Triton Topaz T80si User manual

Other manuals for Topaz T80si

3

Table of contents

Other Triton Bathroom Fixture manuals

Triton

Triton T60X User manual

Triton

Triton T90SR User manual

Triton

Triton ENVI GEENVF17 User manual

Triton

Triton Madrid II User manual

Triton

Triton 1 DOOR QUADRANT User manual

Triton

Triton 2181403E User manual

Triton

Triton TRADITIONAL User manual

Triton

Triton ENVi GEENVF93 User manual

Triton

Triton T100e Care User manual

Triton

Triton CAROLI User manual

Triton

Triton Opal User manual

Triton

Triton ELINA User manual

Triton

Triton ENVi GEENVF92 User manual

Triton

Triton 2181629F User manual

Triton

Triton Kay 88500096 User manual

Triton

Triton T90SR User manual

Triton

Triton OMNICARE ULTRA CINCULT09W User manual

Triton

Triton Omnicare Design User manual

Triton

Triton ENVI 2181706A User manual

Triton

Triton IVORY 4 User manual

Triton

Triton Martinique User manual

Triton

Triton Aspirante ASP09GSBLK User manual

Triton

Triton T300si User manual

Triton

Triton DENE HI-FLO User manual

Popular Bathroom Fixture manuals by other brands

DURAVIT

DURAVIT C.1 C15240 0090 Instructions for mounting and use

Sunshower

Sunshower PURE SOLO manual

Heatstore

Heatstore HSTRL500WTN Installation and operating instructions

Delabie

Delabie Delabie Sporting 714700 manual

Kohler

Kohler K-13056 Homeowner's guide

ESS

ESS Container TCL-11 installation manual

Mustee

Mustee 22C installation instructions

VITRA

VITRA V-Flow manual

Malmet

Malmet B105BT Operation, maintenance and installation manual

bathstore

bathstore Transition H1690MM Installation, Care & Adjustment Instructions

baliv

baliv DUK-80.30 T manual

baliv

baliv DU-5160 manual

BELLOSTA

BELLOSTA Edward 0800/M Installation instruction

Franke

Franke PRTR0006 Installation and operating instructions

Gessi

Gessi RILIEVO 59011 manual

noken

noken VITAE 100188525-N299998810 manual

Allen + Roth

Allen + Roth 1142VA-30-201 manual

Britex

Britex HBDA installation guide

1

2

3

4

56

7

8

9

10

I

N

S

T

A

LL

E

R

S

P

L

E

A

S

E

NO

T

E

T

H

E

S

E

IN

S

T

R

U

CT

ION

S

A

R

E

T

O

B

E

L

E

F

T

WI

T

H

T

H

E

U

S

E

R

2180240

D

A

p

r 99

.

T

8

0

s

i

e

l

e

c

t

r

i

c

s

h

o

w

e

r

.

In

s

tallation and Operating In

s

tru

c

tion

s

T

80

s

i

C

O

N

T

E

N

T

S P

age

I

m

port

a

nt

a

f

e

t

y

inform

a

tion 1

I

ntrodu

c

tion 2

Ad

v

i

ce

to u

e

r

2

K

ey

to m

a

in

c

ompon

e

nt

3

S

it

e

r

e

quir

e

m

e

nt

4

S

iting of th

e

how

e

r 5

F

itting th

e

how

e

r to th

e

w

a

ll 6

P

lumbing

c

onn

ec

tion

6 - 7

E

l

ec

tri

ca

l

c

onn

ec

tion

8

R

e

pl

ac

ing th

e

c

o

ve

r 9

F

itting th

e

ri

e

r r

a

il 10

F

itting th

e

ho

e

a

nd

pr

ay

h

ea

d 11

C

ommi

ioning 12

O

p

e

r

a

ting th

e

how

e

r 13 - 14

O

p

e

r

a

ting fun

c

tion

14 - 15

Adju

ting th

e

pr

ay

h

ea

d 15

U

e

r m

a

int

e

n

a

n

ce

16

F

a

ult finding 17

S

p

a

r

e

p

a

rt

18 - 19

V

olt

a

nd

a

mp

e

r

a

g

e

r

e

f

e

r

e

n

ce

20

G

u

a

r

a

nt

ee

,

e

r

v

i

ce

poli

cy

,

e

t

c

. r

ea

r

c

o

ve

r

T

80

s

i

1

1

G

E

N

E

R

L

1.1

I

ol

a

t

e

th

e

e

l

e

c

tri

ca

l

a

nd w

a

t

e

r

uppli

e

b

e

for

e

r

e

mo

v

ing th

e

c

o

ve

r.

1.2

R

ea

d

a

ll of th

e

e

in

tru

c

tion

a

nd r

e

t

a

in th

e

m

for l

a

t

e

r u

e

.

1.3

D

O

NO

T

t

a

k

e

ri

k

with plumbing or

e

l

ec

tri

ca

l

e

quipm

e

nt.

1.4

I

ol

a

t

e

e

l

ec

tri

ca

l

a

nd w

a

t

e

r

uppli

e

B

E

F

O

R

E

pro

cee

ding with th

e

in

t

a

ll

a

tion.

1.5

T

h

e

unit mu

t b

e

mount

e

d onto th

e

fini

h

e

d

w

a

ll

urf

ace

(

on top of th

e

til

e

)

.

DO

NO

T

til

e

up to unit

a

ft

e

r fi

x

ing to w

a

ll.

1.6

C

ont

ac

t

C

u

tom

e

r

S

e

r

v

i

ce

(

ee

b

ac

k p

a

g

e

)

, if

a

n

y

of th

e

following o

cc

ur;

a

)

I

f it i

int

e

nd

e

d to op

e

r

a

t

e

th

e

how

e

r in

a

r

ea

of h

a

rd w

a

t

e

r,

a

ca

l

e

inhibitor will h

ave

to b

e

fitt

e

d.

b

)

I

f it i

int

e

nd

e

d to op

e

r

a

t

e

th

e

how

e

r

a

t

pr

e

ur

e

a

bo

ve

th

e

m

ax

imum or b

e

low th

e

minimum

t

a

t

e

d.

c

)

I

f th

e

unit

how

a

di

tin

c

t

c

h

a

ng

e

in

p

e

rform

a

n

ce

.

d

)

I

f th

e

how

e

r i

fro

ze

n.

