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Sinclair SMF-C09AI manual

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Table of contents for the manual

  • Page 1

    1 M U L T I SP L I T T YPE , H E A T P U M P A I R C O ND I T IO N E R S T echni c al se r v ice m anual R 410 A C as s e t t e I n v e rt e r m u l t i S e r i es I n do o r M o d e l s S MF-C09AI S MF-C12AI S MF-C18AI O u t do o r M o d e l s SMF-4E27AI[...]

  • Page 2

    2 C O NT E NT S 1 . F eat u r e s 2 . S p ec i f i c at i o n 3 . O u t l i n e a nd di me n s i on 4 . I ndoo r u n i t c o m b i n a t i on 5 . C a p ac i t y t a b l e 6 . Wir i ng di a g r a m 7 . E l e c t r o n i c c on t r o l f un ct i on s 8 . Ex p l od e d v i ew[...]

  • Page 3

    3 1 . F eat u r es: 1 ) F a s h i o n d e s i g n , q ua li t y li f e ; 2 ) L o w o p er a t i o n no i s e ; 3 ) Hi gh e f f i c i e n c y sc re w f an ; 4 ) E qua l , f a s t, w i de - a n g l e c oo l i ng , m or e c o m f or t ab l e .[...]

  • Page 4

    4 2 . S p e c i f i c at i on i n doo r un i t M od el SMF-C09AI SMF-C12AI SMF-C18AI P o w e r s up p ly P h - V - Hz 1 P h , 220 - 240 V ~ , 50Hz 1 P h , 220 - 240 V ~ , 50Hz 1 P h , 220 - 240 V ~ , 50Hz C oo li n g C apa c i ty B T U /h 9 , 000 12 , 000 18 , 000 H ea t i n g C apa c i ty B T U /h 1 1 , 000 13 , 000 20 , 500 D e s i g n P r e ss u[...]

  • Page 5

    5 N e t/G r o ss w e i g h t ( b od y ) Kg 21 / 28 21 / 28 28 / 36 D i m en s i on ( W * H * D) mm 650 x 30 x 650 650 x 30 x 650 650 x 30 x 650 P a ck i n g ( W * H * D) mm 715 x 1 15 x 715 715 x 1 15 x 715 715 x 1 15 x 715 I ndoo r un i t ( p an e l ) N e t/G r o ss w e i g h t ( pane l ) K g 3 / 5 3 / 5 3 / 5 A pp l i c a t i on a r ea m 2 14 - 2[...]

  • Page 6

    6 O U T D O O R UN I T : O u t d o o r M o d el SMF4E27AI I ndoo r un i t c o m b i na t i on s i ng l e d o ub l e T r eb l e Q u ad p l e x P o w e r s up p ly P h - V - Hz 1 P h , 2 20 - 2 4 0 V ~ , 5 0 H z C oo li n g C apa c i t y r an ge B t u /h 7 0 00 ~ 1 8 0 0 0 1 4 0 0 0 ~ 2 4 0 00 2 1 0 0 0 ~ 2 6 0 00 2 7 0 0 0 R a t ed i n p u t p o w e[...]

  • Page 7

    7 I n p u t W 169 ( H IG H) C apa c i t o r uF 5u F / 500 V AC S p eed r / m in 900 ( H IG H) a . N u m b e r o f r o ws 2 b . T u b e p i t c h ( a ) x r o w p i t c h ( b ) mm 25 .4 × 22 c . F i n s pa c i n g mm 1 .5 d . F i n t y p e ( c o d e) H y d r o p h ili c a l u m i n i um e . T u b e o u t s i de d i a . a n d t y p e mm φ 9 . 53 i n[...]

  • Page 8

    8 Qty ’ p e r 20 ’ / 40 ’ / 40' H Q s et N o t e s : 1 . N o m i na l c oo li n g c apa c i t i e s a r e b a s ed on t h e f o ll o wi n g c ond i t i on s : I ndoo r t e m p : 27 ° CD B , 19 ° C W B ; O u t d oo r t e m p : 35 ° C D B ; E q u i v a l en t r e f . P i p i n g : 8 m ( ho r i z on t a l ) O u t d oo r o p e r a t i n g[...]

