25
INSTALLATION
Th
is a
ppl
ian
c
e is not
c
onne
c
te
d
to a
d
e
v
i
c
e
a
bl
e to
d
is
p
ose o
f
t
h
e
c
o
mbu
stion
fum
es.
I
t
mu
st t
h
ere
f
ore
b
e
c
onne
c
te
d
in
c
o
mpl
ian
c
e
w
it
h
t
h
e a
b
o
v
e
m
entione
d
installation
stan
d
ar
d
s.
P
arti
cul
ar
c
are s
h
o
uld b
e
p
ai
d
to
t
h
e
f
ollo
w
in
g p
ro
v
isions
g
o
v
ernin
g v
entilation
an
d
aeration.
5) ROOM VENTILATION
To ensure correct operation of the appliance, it is
important to ensure that the room where the hot plate
is installed has sufficient ventilation, as set out in BS
5440 part 2. 1989. See table below.
Natural air flow must enter directly through
permanent openings in the walls of the room in
question. These must open towards the outside and
possess a minimum section of 100 cm
2
see fig. 2). It
must be impossible to obstruct these openings.
Indirect ventilation with air drawn from adjacent
rooms is permitted in strict compliance with the
provisions in force.
6) LOCATION AND AERATION
Gas cooking appliances must always dispose of their
combustion fumes through hoods. These must be
connected to flues, chimneys or straight outside (see
fig. 3). If it is not possible to install a hood, an electric
fan can be installed on a window or on a wall facing
outside (see fig. 4). This must be activated at the
same time as the appliance, so long as the
specifications in the provisions in force are strictly
complied with.
7) GAS CONNECTION
B
e
f
ore
c
onne
c
tin
g
t
h
e a
ppl
ian
c
e,
ch
e
ck
t
h
at t
h
e
v
al
u
es on t
h
e
d
ata la
b
el a
ff
i
x
e
d
to t
h
e
u
n
d
ersi
d
e
o
f
t
h
e
h
ot
pl
ate
c
orres
p
on
d
to t
h
ose o
f
t
h
e
g
as
m
ains in t
h
e
h
o
m
e.
A
la
b
el on t
h
e a
ppl
ian
c
e in
d
i
c
ates t
h
e re
gul
atin
g
c
on
d
itions: t
yp
e o
f g
as an
d w
or
k
in
g p
ress
u
re.
WARNING:
a gas hot plate can only be connected by a CORGI
Registered engineer.
Installations should be carried out in accordance with
BS 6891 1988 and must comply with the Gas Safety
Regulations.
All hot plate installations must include an isolation
tap.
GAS PRESSURE TEST
Some hot plates models have a test point fitted
under the control panel, to conduct a gas pressure
test proceed as follows:
- turn off the gas supply.
- Remove screw in the pressure test point, place
test gauge connecting tube on test point.
- Fit a burner ring and cap onto burner assembly,
replace control knob onto corresponding control
tap for the burner.
- Turn on gas and ascertain working pressure.
After test, turn off control tap, turn off gas supply,
disconnect test gauge connecting tube.
Replace the test point screw, turn gas back on and
test for soundness. Reassemble the hotplate.
8) ELECTRICAL CONNECTION
Th
e ele
c
tri
c
al
c
onne
c
tions o
f
t
h
e a
ppl
ian
c
e
mu
st
b
e
c
arrie
d
o
u
t in
c
o
mpl
ian
c
e
w
it
h
t
h
e
p
ro
v
isions an
d
stan
d
ar
d
s in
f
or
c
e.
Before connecting the appliance, check that:
- the voltage matches the value shown on the
specification plate and the section of the wires of
the electrical system can support the load, which
is also indicated on the specification plate.
- The electrical capacity of the mains supply and
current sockets suit the maximum power rating of
the appliance (consult the data label applied to
the underside of the hot plate).
- The socket or system has an efficient earth
connection in compliance with the provisions and
standards in force. The manufacturer declines all
responsibility for failing to comply with these
provisions.
Wh
en t
h
e a
ppl
ian
c
e is
c
onne
c
te
d
to t
h
e
ele
c
tri
c
it
y m
ain
by
a so
ck
et:
- fit a standard plug “C” suited to the load indicated
on the data label to the cable. Fit the wires
following figure 17, taking care of respecting the
following correspondences:
L
etter
L
(li
v
e) =
b
ro
w
n
w
ire;
L
etter
N
(ne
u
tral) =
blu
e
w
ire;
eart
h
s
ymb
ol
=
g
reen -
y
ello
w w
ire.
- The power supply cable must be positioned so
that no part of it is able to reach an temperature
of 90 °C.
- Never use reductions, adapters of shunts for
connection since these could create false
contacts and lead to dangerous overheating.
- The outlet must be accessible after the built-in.
