Overview Image; Using The Application Tool - HellermannTyton CHG900 Manuel D'utilisation

5 Overview image

An overview illustration of the gas hot air blower is provided in Figure
1 Burner
2 Heat protection barrier
3 Holding eye/stand
4 Gas valve
5 Gas cartridge
6 Flat nozzle
7 Reflector nozzle
8 Piezo ignition

6 Using the application tool

WARNING
Faulty operation and malfunction of the gas hot air blower result in the risk of sever injury or possible
mortal danger.
f Always keep the nozzle a minimum distance of 2 cm away from the surface.
f Always maintain a distance of 40 cm to walls and ceilings, if a flame guard is not used.
f Never leave the gas hot air blower switched on if unattended.
f Avoid a gas back-up in small rooms, gas back-up can cause gas deflagration.
f Before storing the gas hot air blower after use, let it cool down, and then remove the gas cartridge
correctly.
f Do not use the gas hot air blower for longer than 60 minutes without interruption.
f After 60 min. of uninterrupted use, allow the gas hot air blower to cool down for at least 15 min.
before installing or changing the nozzle.
f Do not use a gas hot air blower that leaks, is damaged, or is not functioning properly (gas odour).
f Do not use the gas hot air blower in the vicinity of flammable materials.
f Do not expose the gas hot air blower to a temperature of, or direct sunlight above 50°C.
f If desired, fit the flat nozzle
gas hot air blower.
f Screw the gas cartridge
f Turn the gas valve
4
f Immediately after opening the gas valve
several times (Figure
f Regulate the gas supply by turning the gas valve (Figure
f Pay attention to the distance-dependant temperature zones without nozzle (Figure
Temperature zones
(distance-dependant)
Without nozzle
(Figure ) or the reflector nozzle
6 A
(Figure ) into the gas hot air blower (Figure
5 A
(Figure ) to the left to position + (Figure
A
, activate the Piezo ignition
4
).
F
2 cm
+ 900 °C
Operating instructions • CHG900 • 03-2021 • 391-90010
Overview image
.
A
on the barrel (Figure
7
).
D
).
E
(Figure
8 A
).
G
4 cm 6 cm
+ 660 °C + 480 °C
) of the
C
), if necessary,
).
H
8 cm
+ 360 °C
5