge 13 to de term i ne w hi c h i ns tal l ati on proc es s w i l l w ork be s t f or y ou r
ap pl i c ati on . If no du c t c ov er i s be i ng us ed proc ee d to S tep 4.
4. A nc ho r ho od to w al l w i th ap propr i ate s he ar s tr en gth f or w ei gh t of ho od be i ng i ns tal l ed ( ha r dw are no t i nc l ud ed ) . A
nu m be r of ho l es are prov i de d on th e ba c k of the s he l l bu t the y do no t n ee d to be us ed . A dd i ti on al ho l es c an be
dril l ed i f ne ed ed to as s i s t i n m ou nti ng .
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S t ep 4 - 1: In stalling In - h o o d 60 0 CF M Blo w er s Du c t Co n n e c t io n De t a il : 6 ” Ro u n d
R e c om m e nded D uct S i z e : 6 ” | M i ni m um D uct S i z e : 6 ”
Fi gu re A :
A tta c h Blow e r
Uns c re w b l o w e r p l a te a n d
s e t to to p o r re a r d i s c h a rg e .
Sc re w b l o w e r t o p l a te w i th
i n c l u d e d h a rd w a re
Fi gu re B:
Conn e c t Pla te In te rna ll y
Re - i n s ta l l a l l m o u n ti n g
s c rew s i ns i de of l i ne r.
Fi gu re C:
Conn e c t Pla te Ex te rna ll y
Re - i n s ta l l a l l m o u n ti n g
s c re w s o u ts i d e o f l i n e r.
Fi gu re D:
Conn e c t Pow e r Sup pl y
Con n e c t m o l e x c o n n e c to r
fro m c o n tro l b o x t o b l o w e r.
S t ep 4 - 2: In stalling In - h o o d 12 00 CF M Blo w er s Du c t Co n n e c t io n De t a il : 1 0 ” Ro u n d
R e c om m e nded D uct S i z e : 1 0 ” | M i ni m um D uct S i z e : 8 ”
Fi gu re A :
A tta c h Blow e r Pla te
Uns c re w b l o w e r p l a te a n d
s e t to to p o r re a r d i s c h a rg e .
Fi gu re B:
Conn e c t In ne r Pla te
Sc re w i n n e r p l a te w i th a i r
d i v i d e r o n to b a s e p l a te .
Fi gu re C:
Conn e c t Blow e rs
In s ta l l d u a l 6 0 0 CFM
b l o w e rs o n to h o o d w i th
i n c l u d e d h a rd w a re .
Con n e c t m o l e x c o n n e c to rs
to b l o w e rs .
Fi gu re D:
In s ta ll Blow e rs in Hood
Sc re w e a c h b l o w e r t o th e
p l a te w i th i n t h e l i n e r w i th
h a rd w a re p ro v i d e d .
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I N S T A L L A T I O N I N S T R U C T I O N S
S t ep 4 - 3. Inst all ing Remo t e Blow er s
M O DE L NUM BE R: HY E X - 1.0 /HY - EX - 1.4
M A X IM UM CF M : 10 00 CF M /14 00 CF M
V O L T S /HE RT Z /A M P S : 11 5V A C, 60 Hz , 2 .9A ( HY E X - 1.0 ) and 3. 3A ( HY E X - 1.4)
RE Q UIRE D DUCT S IZE: HY E X - 1 .0 : 8 ” Ro u n d ( 5 1 s q . in . e q u iv .) / HY E X - 1 .4 : 1 0 ” Ro u n d ( 8 0 s q . in . e q u iv .)
F L A T O R L O W S L O P E RO O F
1. F o r f l a t r o o f s o r r o o f s h a v i n g p i tc h l e s s th a n 1 ½ ” r i s e
i n 1 2 ”, m o u n t b l o w e r o n r o o f c u rb . S e e F ig u re 1
Fi g u r e 1
2. Ins tal l the bl ow er w i th di s c ha r ge po i nti ng do w n s l op e
an d aw ay f r om prev ai l i ng w i nd s .
3. Us e f l as hi ng an d roof i ng m as ti c to s ea l th e un i t to
prev en t l ea k s .
IM P O RT A NT : Remo v e f o am b lock f r o m
insid e h o u sing bef o r e op er atin g
T Y P ICA L RO O F M O UNT
4. Cut h ol es f or du c ti ng an d e l ec tr i c al w i r i ng as s ho w n
i n Fi gu r e 2.