1.7

T

h

e

pr

ay

pl

a

t

e

a

nd

ca

rtridg

e

mu

t b

e

c

l

ea

n

e

d

r

e

gul

a

rl

y

with d

e

ca

l

e

nt to r

e

mo

ve

ca

l

e

a

nd

d

e

bri

, oth

e

rwi

e

r

e

tri

c

tion

to th

e

flow on

th

e

outl

e

t of th

e

unit will r

e

ult in high

e

r

t

e

mp

e

r

a

tur

e

a

nd

c

ould

a

l

o

ca

u

e

th

e

P

r

e

ur

e

R

e

li

e

f

D

ev

i

ce

in th

e

unit to op

e

r

a

t

e

.

1.8

T

hi

produ

c

t i

not

uit

a

bl

e

for mounting into

t

ea

m room

or

t

ea

m

c

ubi

c

l

e

.

2

PL

UM

B

IN

G

2.1

T

h

e

plumbing in

t

a

ll

a

tion mu

t

c

ompl

y

with

W

a

t

e

r

S

uppl

y

B

ye

l

a

w

,

B

uilding

R

e

gul

a

tion

or

a

n

y

p

a

rti

c

ul

a

r r

e

gul

a

tion

a

p

ec

ifi

e

d b

y

L

o

ca

l

W

a

t

e

r

C

omp

a

n

y

or W

a

t

e

r

U

nd

e

rt

a

k

e

r

B

ye

l

a

w

.

2.2

T

h

e

uppl

y

pip

e

mu

t b

e

flu

h

e

d to

c

l

ea

r d

e

bri

b

e

for

e

c

onn

ec

ting th

e

how

e

r unit

(B

ye

l

a

w 55

)

.

2.3

DO

NO

T

old

e

r pip

e

or fitting

within 300mm

of th

e

how

e

r

a

ppli

a

n

ce

,

a

h

ea

t tr

a

n

f

e

r

ca

n

d

a

m

a

g

e

c

ompon

e

nt

.

2.4

DO

NO

T

fit

a

n

y

form of outl

e

t flow

c

ontrol

a

th

e

outl

e

t

ac

t

a

a

ve

nt for th

e

h

ea

t

e

r

ca

n.

2.5

DO

NO

T

u

e

exce

i

ve

for

ce

wh

e

n m

a

king

c

onn

ec

tion

to th

e

fl

ex

ibl

e

ho

e

or

pr

ay

h

ea

d,

fing

e

r tightn

e

i

uffi

c

i

e

nt.

2.6

All plumbing

c

onn

ec

tion

M

U

S

T

b

e

c

ompl

e

t

e

d

B

E

F

O

R

E

m

a

king th

e

e

l

ec

tri

ca

l

c

onn

ec

tion

.

3

ELEC

T

R

I

C

L

3.1

T

h

e

in

t

a

ll

a

tion mu

t

c

ompl

y

with

B

S

7671 ‘

R

e

quir

e

m

e

nt

for

e

l

ec

tri

ca

l

in

t

a

ll

a

tion

’

(

I

EE

wiring r

e

gul

a

tion

)

or

a

n

y

p

a

rti

c

ul

a

r r

e

gul

a

tion

a

p

ec

ifi

e

d b

y

th

e

lo

ca

l

E

l

ec

tri

ca

l

S

uppl

y

C

omp

a

n

y

.

3.2

T

hi

a

ppli

a

n

ce

M

U

S

T

b

e

ea

rth

e

d.

3.3

I

n

acc

ord

a

n

ce

with ‘

T

h

e

P

lug

a

nd

S

o

c

k

e

t

e

t

c

.

(

S

a

f

e

t

y

)

R

e

gul

a

tion

1994’, thi

a

ppli

a

n

ce

i

int

e

nd

e

d to b

e

p

e

rm

a

n

e

ntl

y

c

onn

ec

t

e

d to th

e

fi

xe

d wiring of th

e

e

l

ec

tri

ca

l m

a

in

y

t

e

m.

3.4

E

n

ur

e

a

ll

e

l

ec

tri

ca

l

c

onn

ec

tion

a

r

e

tight to

pr

eve

nt o

ve

rh

ea

ting.

3.5

F

u

e

do not gi

ve

p

e

r

on

a

l prot

ec

tion

a

g

a

in

t

e

l

ec

tri

c

ho

c

k.

3.6

I

n the intere

s

t of ele

c

tri

c

al

s

afety

a

30mA

r

e

idu

a

l

c

urr

e

nt d

ev

i

ce

(

R

CD

)

hould b

e

in

t

a

ll

e

d in

a

ll

U

K

e

l

ec

tri

c

a

nd pump

e

d

how

e

r

c

ir

c

uit

.

T

hi

m

ay

b

e

p

a

rt of th

e

c

on

um

e

r unit

or

a

e

p

a

r

a

t

e

unit.

3.7

S

wit

c

h off imm

e

di

a

t

e

l

y

a

t i

ol

a

ting

wit

c

h if

w

a

t

e

r

cea

e

to flow during u

e

.

3.8

O

th

e

r

e

l

ec

tri

ca

l

e

quipm

e

nt i.

e

.

ex

tr

ac

tor f

a

n

,

pump

mu

t not b

e

c

onn

ec

t

e

d to th

e

c

ir

c

uit

within th

e

unit.

3.9

S

wit

c

h off

a

t i

ol

a

ting

wit

c

h wh

e

n not in u

e

.

P

L

E

SE

R

E

D

T

H

I

S

I

M

P

O

R

T

N

T

S

FE

T

Y

I

N

F

O

R

M

T

ION

◆

P

r

odu

c

t

m

a

nuf

a

c

tur

e

d b

y

T

riton

a

r

e

a

f

e

a

nd without ri

k pro

v

id

e

d th

e

y

a

r

e

in

t

a

ll

e

d,

u

e

d

a

nd m

a

int

a

in

e

d in good working ord

e

r in

a

cc

ord

a

n

c

e

with our in

tru

c

tion

a

nd

r

e

c

omm

e

nd

a

tion

.