  • Page 9

    9 3 . O u t li n e and d i m e n s i on I n d oo r un i t (7 k / 9 k / 1 2 k / 18 k ) : 5 80 ( B o d y) 67 6 0 0 ( C e i li n g h o l e) 6 5 0 ( P a n e l) 4 01 ( H o o k- l o c a t i o n) 61 1(Hook- locat i on) 580(B ody) 422 28.5 600( C eiling ho le ) 650(Pa nel) D rain si de an d Tub ing s id e A 6 00 H o ok 265 P a n el C ha r t 4 B o dy N ut C[...]

  • Page 10

    10 4 .I ndoor un i t c o m b i na t i on : C au t i o n on c o m b i na t i on T he o n e - d r i v e - f o u r ou t d oo r un i t SMF-4E27AI no m i na l c o o l i ng c a p a c i t y i s 8 k w ( un d e r c ond i t i on o f a m b i en t t e m p . 35 ℃ db / 24 ℃ w b , i ndo o r t e m p . 27 ℃ db / 19 ℃ w b ) . A cc o r d i ng t o r e f r i g [...]

  • Page 11

    11 5 . C a p a c i t y t ab l e SMF-4E27AI ( 7 k + 7 k + 7 k + 7 k ) C O O LI NG O U T D OO R T E MPE R A T U R E D R Y I ndoo r C ond i t i ons 21 º C 25 º C 30 º C 35 º C 40 º C 45 º C T o t a l c apa c i t y kW 7 . 63 7 . 30 7 . 03 6 . 64 6 . 37 6 . 17 S en s i t i v e c apa c i t y kW 6 . 11 5 . 84 5 . 63 5 . 31 5 . 10 4 . 94 21 º C D 15[...]

  • Page 12

    12 6 . W I R I N G D I A G R A M I n d oo r un i t:[...]

  • Page 13

    13 O u t do o r un i t ( SMF-4E27AI )[...]

  • Page 14

    14 7 . E l e c t r i c c on t ro l f u n c t i o n s : 7 . 1 P r o t ec t i o n 1 . 3 m i nu t e s d e l a y a t r e s t a r t f o r c o m p r e ss o r . 2 . T e m pe r a t u r e p r o t e c t i on o f c o m p r e ss o r t o p , c o m p r e ss o r s t o p s w hen t he t e m p . o f t op o f c o m p r e ss o r i s m o r e t han 1 20 ℃ , c o m p r [...]

  • Page 15

    15 7 . 2 . 2 D e hu m i d i f y i n g m od e 1 . T he i n doo r f an i s f i x ed i n l o w s peed 2 . Lo w r oo m t e m pe r a t u r e p r o t e c t i on : W h e n r o o m t e m pe r a t u r e de c r e a s e s t o b e l o w 10 ℃ , i ndo o r f an s t op , w hen r oo m t e m pe r a t u r e r e s t o r e s t o o v e r 12 ℃ , i ndoo r f an s t a r[...]

  • Page 16

    16 If one o f f o l l o w i ng c o nd i t i on s i s s a t i s f i e d , en d t he de f r o s t and t u r n i n t o h e a t i ng m ode : a . T he d e f r o s t t i m e ha s r ea c hed t o 10 m i nu t e s . b . W h en t h e t e m pe r a t u r e o f ou t do o r he a t e x c hange r r i s e s up t o 15 ° C . 3 . D e f r o s t i n g A c t i o n s : a [...]

  • Page 17

    17 1 . T he m a x i m u m l eng t h o f t i m e r i s 24 hou r s and t he m i n i m u m r e s o l v i ng po w e r i s 15 m i nu t e s . 2 . T i m e r on : f i r s t t u r n o f f t he A / C , t h e A / C w i l l be au t o m a t i c a l l y on a t t he s e t t i m e . 3 . T i m e r o f f: f i r s t t u r n on t he A / C , t h e A / C w i l l be au t[...]