Fi g u r e 2
10
1. Cent er the du c t c uto ut be tw ee n r oo f r af ters
2. Ins tal l the bl ow er s o i ts di s c ha r ge i s do w n s l op e a nd
aw ay f r om prev ai l i ng w i nd s . A c c ordi ng to the
S tan da r d Roof i ng P r oc ed ures : S hi ng l es m us t c ov er
r e a r f l a s h i n g f l a n g e a n d a m i n i m u m o f 1 2 ” o f th e
s i de f l an ge s . T he f l as hi ng on th e di s c ha r ge s i de of
the bl ow er m us t r es t o n top of the s hi ng l es .
3. T he bl ow er m us t be s ea l ed be tw ee n t he r oo f an d i ts
un de r s i de w i th qu al i ty r oo f i ng m as ti c .
Page 11
I N S T A L L A T I O N I N S T R U C T I O N S
S t ep 4 - 3. Inst all ing Remo t e Blow er s
E L E CT RICA L CO NNECT IO NS
W A RNING : T URN O F F P O W E R A T T HE S E RV ICE
BO X P RIO R T O W IRING BL O W E R
1. P o w e r s u p p l y f o r th e b l o w e r s 1 1 5 V A C, 6 0 Hz . S e e
pa ge 2 f or s pe c i f i c ati on s
2. Run el ec tr i c al c ab l e b etw ee n t he bl ow er an d the
r an ge ho od or bl ow er an d w al l s w i tc h. S ee Fig ure 3
3. Rem ov e top en c l os ure of the bl ow er f or ac c es s to
the w i r i ng term i na l bl oc k .
4. P us h the el ec tr i c al c ab l e u p throug h t he bo tto m
k no c k ou t of the bl ow er bo dy . P ul l en ou gh w i r e up
i nto th e h ou s i ng to m ak e att ac hm en t to the term i na l
bl oc k .
5. Conn ec t w hi te, bl ac k an d g r ee n w i r e to three
te r m i n a l b l o c k o n h o o d .
Fi g u r e 3
D U C T CO N N ECT IO N S
1. Us e o nl y r ou nd m eta l du c t, el bo w s an d tr an s i ti on s ;
or r ec tan gu l ar du c ti ng ha v i ng eq ui v al en t area of
s qu are i nc he s as pe r r eq ui r ed du c t s i z e.
2. T ap e or us e j oi nt s ea l an t on al l j oi nts .
3. T urn on po w er an d c he c k bl ow er op erati on .
4. Ma k e s ure da m pe r op en s an d c l os es f r ee l y .
11
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I N S T A L L A T I O N I N S T R U C T I O N S
S t ep 4 - 4. Inst all ing In - line Blow er s
M o u n t ing O p t ion 1:
P l ea s e f ol l ow al l ap pl i c ab l e c od es w he n i ns tal l i ng thi s un i t
1. E qu i pm en t s ho ul d be hu ng at i ts prope r el ev ati on by
us i ng te m po r ary f i x tures tha t c an be r em ov ed af ter
v i brati on ha ng ers are i ns tal l ed .
2. Hang er m ay be f as ten ed di r ec tl y to the s tr uc ture or
s o m e w h e r e b e tw e e n s u s p e n d e d u n i t ( b e s u r e n o t to
ov er ti gh ten th e n eo prene el em en t.
3. Ins tal l ha ng ers .
4. T urn nu ts on r od as s em bl y c l oc k w i s e o ne c om pl ete turn
on ea c h ha ng er. Rep ea t thi s proc ed ure un ti l tem po r ary
ha ng i ng f i x tures are l oo s e a nd l oa d o f pi pi ng or
eq ui pm en t i s s us pe nd ed c om pl ete l y on the v i brati on
ha ng ers .
5. Rem ov e tem po r ary ha ng er f i x tures an d l ev el pi pi ng or
eq ui pm en t by tak i ng ad di ti on al turns on th e s prin g/t op
ha ng er r od nu t – c l oc k w i s e t o rai s e, c ou nte r c l oc k w i s e to
l ow er as r eq ui r ed .
6. If eq ui pp i ng f an w i th i s ol ato r s , the y s ho ul d be at tac he d
at thi s ti m e.