◆

D

O

NO

T

op

e

r

a

t

e

th

e

unit if it i

fro

z

e

n, or

u

p

e

c

t

e

d of b

e

ing fro

z

e

n.

I

t mu

t th

a

w out

b

e

for

e

u

ing.

◆

DO

NO

T

op

e

r

a

t

e

th

e

unit if th

e

pr

a

y

h

ea

d or

pr

a

y

ho

e

b

e

c

om

e

d

a

m

a

g

e

d.

◆

DO

NO

T

r

e

tri

c

t flow out of th

e

how

e

r b

y

pl

a

c

ing th

e

pr

a

y

h

ea

d in dir

e

c

t

c

ont

a

c

t with

y

our bod

y

.

◆

DO

NO

T

op

e

r

a

t

e

th

e

unit if: a

)

w

a

t

e

r

c

ea

e

to flow during u

e

.

b

)

th

e

how

e

r b

e

gin

to m

a

k

e

odd noi

e

,

m

e

ll or

mok

e

.

c

)

w

a

t

e

r h

a

e

nt

e

r

e

d in

id

e

th

e

unit b

e

c

a

u

e

of

a

n in

c

orr

e

c

tl

y

fitt

e

d

c

o

v

e

r.

T

80

s

i

2

D

VI

C

E

T

O U

SE

R

S

T

h

e

following point

will h

e

lp

y

ou

und

e

r

t

a

nd how th

e

how

e

r op

e

r

a

t

e

:

1

T

h

e

e

l

e

c

tri

c

h

ea

ting

e

l

e

m

e

nt

op

e

r

a

t

e

a

t

a

c

on

t

a

nt r

a

t

e

a

t

y

our

c

ho

e

n pow

e

r

e

tting.

I

t i

th

e

flow r

a

t

e

of th

e

w

a

t

e

r p

a

ing

through th

e

h

ea

t

e

r unit whi

c

h d

e

t

e

rmin

e

th

e

how

e

r t

e

mp

e

r

a

tur

e

a

t

a

n

y

gi

v

e

n

e

tting.

(T

h

e

low

e

r th

e

flow th

e

hott

e

r th

e

w

a

t

e

r b

e

c

om

e

,

a

nd th

e

f

a

t

e

r th

e

flow th

e

c

ool

e

r th

e

w

a

t

e

r

)

.

2

D

uring Wint

e

r, m

a

in

w

a

t

e

r

uppl

y

will b

e

c

ool

e

r th

a

n in

S

umm

e

r.

T

h

e

r

e

for

e

th

e

t

e

mp

e

r

a

tur

e

of th

e

how

e

r will

v

a

r

y

b

e

tw

ee

n

ea

on

on

a

n

y

on

e

e

tting of th

e

t

e

mp

e

r

a

tur

e

c

ontrol,

e

.g. if

y

ou h

a

v

e

c

ho

e

n

e

tting numb

e

r 6

a

y

our pr

e

f

e

rr

e

d

how

e

r

t

e

mp

e

r

a

tur

e

in th

e

S

umm

e

r,

y

ou will h

a

v

e

to

in

c

r

ea

e

th

a

t numb

e

r during Wint

e

r b

y

a

dju

ting th

e

t

e

mp

e

r

a

tur

e

c

ontrol

c

lo

c

kwi

e

(

whi

c

h in

e

ff

e

c

t

low

th

e

w

a

t

e

r flow

)

.

3

T

h

e

t

a

bili

e

r

v

a

l

v

e

minimi

e

v

a

ri

a

tion

in

how

e

r t

e

mp

e

r

a

tur

e

during m

a

in

w

a

t

e

r

pr

e

ur

e

c

h

a

ng

e

.

I

f

c

h

a

ng

e

in

how

e

r

t

e

mp

e

r

a

tur

e

a

r

e

e

x

p

e

ri

e

n

c

e

d during norm

a

l

u

e

, it will mo

t lik

e

l

y

b

e

c

a

u

e

d b

y

th

e

w

a

t

e

r pr

e

ur

e

f

a

lling n

ea

r to or b

e

low th

e

minimum l

e

v

e

l.

T

h

e

drop in pr

e

ur

e

m

a

y

b

e

du

e

to w

a

t

e

r b

e

ing dr

a

wn off

a

t oth

e

r

point

in th

e

hou

e

whil

t th

e

how

e

r i

in

u

e

.

I

f pr

e

ur

e

drop

a

ppr

e

c

i

a

bl

y

b

e

low th

e

minimum, th

e

h

ea

ting

e

l

e

m

e

nt

will

a

utom

a

ti

c

a

ll

y

c

ut out.

If ever the water be

c

ome

s

too hot and

you

c

annot obtain

c

ooler water, fir

s

t

c

he

c

k that the

s

prayplate in the

s

prayhead ha

s

not be

c

ome blo

c

ked.

R

e

pl

a

c

e

m

e

nt p

a

rt

c

a

n b

e

ord

e

r

e

d from

C

u

tom

e

r

S

e

r

v

i

c

e

.

S

ee

‘

s

p

a

r

e

p

a

rt

s

’

for

d

e

t

a

il

a

nd p

a

rt numb

e

r

.

D

u

e

to

c

ontinuou

impro

v

e

m

e

nt

a

nd upd

a

ting,

p

e

c

ifi

c

a

tion m

a

y

b

e

a

lt

e

r

e

d without prior noti

c

e

.

IN

T

R

ODU

C

T

ION

T

hi

book

c

ont

a

in

a

ll th

e

n

e

c

e

a

r

y

fitting

a

nd op

e

r

a

ting in

tru

c

tion

for

y

our

T

riton

T

80

i

e

l

e

c

tri

c

how

e

r.

P

l

ea

e

r

ea

d th

e

m

c

a

r

e

full

y

.

T

h

e

s

how

e

r in

s

t

a

ll

a

tion mu

s

t b

e

c

a

rri

e

d out b

y

a

s

uit

a

bl

y

qu

a

lifi

e

d p

e

r

s

on

a

nd in th

e

s

e

qu

e

n

c

e

of thi

s

in

s

tru

c

tion book.

