Bedienungsanleitung Scheppach Structo 7.0 (Seite 14 von 42) (Deutsch, Englisch, Französisch, Italienisch, Spanisch)

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Assembly

Your Scheppach construction circular saw is completely

assembled.

Blade wrench

Adherence arbor

Allen wrench SW 5/SW 6 are included in the delivery

scope

Open-end wrenches SW 7, 8, 10, 13, 17

Screw driver is not included in the delivery scope

U-bolts

• Both crane U-bolts (6) are diagonally assembled

together.

With both crane U-bolts the machine can be hung onto

a crane using slings.

Clamping appliance for the longitudinal end stop, (5)

• With the clamping appliance the correctly adjusted

longitudinal end stop can be ﬁxated.

Cross-cut gauge, Fig. 08

• Put a round-head screw M8 x 70 from below through the

square tub into the crosscut gauge. Clamp the crosscut

gauge with disc ø 8 and handle.

Adjust the slewing unit right-angled to the saw blade

with the sixfold screw in the square tub. Use the 90°

angle and subsequently carry out a trial cut.

• Assemble the retaining screw on the frame head valve at

the front left for the saw blade wrench and spline end.

1 cylindrical screw M5 x 40

2 discs 5

2 sixfold nuts M5

Cover, Fig. 01

• The cover is assembled ready to operate.

• The cover is a protection facility and should always be

installed.

• Be vigilant that the cover is always laid out on the table

blade by its own weight but with both screws loosely

tightened.

Fitting slit wedge, Fig. 04

• The slit wedge socket is assembled.

• Loosen the sixfold screws M12 x 40 in the slit wedge

socket. Do not unscrew completely!

• Insert the slit wedge (4) from above between the

clamping plate and the inbetween plate and tighten the

sixfold screws M12 x 40.

• On tting the saw blade the slit wedge has to be set up

accordingly. (see Fig 09)

Fitting of the saw blade, Fig. 03

• sixfold nut M20 take off left-hand thread and ange.

• set up saw blade from below and den Flange

• on tightening the sixfold nut hold back the motor shaft

with the retaining arbor.

Adjustment slit wedge, Fig. 04

• The distance between the saw blade and the slit wedge

should maximum be 8 mm.

Check this after every saw blade exchange and adjust if

necessary. The peak of the slit wedge should never be

set deeper than the height of the highest sprocket. It is

recommended to adjust max. 5 mm below the peak of

the upper saw sprocket peak.

The slit wedge is an important protection facility that

leads the workpiece and avoids the closing of slit joints

behind the saw blade, and the returning of the

workpiece.

Please note the thickness of the slit wedge – see staved

in nºs in the slit wedge. The slit wedge should not be

thinner than the saw blade and not thicker than the

width of its slit joints.

The slit wedge has to align with the saw blade.

Fig. 02

In case of deviations adjust as follows.

• Loosen sixfold screws (1)

• Align slit wedge vertically

• Slightly tighten sixfold screws (1)

• Align the slit wedge to the saw blade and tighten the

sixfold screws (1) again.

Longitudinal end stop, Fig. 05

Screw the middle plate onto the end stop pipe. Do not

tighten!

2 ﬂat edge screws M6 x 50

2 discs ø 6

2 wing nuts M6

Slide in end stop rail and wedge.

Position 1 = high installation surface

Position 2 = low installation surface

Put the longitudinal end stop in the clamping appliance.

Clamp = pull clamping ap up

Unfasten = push clamping ﬂap down

Electrical connection

The installed electrical motor is connected ready to opera-

The connection complies with the relevant VDE- and DIN-

regulations

The power supply as well as the used extension cable

should comply with these regulations.

Motor-brake facility

Your construction circular saw is equipped with an

automatically functioning deadlock brake. The brake starts

functioning after switching off the motor.

Important information

The electrical motor is made for operating mode S6 / 40%

When the motor gets overcharged, it automatically switch-

es off. After a short cool-down period (time varies) the mo-

tor can be switched on again.

Defective electrical power supply cords

Electrical power supply cords often suffer insolation

damages. Causes are:

• Pressure spots, when power supply cords are being led

through windows or doors.

• Buckling spots by incorrect attachment or guidance of

the power supply cords.

•Cuttings by driving over a power supply cord.

•Insulation damages through pulling out of the socket.

•Cracks in worn-out insulation.

Such defective electrical power supply cords should not be

used and are extremely dangerous because of the insulat-

ion damage.

Check electrical power supply cords for damages on a

regular basis. Please observe that upon checking the power

supply cord is not plugged in. Electrical power supply

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Scheppach Structo 7.0 Seite 14

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