7. S ee w i r i ng s ec ti on to c om pl ete i ns tal l ati on .
M o u n t ing O p t ion 2:
P l ea s e f ol l ow al l ap pl i c ab l e c od es w he n i ns tal l i ng thi s un i t.
1. Ins tal l w oo d s up po r ts to s tr uc ture f or f an m ou nti ng .
2. If eq ui pp i ng w i th v i brati on m ou nts , att ac h to s up po r ts .
3. A tta c h f an to v i brati on m ou nts ( be s ure no t to
ov erti gh ten th e n eo prene el em en t) .
4. If eq ui pp i ng f an w i th i s ol ato r s , the y s ho ul d be at tac he d
at thi s ti m e.
5. S ee w i r i ng s ec ti on to c om pl ete i ns tal l ati on .
M o u n t ing O p t ion 3:
P l ea s e f ol l ow al l ap pl i c ab l e c od es w he n i ns tal l i ng thi s un i t.
1. Cr ea te/ i ns tal l an gl e w oo d s up po r ts to s tr uc ture f or f an
m ou nti ng .
2. If eq ui pp i ng w i th v i brati on m ou nts , att ac h to s up po r ts .
3. A tta c h f an to v i brati on m ou nts ( be s ure no t to
ov erti gh ten th e n eo prene el em en t) .
4. If eq ui pp i ng f an w i th i s ol ato r s , the y s ho ul d be at tac he d
at thi s ti m e.
5. S ee w i r i ng s ec ti on to c om pl ete i ns tal l ati on .
12
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I N S T A L L A T I O N I N S T R U C T I O N S
S t ep 4 - 4. Inst all ing In - line B lo w ers Du ct Det ail : A T E X - 0.8 – 8 ” Ro u n d
Dimen sion s a n d W ir ing :
M od e l A C D E W e i g ht
A T E X - 0. 8 8 12 ½ 15 ½ 7 19 l bs
A T E X - 1. 2 10 14 15 8 21 l bs
A T E X - 1.2 – 1 0 ” Ro u n d
S t ep 5. M o u n t O u t er S h ell t o W all
1. T h e b o tto m o f th e h o o d s h o u l d b e 3 0 ” m i n i m u m to 3 6 ” m a x i m u m a b o v e t h e c o u n te r to p f o r e f f i c i e n t o p e ra ti o n .
2. T hi s ho od i s de s i gn ed to be pl ug ge d i nto a 3 - prong Non - G F CI ou tl et – 12 0V ol t, 1 0 a m p. E ns ure the ou tl et i s no t
ob s tr uc ted by the du c t r un pri or to i ns tal l ati on .
3. If du c t c ov er i s be i ng us ed m ou nt du c t c ov er m ou nti ng brac k ets to top of ho od throug h ho l es prov i de d. If no du c t
c ov er i s be i ng us ed proc ee d to S tep 5.
4. A nc ho r ho od to w al l w i th ap propr i ate s he ar s tr en gth f or w ei gh t of ho od be i ng i ns tal l ed ( ha r dw are no t i nc l ud ed ) . A
nu m be r of ho l es are prov i de d on th e ba c k of the s he l l bu t the y do no t n ee d to be us ed . A dd i ti on al ho l es c an be
dril l ed i f ne ed ed to as s i s t i n m ou nti ng .
5. If du c t c ov er i s be i ng us ed an c ho r brac k et to w al l or c ei l i ng ( top ) an d w al l ( bo tto m ) . Do n ot i ns tal l du c t c ov er at thi s
ti m e .
S t ep 6. Re - inst all Lin er int o O u t er S h ell
Fi gu re A :
Li ft Li ne r in to She ll
Care fu l l y re - i n s ta l l l i n e r to
a v o i d s c ra tc h e s o r d a m a g e .
Fi gu re B:
A tta c h Li ne r to She ll
Re - i n s ta l l w i th h a rd w a re t h a t
m ou nt ed l i ne r to s he l l du ri ng
s h i p m e n t.
Fi gu re C:
Re - in s ta ll Cont rol Pa ne l
s c re w s (fro n t a n d b a c k )
a tt a c h i n g p a n e l to v e n ti l a ti o n
ho od l i ne r.