C

a

r

e

t

a

k

e

n during th

e

in

t

a

ll

a

tion will

e

n

ur

e

a

long, troubl

e

-fr

ee

lif

e

from

y

our

how

e

r.

SPE

C

I

F

I

C

T

ION

S

E

l

e

c

tri

c

a

l

N

omin

a

l pow

e

r

N

omin

a

l pow

e

r

r

a

ting

a

t 240

V

r

a

ting

a

t 230

V

7.5kW

–

(

32

A M

C

B

r

a

ting

)

7.0kW

–

(

32A M

C

B

r

a

ting

)

8.5kW

–

(

40A M

C

B

r

a

ting

)

7.9kW

–

(

40A M

C

B

r

a

ting

)

9.5kW

–

(

40A M

C

B

r

a

ting

)

8.8kW

–

(

40A M

C

B

r

a

ting

)

W

a

t

e

r

I

nl

e

t

c

onn

ec

tion

–

15mm di

a

m

e

t

e

r.

O

utl

e

t

c

onn

ec

tion

–

1/2 ”

B

SP

m

a

l

e

thr

ea

d.

E

ntr

y

P

oint

s

W

a

t

e

r

–

top, bottom, b

ac

k, l

e

ft or right.

C

a

bl

e

–

top, bottom, b

ac

k, l

e

ft or right.

M

a

t

e

ri

a

l

s

B

ac

kpl

a

t

e

,

c

o

ve

r,

c

ontrol

,

pr

ay

h

ea

d

–

A

B

S

.

S

pr

ay

pl

a

t

e

–

A

ce

t

a

l.

E

l

e

m

e

nt

–

Min

e

r

a

ll

y

in

ul

a

t

e

d

c

orro

ion r

e

i

t

a

nt

m

e

t

a

l

h

ea

thing.

im

e

n

s

ion

s

H

e

ight - 300mm

Width - 208mm

D

e

pth - 110mm

S

t

a

nd

a

rd

s

a

nd

Appro

v

a

l

s

T

riton i

r

e

gi

t

e

r

e

d b

y

th

e

B

riti

h

S

t

a

nd

a

rd

I

n

titut

e

to

B

S

E

N

I

S

O

9001:1994.

C

ompli

e

with th

e

r

e

quir

e

m

e

nt

of

c

urr

e

nt

B

riti

h

a

nd

E

urop

ea

n

a

f

e

t

y

t

a

nd

a

rd

for hou

e

hold

a

nd

imil

a

r

e

l

ec

tri

ca

l

a

ppli

a

n

ce

.

C

ompli

e

with r

e

quir

e

m

e

nt

of th

e

B

riti

h

E

l

ec

trot

ec

hni

ca

l Appro

va

l

B

o

a

rd

(B

E

A

B)

.

M

ee

t

with

C

ompli

a

n

ce

with

E

urop

ea

n

C

ommunit

y

D

ir

ec

ti

ve

(

C

E

)

.

T

80

s

i

3

1

2

2

3

33

4

5

6

7

8

9

10

11

12

13

14

15

255

mm

58 mm

208 mm

300

mm

F

ig.1

K

E

Y

T

O M IN

C

OM

P

ON

E

N

T

S

In

s

ide unit (fig.1)

1

T

op

ca

bl

e

/pip

e

e

ntr

y

2

W

a

ll

c

r

e

w fi

x

ing

3

C

o

ve

r

c

r

e

w fi

x

ing

4

T

h

e

rm

a

l

a

f

e

t

y

c

ut-out

5

P

ow

e

r

e

l

ec

tor

a

e

mbl

y

6

C

a

n

a

nd

e

l

e

m

e

nt

a

e

mbl

y

7

P

r

e

ur

e

wit

c

h/fl

a

g

a

e

mbl

y

8

S

t

a

bili

ing

va

l

ve

9

T

e

rmin

a

l blo

c

k

10

E

a

rth

c

onn

ec

tion

11

S

ol

e

noid

va

l

ve

12

W

a

t

e

r inl

e

t

13

T

h

e

rm

a

l

c

ut-out

(

outl

e

t

)

14

P

r

e

ur

e

r

e

li

e

f d

ev

i

ce

(

P

R

D

)

15

S

how

e

r outl

e

t

In

s

ide

c

over (fig.1a)

16

S

top/

t

a

rt

wit

c

h

16

F

ig.1a

T

80

s

i

4

S

I

T

E

R

E

QUI

R

E

M

E

N

T

S

Water

:

T

h

e

in

t

a

ll

a

tion mu

t b

e

in

a

cc

ord

a

n

c

e

with lo

c

a

l W

a

t

e

r

C

omp

a

n

y

B

y

e

l

a

w

.

T

o

e

n

ur

e

a

c

ti

v

a

tion of th

e

h

ea

ting

e

l

e

m

e

nt

, th

e

how

e

r

mu

t b

e

c

onn

e

c

t

e

d to

a

m

a

in

w

a

t

e

r

uppl

y

with

a

minimum running pr

e

ur

e

of 1.0 b

a

r

(

14.5 p

i

)

a

t

a

minimum flow r

a

t

e

of 8 litr

e

/minut

e

(

9

litr

e

/minut

e

for 9.5kW mod

e

l

)

a

nd

a

m

a

x

imum

t

a

ti

c

pr

e

ur

e

of 10 b

a

r

(

145 p

i

)

.

N

O

T

E

:

I

f th

e

t

a

t

e

d flow r

a

t

e

a

r

e

not

a

v

a

il

a

bl

e

, it m

a

y

not b

e

po

ibl

e

to

a

c

hi

e

v

e

optimum p

e

rform

a

n

c

e

from

th

e

unit throughout th

e

y

ea

r.

D

uring p

e

riod

of

high

a

mbi

e

nt t

e

mp

e

r

a

tur

e

it m

a

y

b

e

n

e

c

e

a

r

y

to

e

l

e

c

t

a

low pow

e

r

e

tting to

a

c

hi

e

v

e

y

our

d

e

ir

e

d

how

e

r t

e

mp

e

r

a

tur

e

.

