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Nozzle combination for PG 1
Flat Jet Nozzle Set 319 350
Round Jet Nozzle Set 351 717
1 Contact ring 318 760
2 Electrode holder - complete (Flat Jet Nozzle - Tefzel - Standard) 318 779#
2.1 Electrode holder - complete (Flat Jet Nozzle - Teflon) 358 126#
3 Flat Jet Nozzle 318 744#
4 Threaded sleeve 328 774
5 Electrode holder, (Round Jet Nozzle - Standard) 351 709#
5.1 Electrode holder, incl. item 6 347 329#
(Round Jet Nozzle - Double electrode)
6 O-Ring - ø 5 x 1 mm 231 606#
7 Round Jet Nozzle 331 287#
8 Deflector - ø 16 mm 331 341#
9 Deflector - ø 24 mm 331 333#
10 Deflector - ø 32 mm 331 325#
Flat jet nozzle with vented centre electrode
The air-cleaned flat jet nozzle atomizes and charges the powder. The slotted opening shapes
the powder cloud in such a way that an oval spray pattern is achieved.
The powder is charged by means of a central electrode. The high-voltage, generated inside
the gun, is conducted via the black contact ring of the nozzle holder to the centre electrode.
In order to prevent powder from sintering on the electrode, the latter is cleaned by compressed
air during the spraying process. For this purpose the rinsing air is fed via the small hole in the black contact ring in the nozzle holder into the hole in the
electrode holder.
Round nozzle with vented deflector and vented centre electrode
The deflector plate is used for shaping the powder jet emerging from the gun to form a
powder cloud. The powder is charged by means of a central electrode. The High-Voltage,
generated inside the gun, is conducted via the black contact ring of the nozzle holder to the
centre electrode.
Powder can build up on the deflector plate, the plate has to be rinsed with air. For this purpose
the rinsing air (see page 5, Section 3) is fed via the small hole in the black contact ring
in the nozzle holder, then into the hole in the electrode holder and deflected in such a way
that it blows across the inside cone of the deflector plate. The intensity of the rinsing air is
dependent on the powder and its sintering ability.
The rinsing air control is described in the applicable section (see page 9, Section a).
The air-cleaned flat jet nozzle atomizes and charges the powder. The slotted opening shapes
the powder cloud in such a way that an oval spray pattern is achieved.
The powder is charged by means of a central electrode. The high-voltage, generated inside
the gun, is conducted via the black contact ring of the nozzle holder to the centre electrode.
In order to prevent powder from sintering on the electrode, the latter is cleaned by compressed
air during the spraying process. For this purpose the rinsing air is fed via the small hole in the black contact ring in the nozzle holder into the hole in the
electrode holder.
The rinsing air control is described in the applicable section
Nozzle combination for PG 1
Flat Jet Nozzle Set 319 350
Round Jet Nozzle Set 351 717
1 Contact ring 318 760
2 Electrode holder - complete (Flat Jet Nozzle - Tefzel - Standard) 318 779#
2.1 Electrode holder - complete (Flat Jet Nozzle - Teflon) 358 126#
3 Flat Jet Nozzle 318 744#
4 Threaded sleeve 328 774
5 Electrode holder, (Round Jet Nozzle - Standard) 351 709#
5.1 Electrode holder, incl. item 6 347 329#
(Round Jet Nozzle - Double electrode)
6 O-Ring - ø 5 x 1 mm 231 606#
7 Round Jet Nozzle 331 287#
8 Deflector - ø 16 mm 331 341#
9 Deflector - ø 24 mm 331 333#
10 Deflector - ø 32 mm 331 325#
Flat jet nozzle with vented centre electrode
The air-cleaned flat jet nozzle atomizes and charges the powder. The slotted opening shapes
the powder cloud in such a way that an oval spray pattern is achieved.
The powder is charged by means of a central electrode. The high-voltage, generated inside
the gun, is conducted via the black contact ring of the nozzle holder to the centre electrode.
In order to prevent powder from sintering on the electrode, the latter is cleaned by compressed
air during the spraying process. For this purpose the rinsing air is fed via the small hole in the black contact ring in the nozzle holder into the hole in the
electrode holder.
Round nozzle with vented deflector and vented centre electrode
The deflector plate is used for shaping the powder jet emerging from the gun to form a
powder cloud. The powder is charged by means of a central electrode. The High-Voltage,
generated inside the gun, is conducted via the black contact ring of the nozzle holder to the
centre electrode.
Powder can build up on the deflector plate, the plate has to be rinsed with air. For this purpose
the rinsing air (see page 5, Section 3) is fed via the small hole in the black contact ring
in the nozzle holder, then into the hole in the electrode holder and deflected in such a way
that it blows across the inside cone of the deflector plate. The intensity of the rinsing air is
dependent on the powder and its sintering ability.
The rinsing air control is described in the applicable section (see page 9, Section a).
The air-cleaned flat jet nozzle atomizes and charges the powder. The slotted opening shapes
the powder cloud in such a way that an oval spray pattern is achieved.
The powder is charged by means of a central electrode. The high-voltage, generated inside
the gun, is conducted via the black contact ring of the nozzle holder to the centre electrode.
In order to prevent powder from sintering on the electrode, the latter is cleaned by compressed
air during the spraying process. For this purpose the rinsing air is fed via the small hole in the black contact ring in the nozzle holder into the hole in the
electrode holder.
The rinsing air control is described in the applicable section