S t ep 7. Con n ec t Du ctin g t o V ent ila t ion Ho o d
Ins tal l du c ti ng around s tarter c ol l ar on top or r ea r of ho od an d s ea l ac c ordi ng to bu i l di ng c od e r eg ul ati on s .
13
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I N S T A L L A T I O N I N S T R U C T I O N S : 1 - P I E C E D U C T C O V E R S
S t ep 8 - 1. Inst all ing 1 - P iec e Duct Co v er O p t ion 1
1. S ec ure du c t c ov er to top of ho od us i ng m ac hi ne s c r ew s
prov i de d.
2. Mo un t c om pl ete un i t to w al l us i ng i ns tr uc ti on s i n S tep 4 f or
Mo un ti ng O ute r S he l l to W al l .
3. Ins tal l bl ow er pl ate i nto ho od s ea l i ng c on ne c ti on w i th du c t w ork .
4. Ins tal l bl ow ers i nto ho od .
S t ep 8 - 2. Inst all ing 1 - P iec e Duct Co v er O p t ion 2
1. Mount unit to w al l us i ng in s tr uc tions i n Step 4 f or Mounti ng
O ute r S he l l to W al l
2. S ec ure w oo d bl oc k s ( no t prov i de d) on w al l s urf ac e ab ov e h oo d.
3. P os i ti on du c t c ov er ar ou nd bl oc k s an d s ec ure w i th s c r ew s on
the top an d bo tto m of ea c h s i de .
4. Ins tal l bl ow er pl ate i nto ho od s ea l i ng c on ne c ti on w i th du c t w ork .
5. Ins tal l bl ow ers i nto ho od .
14
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I N S T A L L A T I O N I N S T R U C T I O N S : T E LE S C O P I C D U C T C O V E R S
S t ep 8.3 Inst all ing T ele sc o p ic Du ct Co v er O p t ion 1
1. A tta c h m o u n ti n g b ra c k e t to w a l l 1 /8 ” f r o m c e i l i n g a n d c e n te re d
w i th ho od .
2. A tta c h l ow er po r ti on of du c t c ov er to h oo d w i th ha r dw are
prov i de d.
3. S l i de up pe r po r ti on i nto l ow er po r ti on of du c t c ov er.
4. A nc ho r an d l ev el ho od as s em bl y to w al l at de s i r ed m ou nti ng
Mount i ng B r ac k et
Upp e r D uc t
O pt i o na l
M o un t i ng
H o l e Lo c at i o n
he i gh t.
5. Ins tal l l i ne r i nto s he l l f ol l ow i ng i ns tr uc ti on s i n S tep 6 on pa ge 12 .
6. S l i de s tarter c ol l ar i nto du c ti ng on to p or r ea r of ho od an d s ea l
ac c ordi ng to bu i l di ng c od e r eg ul ati on s .
7. S l i de up pe r po r ti on of du c t i nto m ou nti ng brac k et an d c l i c k i nto
pl ac e.
(Duc t c o v e r s h o u l d s i t fl u s h to c e i l i n g , b u t g a p c o u l d o c c u r i f wal l a n d c e i l i n g
a re n o t s q u a re )
O p ti o n a l : In s ta l l s c re w t h ro u g h s i d e o f u p p e r p o rti o n i n to m o u n ti n g b ra c k e t o n
b o th s i d e s . Ho l e to b e p ro v i d e d b y o th e rs . **Fo r p a i n te d u n i ts d a m a g e c o u l d
o c c u r to p a i n te d s u rfa c e fro m d ri l l i n g **
S t ep 8 - 4. In st allin g T elesco p ic D u ct C o v er O p t io n 2
1. A tta c h m o u n ti n g b ra c k e t to w a l l 1 /8 ” f r o m c e i l i n g a n d c e n te re d
w i th ho od .
2. A tta c h l ow er po r ti on of du c t c ov er to h oo d w i th ha r dw are
prov i de d.
3. S l i de up pe r po r ti on on to brac k et an d c l i c k i nto pl ac e.
(Duc t c o v e r s h o u l d s i t fl u s h to c e i l i n g , b u t g a p c o u l d o c c u r i f wal l a n d c e i l i n g
a re n o t s q u a re )
4. S l i de ho od s he l l an d a tta c he d l ow er po r ti on ov er up pe r po r ti on
Lo we r D uc t
Mount i ng B r ac k et
Upp e r D uc t
O pt i o na l
M o un t i ng
H o l e Lo c at i o n
Lo we r D uc t
an d an c ho r to w al l .