T

h

e

w

a

t

e

r

uppl

y

c

a

n b

e

t

a

k

e

n from

a

c

old w

a

t

e

r

tor

a

g

e

c

i

t

e

rn

pro

v

id

e

d

th

e

r

e

i

a

minimum h

ea

d of 10 m

a

bo

v

e

th

e

pr

a

y

h

ea

d.

I

t mu

t b

e

a

n ind

e

p

e

nd

e

nt

uppl

y

to th

e

how

e

r onl

y

.

I

f it i

int

e

nd

e

d to op

e

r

a

t

e

th

e

how

e

r in h

a

rd w

a

t

e

r

a

r

ea

or

a

t pr

e

ur

e

a

bo

v

e

th

e

m

a

x

imum or b

e

low th

e

minimum

t

a

t

e

d,

c

ont

a

c

t

C

u

tom

e

r

S

e

r

v

i

c

e

for

a

d

v

i

c

e

.

F

igur

e

2

how

a

t

y

pi

c

a

l

y

t

e

m l

a

y

out.

o not

u

e

jointing

c

ompound

on

a

n

y

pip

e

fitting

for

th

e

in

t

a

ll

a

tion.

E

le

c

tri

c

al

:

T

h

e

in

t

a

ll

a

tion mu

t

c

ompl

y

with

c

urr

e

nt

I

EE

wiring r

e

gul

a

tion

.

A

e

p

a

r

a

t

e

p

e

rm

a

n

e

ntl

y

c

onn

e

c

t

e

d

uppl

y

mu

t b

e

t

a

k

e

n

from th

e

c

on

um

e

r unit to th

e

how

e

r

v

i

a

a

doubl

e

pol

e

link

e

d

wit

c

h with

a

minimum

c

ont

a

c

t g

a

p of 3mm in both pol

e

.

T

h

e

wit

c

h

c

a

n b

e

a

c

e

iling mount

e

d pull

c

ord t

y

p

e

or

a

w

a

ll

mount

e

d

wit

c

h.

T

h

e

wit

c

h mu

t b

e

r

ea

dil

y

a

cc

e

ibl

e

a

nd

c

l

ea

rl

y

id

e

ntifi

a

bl

e

, but out of

r

ea

c

h of

a

p

e

r

on u

ing

a

fi

x

e

d b

a

th or

how

e

r,

e

xc

e

pt for th

e

c

ord of

a

c

ord op

e

r

a

t

e

d

wit

c

h.

T

h

e

wiring mu

t b

e

c

onn

e

c

t

e

d to th

a

t

wit

c

h

without th

e

u

e

of

a

plug or

o

c

k

e

t outl

e

t.

NO

T

E

:

Wh

e

r

e

how

e

r

c

ubi

c

l

e

a

r

e

lo

c

a

t

e

d in room

oth

e

r th

a

n b

a

throom

,

a

n

y

o

c

k

e

t outl

e

t in th

a

t

room mu

t b

e

itu

a

t

e

d

a

t l

ea

t 2.5 m

e

tr

e

from

th

e

how

e

r

c

ubi

c

l

e

.

T

h

e

uppl

y

c

a

bl

e

a

nd

c

ir

c

uit

prot

e

c

tion mu

t

c

onform with

c

urr

e

nt

I

EE

wiring

r

e

gul

a

tion

a

nd b

e

uffi

c

i

e

nt for th

e

a

mp

e

r

a

g

e

r

e

quir

e

d

(

ee

r

e

f

e

r

e

n

c

e

on p

a

g

e

20

)

.

I

f in

a

n

y

doubt

c

on

ult

a

qu

a

lifi

e

d

e

l

e

c

tri

c

i

a

n or

c

ont

a

c

t

C

u

tom

e

r

S

e

r

v

i

c

e

for

a

d

v

i

c

e

.

I

o

l

a

ting

top

v

a

l

v

e

M

a

in

w

a

t

e

r

uppl

y

S

how

e

r

unit

S

wit

c

h m

ay

b

e

w

a

ll

mount

e

d

in

acc

ord

a

n

ce

with

I

EE

r

e

g

.

M

a

in

e

l

e

c

tri

c

uppl

y

(

v

i

a

doubl

e

pol

e

wit

c

h

)

D

oubl

e

pol

e

i

ol

a

ting

wit

c

h

S

e

p

a

r

a

t

e

p

e

rm

a

n

e

ntl

y

c

onn

e

c

t

e

d

uppl

y

from

c

on

um

e

r unit

F

i

g.2

D

i

a

gr

a

mm

a

ti

c

v

i

e

w

(

not to

ca

l

e

)

Impor tan t

:

F

or

c

lo

e

c

ir

c

ui t

pro t

e

c

tion

DO

NO

T

u

e

a

r

e

wir

ea

bl

e

f u

e

.

I

n

t

ea

d u

e

a

uit

a

bl

y

r

a

t

e

d mini

a

tur

e

c

ir

c

uit

br

ea

k

e

r

(

M

C

B)

or

c

a

rtridg

e

fu

e

.

I

n th

e

int

e

r

e

t of

e

l

e

c

tri

c

a

l

a

f

e

t

y

a

30mA r

e

idu

a

l

c

urr

e

nt d

e

v

i

c

e

(

R

CD

)

hould b

e

in

t

a

ll

e

d in

a

ll

U

K

e

l

e

c

tri

c

a

nd pump

e

d

how

e

r

c

ir

c

uit

.

T

hi

m

a

y

b

e

p

a

rt of th

e

c

on

um

e

r unit

or

a

e

p

a

r

a

t

e

unit.

T

80

s

i

5

O

u

tlin

e

of b

a

th

or

how

e

r tr

a

y

M

a

in

c

old w

a

t

e

r

uppl

y

(

e

ith

e

r top,

id

e

, bottom

or r

ea

r

e

ntr

y

)

S

how

e

r unit

ca

n

b

e

mount

e

d

e

ith

e

r

id

e

of ri

e

r r

a

il

25mm minimum

S

o

a

p di

h

S

pillo

ve

r

l

eve

l

S

pillo

ve

r

l

eve

l

H

e

ight of

pr

ay

h

ea

d

a

nd

how

e

r

to

uit u

e

r'

r

e

quir

e

m

e

nt

Important

:

T

h

e

unit mu

t b

e

moun t

e

d on

a

fl

a

t

urf

a

c

e

whi

c

h

c

o

v

e

r

th

e

full width

a

nd

l

e

ngth of th

e

b

a

c

kpl

a

t

e

.