  • Page 18

    18 7 . 9 O u t d o or un i t L E D d i s p l a y f un c t i o n : 1 . W h e n s t and - b y i t d i s p l a y n u m be r o f i n doo r u n i t o n l i ne ; 2 . W h e n ope r a t i on i t d i s p l a y f r e quen cy o f ou t d oo r u n i t; 3 . W h e n de f r o s t i t d i s p l a y “ df ” ; 4 . W h e n a p r o t e c t i on o r e rr o r o cc u r[...]

  • Page 19

    19 2 . F an s t a t e : D i s p l a y C o rr e s p o n d i ng m ode 0 O f f 1 Lo w f an 2 H i gh f an 3 . O pe n i ng d e g r e e o f EX V : O pe n i ng d e g r e e equ a l s t he d i s p l a y da t a t i m e s 8 ; 4 . N u m be r o f i ndo o r u n i t T he i nd o o r u n i t t ha t c an c o m m un i c a t e w i t h ou t doo r u n i t no r m a l l y[...]

  • Page 20

    [...]

  • Page 21

    21 12 P i pe T e m pe r a t u r e S en s o r A ss 'y 1 50 1 18121 0 32 2244050 0 04 13 E v apo r a t o r A ss 'y 1 50 1 18121 0 1 1 2154209 0 04 14 F i x i ng c l a m p , e v aapo r a t e r 1 50 1 12 11 10 1 1 2124200 4 13 15 De s e p a r a t i ng boa r d , l e f t 1 50 1 12 11 10 1 2 2124200 4 04 16 I n l e t p i pe , e v a 1 50 1 18121 [...]

  • Page 22

    [...]

  • Page 23

    23 1 1 D r a i n P u m p H o l de r 1 50 1 12 11 10 1 0 2124200 4 09 12 P i pe T e m pe r a t u r e S en s o r A ss 'y 1 50 1 18121 0 32 2244050 0 04 13 E v apo r a t o r A ss 'y 1 50 1 18121 0 1 1 2154209 0 04 14 F i x i ng c l a m p , e v aapo r a t e r 1 50 1 12 11 10 1 1 2124200 4 13 15 De s e p a r a t i ng boa r d , l e f t 1 50 1 1[...]

  • Page 24

    [...]

  • Page 25

    25 15 De s e p a r a t i ng boa r d , l e f t 1 50 1 12 11 10 1 2 2124200 4 04 16 I n l e t p i pe , e v a 1 50 1 18121 0 09 2164209 0 06 17 O u t l e t p i pe , e v a 1 50 1 18121 0 02 2164209 1 09 18 W i r e cr o ss i ng boa r d 1 50 1 12 11 10 1 4 2124200 4 06 19 F an 1 50 1 12 11 10 15 2 1 100 1 10 0 1 20 F an M o t o r 1 50236 1 13 8 05 224004[...]

  • Page 26

    26 SMF-4E27AI 1 C l a m p f o r f r on t ne t 8 2113511 8 01 2 Pr ope ll e r f an 1 2114550 0 02 3 Ho l de r f o r f an m o t o r 1 2123549 0 27 4 f a n m o t o r 1 2240041 7 22 5 F r on t ne t 1 2124550 0 17 6 F r on t c l apboa r d 1 2124532 9 35 7 S epa r a t i ng boa r d 1 2124820 0 00 8 Le ft c l apboa r d 1 2124530 0 63 9 L i t t l e hand l e[...]

  • Page 27

    27 12 e l e c t r i c a l b o x a ss e m b l y 1 2335739 0 00 13 Rea r ne t 1 2114820 0 00 14 Conde n s e r As s 'y 1 2154709 0 47 15 Hand l e 2 2114540 0 03 16 D h i gh p r e ss u r e v al v e a ss e m b l y . 1 2165739 0 17 17 C h i gh p r e ss u r e v al v e a ss e m b l y . 1 2165739 0 04 18 B i g hand l e 1 2115739 0 00 19 B h i gh p r e [...]