O p ti o n a l : In s ta l l s c re w t h ro u g h s i d e o f u p p e r p o rti o n i n to m o u n ti n g b ra c k e t o n
b o th s i d e s . Ho l e to b e p ro v i d e d b y o th e rs . ** Fo r p a i n te d u n i ts d a m a g e c o u l d
o c c u r to p a i n te d s u rfa c e fro m d ri l l i n g **
15
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I N S T A L L A T I O N I N S T R U C T I O N S
M anh att an S t y le W all Ho o d s
1. F ol l ow S tep 2 o f i ns tal l ati on i ns tr uc ti on s on r em ov i ng l i ne r f r om ou ter s he l l .
2. Mount duc t to c ei l i ng us i ng m ethod bel ow that bes t appl i es to y our appl i c ation .
3. Mount blow er ( s ) i nto duc t c ov er us i ng har dw ar e pr ov i ded.
4. A nc ho r ou ter s he l l to w al l an d l ev el .
5. S ec ure ou ter s he l l to du c t c ov er us i ng m eth od be l ow tha t be s t ap pl i es to y ou r ap pl i c ati on .
6. Conn ec t m ol ex c on ne c tors f or bl ow er po w er an d r e - i ns tal l l i ner us i ng Step 5 f r om i ns tal l ati on i ns tr uc ti ons .
M a nh a tta n Hood & Duc t I ns ta ll a tio n
(W i th Cei l i n g Ac c e s s )
Step (1)
M a nh a tta n Hood & Duc t I ns ta ll a tio n
(W i th o u t Cei l i n g Ac c e s s )
Ste p (1 )
Ste p (2 )
1. In s ta l l d u c t w o rk o n d u c t c o v e r.
2. In s ta l l d u c t c o v e r.
3. Att a c h h o o d o n d u c t c o v e r.
4. An c h o r h o o d to w a l l
Ste p (2 )
Ste p (3 )
Ste p (4 )
Ste p (5 )
Ste p (3 )
Ste p (6 )
Ste p (4 )
1. Run a l l - th re a d , d u c t w o rk a n d tra n s i ti o n .
2. Pu t d u c t c o v e r i n p o s i ti o n a n d s c re w o n tra n s i ti o n .
3. In s ta l l b l o w e r.
4. In s ta l l h o o d .
5. Att a c h h o o d o n d u c t c o v e r.
6. An c h o r h o o d to w a l l .
16
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U S E & C A R E I N S T R U C T I O N S
S ec t i on 1: C on t rol P an el
A B C D E F
Blow e r
Co n tro ls
Blo w er Co n t r o ls:
st
A – B l ow er s tarts on 1
s pe ed
B – 2 nd s pe ed
C – 3 rd s pe ed
D – 4 th s pe ed ( B oo s t F un c ti on ) *
A f te r 7 m i n u te s o f o p e r a ti o n i n B o o s t M o d e th e
bl ow er w i l l au tom ati c al l y m ov e to 3 rd s pe ed .
S ec t i on 2: LE D Lighti ng
Ti m e r
Light
Cont rols
A d d it ion al Co n t r o ls:
E – T imer
P r es s i ng bu tto n du r i ng op erati on w i l l c au s e
bl ow er to r un f or 5 m i nu tes at i ts c urr en t s pe ed .
B l ow er w i l l au tom ati c al l y s hu t of f .
F – Ligh t On /Of f plus D imming Fea t ure
P r es s on c e to turn l i gh t on an d o f f . Hol d i n b utt on
to ad j us t l i gh t i nte ns i ty . S el ec ted i nte ns i ty w i l l
s tay i n c on tr ol l er m em ory un ti l c ha ng ed .
O p er atio n :
P r e s s o n c e to t u r n l i g h t o n a n d o f f . Ho l d i n b u tt o n
to ad j us t l i gh t i nte ns i ty . S el ec ted i nte ns i ty w i l l
s tay i n c on tr ol l er m em ory un ti l c ha ng ed .
Replacing LED Lig h t s:
LE D l i gh ts are r em ov ab l e w i tho ut un i ns tal l i ng
v en ti l ati on ho od l i ne r .