I

t i

import

a

nt th

a

t th

e

w

a

ll

urf

a

c

e

i

fl

a

t oth

e

rwi

e

diffi

c

ult

y

m

a

y

b

e

e

n

c

ount

e

r

e

d wh

e

n fitting

th

e

c

o

v

e

r

a

nd

ub

e

qu

e

n t

op

e

r

a

tion of th

e

unit m

a

y

b

e

imp

a

ir

e

d.

F

ig.3

D

i

a

gr

a

mm

a

ti

c

v

i

e

w

(

not to

ca

l

e

)

S

I

T

IN

G

O

F

T

H

E

S

HOW

E

R

W

R

NIN

G

:

T

he

s

hower mu

s

t not be

po

s

itioned where it will be

s

ubje

c

ted to

freezing

c

ondition

s

.

F

O

R

E

A

SE

O

F

SE

R

V

I

C

I

NG

,

T

H

E

UN

I

T

M

U

S

T

A

L

WA

Y

S

B

E

M

OUN

T

E

D

ON

T

H

E

S

U

R

F

A

C

E

O

F

T

IL

E

D

WA

LL

S

.

N

E

V

E

R

T

IL

E

U

P

T

O

T

H

E

UN

I

T

.

R

e

f

e

r to figur

e

3 for

c

orr

e

c

t

iting of

how

e

r.

P

o

ition th

e

unit wh

e

r

e

it will

NO

T

b

e

in dir

e

c

t

c

ont

a

c

t with w

a

t

e

r from th

e

pr

a

y

h

ea

d.

P

o

ition th

e

how

e

r unit

v

e

rti

c

a

ll

y

.

Allow

uffi

c

i

e

nt room b

e

tw

ee

n th

e

c

e

iling

a

nd

th

e

how

e

r to

a

cc

e

th

e

c

o

v

e

r top

c

r

e

w

.

NO

T

E

: W

a

t

e

r

uppl

y

B

y

e

l

a

w 17

(

how

e

r ho

e

c

onn

e

c

tion

)

r

e

quir

e

th

e

pr

a

y

h

ea

d b

e

‘

c

on

tr

a

in

e

d b

y

a

fi

x

e

d or

liding

a

tt

a

c

hm

e

nt

o th

a

t it

c

a

n onl

y

di

c

h

a

rg

e

w

a

t

e

r

a

t

a

point

not l

e

th

a

n 25mm

a

bo

v

e

th

e

pill-o

v

e

r l

e

v

e

l

of th

e

r

e

l

e

v

a

nt b

a

th,

how

e

r tr

a

y

or oth

e

r fi

x

e

d

a

ppli

a

n

c

e

’.

T

h

e

u

e

of th

e

uppli

e

d

o

a

p di

h

will in mo

t

c

a

e

m

ee

t thi

r

e

quir

e

m

e

nt, but if

th

e

pr

a

y

h

ea

d

c

a

n b

e

pl

a

c

e

d within

a

b

a

th,

b

a

in or

how

e

r tr

a

y

, th

e

n

a

doubl

e

c

h

e

c

k

v

a

l

v

e

, or

imil

a

r, mu

t b

e

fitt

e

d in th

e

uppl

y

pip

e

work to pr

e

v

e

nt b

a

c

k-flow.

P

re

ss

ure relief

s

afety devi

c

e

A pr

e

ur

e

r

e

li

e

f d

e

v

i

c

e

(

P

R

D

)

i

d

e

ign

e

d into

th

e

how

e

r unit whi

c

h

c

ompli

e

with

E

urop

ea

n

t

a

nd

a

rd

.

T

h

e

P

R

D

pro

v

id

e

a

l

e

v

e

l of

a

ppli

a

n

c

e

prot

e

c

tion

hould

a

n

e

xc

e

i

v

e

build

up of pr

e

ur

e

o

cc

ur within th

e

how

e

r.

DO

NO

T

op

e

r

a

t

e

th

e

how

e

r with

a

d

a

m

a

g

e

d

or kink

e

d

how

e

r ho

e

, or

a

blo

c

k

e

d

pr

a

y

h

ea

d.

Wh

e

n

c

ommi

ioning, th

e

pr

a

y

h

ea

d mu

t b

e

r

e

mo

v

e

d from th

e

fl

e

x

ibl

e

ho

e

, whil

e

a

t th

e

a

m

e

tim

e

th

e

t

e

mp

e

r

a

tur

e

c

ontrol mu

t b

e

a

t

th

e

minimum flow po

ition.

E

n

ur

e

th

e

how

e

r i

po

ition

e

d o

v

e

r

a

b

a

th or

how

e

r tr

a

y

b

e

c

a

u

e

if th

e

P

R

D

op

e

r

a

t

e

, th

e

n

w

a

t

e

r will

e

j

e

c

t from th

e

bottom of th

e

unit.

S

hould thi

h

a

pp

e

n, turn off th

e

e

l

e

c

tri

c

it

y

a

nd

w

a

t

e

r

uppli

e

to th

e

how

e

r

a

t th

e

i

ol

a

ting

wit

c

h

a

nd

top

v

a

l

v

e

.

C

ont

a

c

t

C

u

tom

e

r

S

e

r

v

i

c

e

for

a

d

v

i

c

e

on r

e

pl

a

c

ing th

e

P

R

D

.

T

80

s

i

6

F

I

TT

IN

G

T

H

E

S

HOW

E

R

T

O W

LL

NO

T

E

:

T

h

e

c

ontrol knob

a

r

e

a

n int

e

gr

a

l p

a

rt

of th

e

c

o

v

e

r

–

do not

a

tt

e

mpt to r

e

mo

v

e

th

e

m.

U

n

c

r

e

w th

e

two top

a

nd on

e

bottom

r

e

t

a

ining

c

r

e

w

(

fig.4

)

a

nd lift th

e

c

o

v

e

r from

th

e

b

a

c

kpl

a

t

e

.

