Installing Slider For Base Plate - Hilti WSJ 750 Manual Del Usuario

6.2 Fitting the suction adapter
1. Connect the dust removal adapter to the opening in the product.
2. Press the suction adapter against the product from below until it engages.
3. Connect the vacuum cleaner hose to the suction adapter.
6.3 Fitting the guard
▶ Push the guard onto the product from the front until it clicks into place.
6.4 Setting the orbital action
The 4 orbital-action settings allow cutting performance and quality of cut to be adjusted to suit the material
to be cut.
The orbital-action adjustment lever is used to set the power tool to one of the 4 settings.
The lower the orbital-action setting, the finer and cleaner the cut edges will be.
The optimum setting can be determined by carrying out practical tests.
To determine the correct setting for the task to be performed, consult the information provided with the saw
blade.
Status
Position 0
Position 1
Position 2
Position 3
6.5 Adjusting the stroke rate
▶ Set the stroke rate regulator thumbwheel to a setting between 1 (low) and 6 (high).
▶ Determine the correct setting for the task to be performed with the applicable saw blade.
6.6 Fitting the anti-splinter insert
The function can be used only with the saw blades for which it is intended.
▶ Press the anti-splinter insert into the base plate from below.
6.7 Adjusting cutting angle
1. Remove the dust removal connector.
2. Slacken the screw.
3. Pull the base plate slightly forward.
4. Use the scale on the product to set the base plate to the desired angle.
5. Securely tighten the screw.
6.8 Repositioning base plate
1. Slacken the screw.
2. Push the base plate back as far as it will go.
3. Securely tighten the screw.
6.9

Installing slider for base plate

Use the slider for the base plate when you work on materials that scratch easily.
1. Hook the front of the slider into the base plate.
2. Press the back of the slider against the base plate until it engages.
*377834*
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Meaning
No orbital action
Low orbital action
Medium orbital action
High orbital action
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