• Rem ov e ho od l i ne r c on tr ol pa ne l by r em ov i ng
s c r ew s at tac hi ng i t to ho od .
• A c c es s LE D c on ne c ti on s by un s c r ew i ng an d
r em ov i ng th e LE D ho us i ng s up po r t.
• P us h tab s to r em ov e l i gh ts f r om c on tr ol pa ne l .
17
S p ec if ica t ion s:
• Di m m a b l e L E D 3 0 0 0 K
• A dj us tab l e l i gh t i nte ns i ty w i th s w ee p an d f ad e
aw ay f un c ti on
• Li gh t m em ory ( Int en s i ty s tay s at l as t p os i ti on )
• Li gh t b ea m an gl e 6 0 °
• Le ns m ate r i al P C
• 12 V DC
• Lu m en 12 5
• P W Cons um pti on : 1.3 w att
Page 18
U S E & C A R E I N S T R U C T I O N S
S ec t i on 3: B aff l e Fil t ers
IM P ORT A NT
T he f un c ti on of the ba f f l e f i l ters i s the ab s orpti on of greas e pa r ti c l es th at f orm du r i ng c oo k i ng . Do n ot op erate
v en ti l ati on ho od w i tho ut f i l ters i n ho od . B af f l e f i l ters s ho ul d b e ex am i ne d pe r i od i c al l y to as s ure tha t the
s urf ac es an d p arts are c l ea n.
3.1 : Remo v ing Baf f le F ilters :
• Hol d bo th ha nd l es l oc ate d on th e f i l ter.
• P u l l to w a r d s f r o n t o f h o o d to d e p r e s s s p r i n g s y s te m .
• P ul l ba c k of f i l ter dow n an d aw ay f r om ho od .
3.2 : Remo v ing G r ea se T r o u g h :
G r ea s e tr ou gh i s l oc ate d a t b as e of ba f f l e f i l ters i n r ea r of ho od ( s ee i m ag e
3.2 ) .
• T urn f as ten i ng s c r ew ( s ) ¼ turn to un l oc k .
• P ul l tow ards f r on t of ho od c aref ul no t to s pi l l c on ten ts i ns i de .
3.3 : Remo v ing Inn er S h iel d :
Inn er s hi el d i s l oc ate d b eh i nd ba f f l e f i l ters ( s ee i m ag e 3.3 ) .
• Rem ov e s c r ew s att ac hi ng s hi el d to v en ti l ati on ho od l i ne r .
I m a g e 3 .2
I m a g e 3 .3
3.4 : Clea n ing Baff le F ilters
T he ba f f l e f i l ters are di s hw as he r s af e or c an be c l ea ne d i n a s i nk w i th ho t, s oa py w ate r . Do n ot us e c au s ti c
de tergen t to c l ea n the f i l ters . A bras i v e c l ea ne r s m ay ha r m or da m ag e the f i ni s h. Do no t di s as s em bl e the
ba f f l e f i l ter. Di s as s em bl y w i l l v oi d the w arr an ty .
S ec t i on 4: C l ea ning I nteri or an d E xteri or
Y o u r h o o d mu st b e k ept cl ea n and maint ained p r o p er ly
• Do n ot us e ab r as i v e c l ea ne r s , s tee l w oo l pa ds , ab r as i v e c l oth s or c l ea ne r s w i th c hl orid es .
• Do n ot al l ow greas e to ac c um ul ate . For be s t r es ul ts w i pe the c an op y do w n w i th a s of t c l oth an d ho t, s oa py
w ate r .
• T h e c l e a n i n g o f th e o u ts i d e o f th e h o o d d e p e n d s o n th e m a te r i a l u s e d a s a d e c o r a ti v e e x te r i o r . S e e s e c ti o n
f or 4.2 f or m ate r i al s pe c i f i c c l ea ni ng i ns tr uc ti on s .
• Do n ot us e ab r as i v e o r ag gres s i v e c he m i c al s to c l ea n the i nte r i or or ex teri or of the ho od .
