6 Commissioning
4 The amount of anti-spatter fluid per injection pulse can be increased or decreased by turning the adjusting screw (8).
The anti-spatter fluid's residual oil from the injection unit is collected in the return flow bottle (6) and can be reused once any
dirt particles have been removed.
Injection unit not activated
(max. stroke movement)
Fig. 8
Injection unit stroke movement
NOTICE
• Note the max. stroke movement for injection.
• The max. stroke travel (traverse movement of the welding torch) should not exceed 6 mm.
• We recommend a maximum injection pulse of 3 s.
The injection pulse is reset when moving out of the injection unit.
• It only takes a small amount of anti-spatter fluid to achieve the desired effect.
Manual adjustment
Fig. 7 Adjusting the anti-spatter fluid on page EN-15
You can also activate the injection unit manually via the cover (9) to set the anti-spatter fluid dosage.
1 An injection pulse is activated by lightly pressing down on the cover (9).
2 You can assess the amount of the atomized anti-spatter fluid by the produced spray mist. The injection pulse should be
activated for max. 2 sec.
3 The amount of anti-spatter fluid per injection pulse can be increased or decreased by turning the adjusting screw (8).
6.6 Installing or replacing equipment parts
NOTICE
• Close off the compressed air supply.
• Disconnect all electrical connections.
• Ensure that the covering hood is attached again once installation is complete.
All installed equipment parts must have a diameter identification that is identical to the outer Ø of the gas nozzle that is to
be cleaned.
EN - 16
Injection unit activated
BAL.0123 • 2020-12-15
BRS-LC