steel I7C-2, Instruction Manual

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Table of characteristics for single burner
BURNERS G R I L L
Rated power k W 6 . 2 0
Reduced power k W 2 . 2 0
CONSUMPTION
G20 20mbar
m
3
/ h
0 . 5 9 0
G30 28..30mbar g / h 4 5 0 . 8 2
G20 2.75kPa g r / h 4 5 0 . 8 2
NOZZLE DIAMETER
G30 28..30mbar G31 37mbar n ° 1 2 7
G30 50mbar G31 50mbar n ° 1 1 0
G20 20mbar n ° 1 9 0
G20 1.0 kPa n ° 2 2 0
G30 2.75 kPa n ° 1 4 0
BY-PASS DIAMETER
G30 28..30mbar G31 37mbar n ° R e g .
G30 50mbar G31 50mbar n ° R e g .
G20 20mbar m m R e g .
G20 1.0 kPa m m R e g .
G30 2.75 kPa m m R e g .
Check for gas Ieaks
This check should be carried out immediately after connecting the gas and
each time the appliance is reconnected after being unused for a time. Once
the rubber pipe is connected to the gas supply, carry out the following
operations:
1. Open the gas valve on the LPG bottle (or turn the shut-off
tap if methane supplied).
Do not light the burners yet.
2. With the gas pressure in the pipe, look for any leaks by
brushing a soapy water-based solution onto the gas
unions. A gas leak will cause bubbles to form.
Do not use naked flame to look for leaks.
4. Close the gas valve on the bottle (or the methane shut-off
tap), eliminate the gas leak and repeat the test as described in
points 1 and 2.
The fittings must be thoroughly rinsed with clean water after
testing.
Installation
3
General instructions about gas
connection
We recommend checking that the appliance
is properly set up for the type of gas
distributed. The connection to the gas pipes
must be made in a workmanlike manner, in
compliance with current standards that prescribe the
installation of a safety tap at the end of the pipe. The threaded
1/2" gas connection pipe is located at the rear on the left hand
side of the appliance.
Using flexible rubber pipes with a max. length
of 1500 mm:

do not allow the pipes to be constricted or
crushed;

pipes must not be subject to tractive force or
torsional stress;

do not allow the pipes to come into contact
with cutting or sharp edges, etc...

do not allow the pipes to come into contact
with parts that can reach temperatures of
70°C above room temperature;

make sure the entire length of the pipes can
be inspected.
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