Aft

e

r

c

hoo

ing th

e

it

e

for th

e

how

e

r, u

e

th

e

b

a

c

kpl

a

t

e

a

a

t

e

mpl

a

t

e

a

nd m

a

rk th

e

two

fi

x

ing hol

e

(

fig.5

)

.

D

rill

a

nd plug to

uit th

e

fi

x

ing

c

r

e

w

uppli

e

d.

S

c

r

e

w bottom fi

x

ing

c

r

e

w into po

ition

l

ea

v

ing th

e

b

a

e

of th

e

c

r

e

w h

ea

d protruding

6mm

(

0.25in

)

out from th

e

w

a

ll.

H

ook th

e

b

a

c

kpl

a

t

e

o

v

e

r th

e

bottom

c

r

e

w

a

nd fit th

e

top fi

x

ing

c

r

e

w into po

ition.

D

o not full

y

tight

e

n th

e

c

r

e

w

a

t thi

t

a

g

e

,

a

th

e

fi

x

ing hol

e

a

r

e

e

long

a

t

e

d to

a

llow for out

of

qu

a

r

e

a

dju

tm

e

nt

a

ft

e

r th

e

plumbing

c

onn

e

c

tion

h

a

v

e

b

ee

n

c

ompl

e

t

e

d.

PL

UM

B

IN

G

C

ONN

E

C

T

ION

S

P

l

u

mbing to p

re

c

ede wiring.

W

R

NIN

G

:

T

h

e

outl

e

t of th

e

how

e

r

a

c

t

a

a

v

e

nt

a

nd mu

t not b

e

c

onn

e

c

t

e

d to

a

n

y

t

a

p or

fitting not r

e

c

omm

e

nd

e

d b

y

T

riton

P

l

c

.

DO

NO

T

u

e

jointing

c

ompound

on

a

n

y

pip

e

fitting

for th

e

in

t

a

ll

a

tion.

DO

NO

T

u

e

old

e

r

e

d fitting

within th

e

v

i

c

init

y

of th

e

how

e

r unit.

C

ompr

e

ion fitting

M

U

S

T

b

e

u

e

d to

c

onn

e

c

t

to th

e

inl

e

t of th

e

how

e

r.

(

P

u

h-on fitting

mu

t not b

e

u

e

d

a

full

e

ng

a

g

e

m

e

nt

c

a

nnot

b

e

gu

a

r

a

nt

ee

d

)

.

NO

T

E

: An

a

ddition

a

l

top

v

a

l

v

e

(

c

ompl

y

ing with

W

a

t

e

r

B

y

e

l

a

w

)

M

U

S

T

b

e

fitt

e

d in th

e

m

a

in

w

a

t

e

r

uppl

y

to th

e

how

e

r

a

a

n ind

e

p

e

nd

e

nt

m

ea

n

of i

ol

a

ting th

e

w

a

t

e

r in ord

e

r to

c

a

rr

y

out m

a

int

e

n

a

n

c

e

or

e

r

v

i

c

ing.

E

ntr

y

po

ition

for th

e

m

a

in

w

a

t

e

r

a

nd

e

l

e

c

tri

c

c

a

bl

e

a

r

e

from th

e

top, bottom,

e

ith

e

r

id

e

or

from th

e

b

a

c

k.

NO

T

E

:

D

e

v

i

a

tion

from th

e

d

e

ign

a

t

e

d

e

ntr

y

point

will in

v

a

lid

a

t

e

produ

c

t

a

ppro

v

a

l

.

1

2

3

4

56

7

8

9

10

F

ig.4

F

ig.5

T

80

s

i

7

P

r

o

c

e

dur

e

T

urn off w

a

t

e

r

uppl

y

e

ith

e

r

a

t th

e

m

a

in

top

v

a

l

v

e

or th

e

i

ol

a

ting

top

v

a

l

v

e

.

C

onn

e

c

t

th

e

m

a

in

w

a

t

e

r

uppl

y

to th

e

inl

e

t of th

e

how

e

r

v

i

a

15mm

c

opp

e

r,

t

a

inl

e

t

ee

l or

pl

a

ti

c

pip

e

u

ing

a

15mm

x

15mm

c

ompr

e

ion fitting.

I

f bottom

e

ntr

y

h

a

b

ee

n

c

ho

e

n, fit th

e

a

ppropri

a

t

e

c

ut-out in th

e

top of th

e

b

a

c

kpl

a

t

e

(

fig.6

)

.

I

f top

e

ntr

y

h

a

b

ee

n

c

ho

e

n, fit th

e

a

ppropri

a

t

e

c

ut-out in th

e

bottom of th

e

c

o

v

e

r

(

fig.7

)

.

I

f

id

e

e

ntr

y

i

r

e

quir

e

d, th

e

c

o

v

e

r will h

a

v

e

to

b

e

c

ut out.

C

a

r

e

full

y

r

e

mo

v

e

th

e

a

ppropri

a

t

e

a

r

ea

b

y

u

ing

a

knif

e

or junior h

a

c

k

a

w

(

fig.8

)

.

I

f in

t

a

lling

a

f

ee

d pip

e

from th

e

b

a

c

k or

bottom, th

e

c

e

ntr

e

of th

e

inl

e

t

v

a

l

v

e

to th

e

w

a

ll

urf

a

c

e

i

20mm

(

fig.9

)

.

NO

T

E

:

I

f

e

ntr

y

i

from th

e

b

a

c

k, th

e

nut of th

e

c

ompr

e

ion fitting will b

e

p

a

rti

a

ll

y

b

e

hind th

e

urf

a

c

e

of th

e

w

a

ll

(

fig.9

)

.

T

hi

a

r

ea

M

U

S

T

b

e

l

e

ft

c

l

ea

r wh

e

n pl

a

t

e

ring o

v

e

r th

e

pip

e

work in

ord

e

r to m

a

k

e

th

e

nut

a

cc

e

ibl

e

for futur

e

a

dju

tm

e

nt

.

DO

NO

T

u

e

e

xc

e

i

v

e

for

c

e

wh

e

n m

a

king

th

e

e

c

onn

e

c

tion

.