C
a
u
tion:
D
o not allo
w
t
h
e
gl
ass (
A)
la
y
d
ire
c
tl
y
on t
h
e
w
or
k
to
p.
it is t
h
e
m
etal
b
otto
m
“
c
arter” (
B)
t
h
at
h
as to
b
e in
to
uch w
it
h
t
h
e
w
or
k
to
p
(see
f
i
g.
16).
Summary of Contents for GBC 64-G1
Page 1: ......
Page 2: ...2...
Page 37: ...37 8 8...
Page 38: ...38 1 3500 W 2 2500 W 3 1400 W 4 1750 W 5 1000 W 7 GBC 64 G1 GBC 75 G1...
Page 39: ...39 2 3 4 EMC LVD RoHS ERP 2016 426...
Page 41: ...41 3 18 18 3 4 4 4 15 GBC 75 G1 GBC 64 G1 1 1 8 G F 10 2 x 2 9 G F 11 3 1 2 12 13 70 mm 18...
Page 42: ...42 90 C 150 C 5 20 m3 100 cm2 2 200 cm2 6 3 4 7 EN 10226 2 bottomshelf 16...
Page 43: ...43 m 2 8 C 17 17 L N 90 C 9 22 M 19 20 by pass 19 D 19 C 20 by pass G20 G30 G31...
Page 45: ...45 2012 19 EC WEEE...
Page 101: ...www teka com PCZG1 101...
Page 102: ...102 1 Moc 3500 2 Moc 2500 3 Moc 1400 4 Moc 1750 5 Moc 1000 7 GBC 64 G1 GBC 75 G1...
Page 103: ...103 1 2 1 1 1 10 1 2 1 1 24 26 20 22 16 18 16 18 10 14...
Page 104: ...104 3 4 5 Directivesin LVD RoHS EcoDesign ERP 2016 426...
Page 105: ...105 2 A B C T 6 6 A AC T 6 7 T 6 A B 6 6 A 3 4 5 6 6 A 7 5 6...
Page 107: ...4 4 E 15 A 70 8 1 1 9 G F 9 A 2 2 10 G F 10 A 3 1 2 9 B 10 B 15 A bottomshelf B 15 B 15 B...
Page 108: ...9 1 GBC 75 G1 GBC 64 G1 108 9 A 10 A 9 B 10 B...
Page 109: ...3 10 2...
Page 110: ...110 90 C 150 5 20 100 3 6 4 5...
Page 111: ...111 7 2 2 8 400 1500 1 2 EN 10226 8 C C C L N 90 C 3...
Page 112: ...112 16 A 16 C 9 1 M 16 16 A 16 D 16 C 16 G20 G30 C...
Page 115: ...115 1 2 3 2...
Page 116: ...2012 19 CE waste electrical and electronic equipment WEEE 116...
Page 117: ...1 Moc 3500 k 2 Moc 2500 k 3 Moc 1400 k 4 Moc 1750 k 5 Moc 1000 k 7 117 GBC 64 G1 GBC 75 G1...
Page 118: ...118 1 1 1 10 2 1 1 24 26 20 22 16 18 16 18 10 14 2 1...
Page 119: ...119 3 4 5 Directivesin LVD RoHS EcoDesign ERP 2016 426...
Page 120: ...120 2 A B C 6 6 A AC TC 6 7 T 6 A B 6 6 A 6 B 6 A 6 3 4 5 5 6...
Page 122: ...4 E 15 A 70 8 1 1 9 G F 9 A 2 2 10 G F 10 A 3 1 2 9 B 10 B 122 15 B 15 A A 15 B...
Page 123: ...123 9 1 GBC 64 G1 GBC 75 G1 10 B 9 B 10 A 9 A...
Page 124: ...10 2 124 3...
Page 125: ...90 C 150 5 20 100 3 6 4 5 7 2 EN 10226...
Page 126: ...126 C 2 1 2 EN 10226 8 C C L N 90 C i ic i C 3 Directivesin LVD RoHS EcoDesign ERP...
Page 127: ...127 9 1 16 16 16 D 16 16 G20 G30 10 17 9 16 A 16...
Page 129: ...129 18 8 18 H H05 RR F 3 0 75...
Page 131: ...131 2012 19 CE waste electrical and electronic equipment WEEE...
Page 141: ...JN 9 L H d B 4 3 P 8 A F 8 8 3 4 8 N K U d N I Z 0 8 N N n 0...
Page 143: ...15 0 Q 4 d 6 Q N 4 0 8 4 A...
Page 144: ...CE 4 Ei 4 4 CD 4 G E 8 4...
Page 146: ...8 4 4 k E 4 Eq o Q L...
Page 147: ...8 4 4 EE 4 ED F B O N C 4 Eo...
Page 148: ...8 4 1 4 N G1 GBC 64 G1 75 GBC 4 8 4 12 4 10...
Page 149: ...8 4 H 8 4 B JRH q k J N 4 q 4 k 4 X 4 E 4 i 4 o 4 C...
Page 151: ......
Page 152: ......