18
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U S E & C A R E I N S T R U C T I O N S
Ma k e s ure tha t th e el ec tr i c al po w er i s of f be f ore c l ea ni ng . T he r ec om m en de d de tergen t i s a s ol uti on of w ate r
an d a n eu tr al l i qu i d s oa p. It i s v ery i m po r tan t f or the l i qu i d s oa p to no t c on tai n g r an ul es tha t c ou l d s c r atc h the
s urf ac e. Firs t a pp l y the s ol uti on to a s of t c l oth an d t he n r ub th e c l oth ov er the ho od . It i s i m po r tan t to f ol l ow the
di r ec ti on of the m eta l grai n w i th the c l oth . Do no t p ou r an y l i qu i d di r ec tl y on the v en ti l ati on ho od . T he c l oth
m u s t h a v e n o b u tt o n s o r f a s te n e r s th a t c o u l d s c r a tc h th e s u r f a c e . I t i s s tri c tl y f o r b i d d e n to u s e c h e m i c a l
s ol v en ts , a gg r es s i v e, grai ny or abras i v e p r od uc ts , al c oh ol or s i m i l ar produc ts tha t c ou l d da m ag e the s urf ac e of
the ho od . T he m an uf ac turer w i l l no t b e he l d r es po ns i bl e f or f un c ti on al or aes the ti c da m ag e c au s ed by c l ea ni ng
produc ts w hi c h are no t s ui tab l e or us i ng i na de qu ate c l ea ni ng m eth od s .
4.1 : Clea n ing t h e Int er ior
Cl ea n the i nte r i or of the ho od w i th a c l oth w ett ed i n w ate r an d a ne utral de tergen t or den atu r ed al c oh ol as
needed. D o not c l ean the elec tr i c al par ts or blow er w i th l i qui ds or s ol v ents .
4.2 : Clea n ing t h e E xteri o r
E x t e r ior Finis h: Br ushed S t a inle s s S t e e l
Cl ea n the ex teri or of brus he d s tai nl es s s tee l ho od s us i ng a s of t c l oth an d qu al i ty s tai nl es s s tee l c l ea ne r or
w arm s oa py w ate r . Fol l ow al l l ab el i ns tr uc ti on s . Do no t p ol i s h a c r os s the grai n or i n c i r c l es .
E xteri o r Fin ish: P aint w it h G loss F inish
Cl ea n the ex teri or of ho od pa i nte d w i th a gl os s f i ni s h u s i ng a s of t c l oth an d q ua l i ty gl as s c l ea ne r or w arm s oa py
w ate r . Fol l ow al l l ab el i ns tr uc ti on s . Do n ot po l i s h a c r os s the grai n o r i n c i r c l es .
E xteri o r Fin ish: Des ign er M etal ( Brushed Br as s & Co p p er , A n t iqu e Bra ss & Co p p er , P ew t er & O il
Ru b b ed Bron z e)
T he f ol l ow i ng Des i gn er Me tal s are treate d w i th a p r ote c ti v e c l ea r c oa t tha t w i l l prev en t th em f r om ag i ng or
di s c ol orin g ov er ti m e. T hi s c l ea r c oa t w i l l l as t th e l i f e o f the ho od un l es s r em ov ed by the ho m eo w ne r . Cl ea n
w i th a m i c r of i be r c l oth us i ng E nd us t , P l ed ge or s i m i l ar c l ea ne r . Hars h c l ea ne r s s uc h as B r i te B oy w i l l r em ov e
the c l ea r c oa t an d the m eta l s w i l l s tart to ag e.
E xteri o r Fin ish: Des ign er M etal ( P o lis h ed Bra ss and P o lis h ed Co p p er )
T he f ol l ow i ng Des i gn er Me tal s are no t tr e a te d w i th a p ro te c ti v e c o a ti n g d u e t o a “r a i n b o w ” e f f e c t i t c a u s e s o n
19
the m eta l . T he s e f i ni s he s w i l l pa ti na ov er ti m e w i tho ut c are an d ne ed oc c as i on al c l ea ni ng . Cl ea n w i th a
m i c r of i be r c l oth us i ng E nd us t , P l ed ge or s i m i l ar c l ea ne r f or r eg ul ar c l ea ni ng . For to ug h bl em i s he s B r i te B oy
c a n b e u s e d w i th a m i c r o f i b e r c l o th , b u t d u e t o th i s p r o d u c t b e i n g s l i g h tl y a b r a s i v e t h i s s h o u l d o n l y b e u s e d i n
s el ec t s i tua ti on s .