Important

:

B

e

for

e

c

ompl

e

ting th

e

c

onn

e

c

tion

of th

e

w

a

t

e

r

uppl

y

to th

e

inl

e

t of th

e

how

e

r,

a

nd in

c

ompli

a

n

c

e

with W

a

t

e

r

B

y

e

l

a

w 55,

flu

h out th

e

pip

e

work to r

e

mo

v

e

a

ll

w

a

rf

a

nd

y

t

e

m d

e

bri

.

T

hi

c

a

n b

e

a

c

hi

e

v

e

d b

y

c

onn

e

c

ting

a

ho

e

to th

e

pip

e

work

a

nd

turning on th

e

m

a

in

w

a

t

e

r

uppl

y

long

e

nough to

c

l

ea

r th

e

d

e

bri

to w

a

t

e

.

E

n

ur

e

th

e

b

a

c

kpl

a

t

e

i

qu

a

r

e

on th

e

w

a

ll

a

nd

tight

e

n th

e

two r

e

t

a

ining

c

r

e

w

whi

c

h hold it

to th

e

w

a

ll.

T

urn on th

e

m

a

in

w

a

t

e

r

uppl

y

a

nd

c

h

e

c

k for

l

ea

k

in th

e

pip

e

work

c

onn

e

c

tion to th

e

how

e

r.

NO

T

E

: At thi

t

a

g

e

no w

a

t

e

r

c

a

n flow through

th

e

unit.

20

mm

F

ig.7

F

ig.9

F

ig.8

F

ig.6

T

80

s

i

8

ELE

C

T

R

I

C

L

C

ONN

E

C

T

ION

S

W

R

NIN

G

:

T

H

I

S

UN

I

T

M

U

S

T

B

E

E

A

R

T

H

E

D

.

NO

T

E

: A doubl

e

pol

e

link

e

d

wit

c

h with

a

minimum

c

ont

a

c

t g

a

p of 3mm in both pol

e

mu

t b

e

fitt

e

d in th

e

c

ir

c

uit.

T

h

e

uppl

y

c

a

bl

e

mu

t

c

onform to r

e

l

e

v

a

nt t

a

bl

e

in

c

urr

e

nt

I

EE

r

e

gul

a

tion

.

T

h

e

e

l

e

c

tri

c

a

l r

a

ting

of th

e

how

e

r i

hown on th

e

r

a

ting l

a

b

e

l

within th

e

unit.

F

igur

e

10

how

a

c

h

e

m

a

ti

c

wiring di

a

gr

a

m.

S

W

I

T

CH

O

FF

T

H

E

E

L

E

C

T

R

I

C

I

T

Y

S

U

PP

L

Y

.

T

h

e

c

a

bl

e

e

ntr

y

point

a

r

e

hown in figur

e

1.

T

h

e

c

a

bl

e

c

a

n b

e

urf

a

c

e

c

lipp

e

d, hidd

e

n or

v

i

a

20mm

c

onduit.

NO

T

E

:

C

onduit

e

ntr

y

c

a

n

onl

y

b

e

from r

ea

r.

R

out

e

th

e

c

a

bl

e

into th

e

how

e

r unit

a

nd

c

onn

e

c

t to th

e

t

e

rmin

a

l

blo

c

k

(

fig.11

)

a

follow

:-

L

i

v

e

c

a

bl

e

to t

e

rmin

a

l m

a

rk

e

d

L

N

e

utr

a

l

c

a

bl

e

to t

e

rmin

a

l m

a

rk

e

d

N

E

a

rth

c

a

bl

e

to t

e

rmin

a

l m

a

rk

e

d

E

Important

:

F

ull

y

tight

e

n th

e

t

e

rmin

a

l blo

c

k

c

r

e

w

a

nd

e

n

ur

e

th

a

t no

c

a

bl

e

in

ul

a

tion i

tr

a

pp

e

d und

e

r th

e

c

r

e

w

.

NO

T

E

:

T

h

e

uppl

y

c

a

bl

e

ea

rth

c

ondu

c

tor

mu

t b

e

l

ee

v

e

d.

T

h

e

out

e

r

h

ea

th of th

e

uppl

y

c

a

bl

e

mu

t b

e

tripp

e

d b

a

c

k to th

e

minimum.

I

f

a

c

a

bl

e

l

a

rg

e

r th

a

n 10 mm

2

i

u

e

d, th

e

c

a

bl

e

mu

t b

e

e

c

ur

e

d

e

ith

e

r b

y

routing

through

c

onduit or in trunking or b

y

e

mb

e

dding in th

e

w

a

ll, in

a

cc

ord

a

n

c

e

with

c

urr

e

nt

I

EE

r

e

gul

a

tion

.

T

h

e

ea

rth

c

ontinuit

y

c

ondu

c

tor of th

e

e

l

e

c

tri

c

a

l in

t

a

ll

a

tion mu

t b

e

e

ff

e

c

ti

v

e

l

y

c

onn

e

c

t

e

d

e

l

e

c

tri

c

a

ll

y

to

a

ll

e

x

po

e

d m

e

t

a

l

p

a

rt

of oth

e

r

a

ppli

a

n

c

e

a

nd

e

r

v

i

c

e

in th

e

room in whi

c

h th

e

how

e

r i

to b

e

in

t

a

ll

e

d,

to

c

onform to

c

urr

e

nt

I

EE

r

e

gul

a

tion

.

T

h

e

u

e

of

c

onn

e

c

tion

within th

e

unit to

uppl

y

pow

e

r to oth

e

r

e

quipm

e

nt i.

e

.

e

x

tr

a

c

tor f

a

n

, pump

e

t

c

. will in

v

a

lid

a

t

e

th

e

gu

a

r

a

nt

ee

.

T

80

i

2

3

4

5

7

L

N

6

8

E

9

1

T

e

rminal

blo

c

k

F

ig.11

F

ig.10

1

T

e

rmin

a

l blo

c

k

2

T

h

e

rm

a

l

c

ut-out

(

m

a

in

)

3

T

h

e

rm

a

l

c

ut-out

(

outl

e

t

)

4

Mi

c

ro

wit

c

h

e

5

S

t

a

rt/

top button

6

S

ol

e

noid

v

a

l

v

e

7

E

l

e

m

e

nt

8

E

l

e

m

e

nt

9

Ne

on