andrews Balanced Flue CSC Range Anode User guide

CI/SfB

(5 3 .5 ) X h

TECHNICAL

D ATA S HEET

T H E IN T R O D U CT IO N O F T H IS K IT H A S T H R E E M A IN A D V A N T A G E S T O BE CO N SID E R E D .

a . L O W M A IN T E N A N CE CO ST S (Co rre x is n o n - s a c riﬁ c ia l, th e re fo re n o a n o d e m a in te n a n c e is n e e d e d ).

b . L O W R U N N IN G CO ST S – L E SS T H A N 3 5 k W H P E R Y E A R .

c . BE T T E R P R O T E CT IO N P A R T ICU L A R L Y IN A R E A S O F L O W E L E CT R ICA L CO N D U CT IV IT Y .

W irin g e x te rn a l to th e w a te r h e a te r m u s t b e in s ta lle d in a c c o rd a n c e w ith th e I.E .E . R e g u la tio n s fo r th e w irin g o f b u ild in g s a n d to a n y

lo c a l re g u la tio n s th a t m a y a p p ly .

T h is k it is d e s ig n e d to ru n o ff 220 /24 0 V 1 p h 5 0 H z p e rm a n e n t s u p p ly a n d th e fu s e ra tin g is 3 A m p .

T h e m e th o d o f c o n n e c tio n to th e m a in s e le c tric ity s u p p ly s h o u ld fa c ilita te c o m p le te e le c tric a l is o la tio n o f th e a p p lia n c e p re fe ra b ly

b y u s e o f a n u n s w itc h e d s h u tte re d s o c k e t o u tle t in c o n ju n c tio n w ith a fu s e d th re e p in p lu g b o th c o m p ly in g w ith re q u ire m e n ts o f

BS 13 6 3 /A .

A lte rn a tiv e ly a fu s e d d o u b le p o le s w itc h o r fu s e d s p u r b o x s e rv in g o n ly th e h e a te r m a y b e u s e d .

T h e p o in t o f c o n n e c tio n to th e m a in s s h o u ld b e re a d ily a c c e s s ib le a n d a d ja c e n t to th e a p p lia n c e .

A. To install the kit

1. D ra in d o w n w a te r h e a te r.

2. R e m o v e c o ld in le t h y d ro je t n ip p le a n d re p la c e w ith 1

⁄2 n ip p le s u p p lie d in ﬁ ttin g s p a c k .

3 . F it c o rre x a n o d e s in to fro n t o p tio n a l h o t c o n n e c tio n a n d c o ld c o n n e c tio n , u s in g te e s a n d b u s h e s s u p p lie d . If th e to p h o t w a te r

o u tle t c o n n e c tio n is u s e d a s re c o m m e n d e d , b la n k o ff fro n t c o n n e c tio n u s in g b la n k in g c a p (s e e F ig s 1 a n d 2).

N o te : L e a v e e x is tin g m a g n e s iu m a n o d e s in p o s itio n .

4 . F ix p o te n tio s ta t to h e a te r c a s in g , u s in g re ta in in g b ra c k e t (s e e F ig . 1).

5 . Co n n e c t o u tp u t le a d s o n to a n o d e c o n n e c tio n s . Cu t le a d s to re q u ire d le n g th a n d u s e tw o s p a d e c o n n e c to rs p ro v id e d (s e e F ig . 1).

6 . F it e a rth s tra p to 1

BSP s q . te e o p tio n a l h o t o u tle t c o n n e c tio n . Co n n e c t e a rth re tu rn a t th is p o in t. Cu t le a d to re q u ire d le n g th

a n d u s e s p a d e te rm in a l p ro v id e d (s e e F ig . 1).

7 . Co n n e c t p o te n tio s ta t m a in s in p u t c a b le to a p e rm a n e n t 24 0 V e le c tric a l s u p p ly v ia a n u n s w itc h e d s p u r o u tle t (fu s e ra tin g 3 A m p ).

B . Test the installation

1. R e ﬁ ll th e w a te r h e a te r a n d c h e c k fo r le a k s .

2. Sw itc h o n e le c tric a l s u p p ly to c o rre x p o w e re d a n o d e .

3 . T h e g re e n c o n tro l la m p o n th e p o te n tio s ta t in d ic a te s th a t th e in s ta lla tio n is fu n c tio n in g c o rre c tly .

4 . T h e re d c o n tro l la m p o n th e p o te n tio s ta t in d ic a te s a fa u lt. Sw itc h o ff e le c tric a l s u p p ly b e fo re a n y re p a ir w o rk is c a rrie d o u t.

T h e in s ta lla tio n is n o w c o m p le te .

CORREX POWERED ANODE