To Next PageTo Next PageHow to prevent materials from tearing when cutting with a Scheppach Capas 5?
If materials tear or split when cutting with your Scheppach Saw, it could be because the cutting pressure is too high, or the saw blade is not the right type for the given use. Try using a more appropriate saw blade.
What to do if my Scheppach Capas 5 motor does not function?
If the motor of your Scheppach Saw does not function, it could be due to a defective motor, cable, or plug. In this case, have an expert examine the machine. Never attempt to repair it yourself to avoid serious injury. Alternatively, the fuse might be blown. Check the fuse and replace it if necessary.
Why does my Scheppach Capas 5 Saw motor overheat?
The motor of your Scheppach Saw might be overheating because it is overloaded. Avoid overloading the motor when sawing. Another reason could be insufficient cooling of the motor. Ensure that no dust or dirt is covering the motor and that it is placed far enough away from other objects.
What causes a Scheppach Capas 5 blade to be rough or bent?
A rough or bent saw blade on your Scheppach Saw could be caused by a blunt saw blade. Sharpen the saw blade. Another possible cause is an incorrect shape of the saw teeth. Use a more appropriate saw blade.
Why Scheppach Capas 5 motor starts up slowly?
If your Scheppach Saw motor starts up slowly and does not reach the usual operating speed, it could be due to power being too low. Let the power company check the power supply. Alternatively, the casing of the electric motor might be damaged. Have the motor examined by a specialist and have the capacitor replaced.
Why is my Scheppach Capas 5 Saw motor so loud?
If your Scheppach Saw motor is quite loud, it could be due to damage to the casing of the electric motor. In this case, have the capacitor replaced by a specialist. Another possibility is that the motor is defective, so have it checked by a specialist.
Specific safety guidelines for operating Crown and Mitre Box Saws, including protective gear and handling.
Releasing the blocking knob of the intake slit for transport or storage.
Instructions for turning and tightening the hand grip on the front side.
Installing the dust bag by connecting the collar opening to dust supports.
Placing the screw vice into the prepared drill holes on the machine body.
Location of the clip for practical storage of the saw blade key.
Connecting the machine to power and understanding safety notes before use.
Guidance on holding materials, hand placement, and unlocking the saw head.
Instructions for performing straight, bevelled, and slanted cuts on the material.
Details on ceiling molding cuts, automatic intake, and wave-laser system usage.
Steps to detach the saw blade, including releasing screws and bracing clamps.
Procedure for fitting a new saw blade, ensuring correct alignment and tightening.
Identifying causes and risks associated with damaged or faulty electrical connections.
Adjusting the saw unit to a precise 90° angle using the clamping lever and angle gauge.
Setting the indicator to 0° on the sliding scale after achieving the 90° position.
Adjusting the chock to achieve a 45° angle for left or right cuts.
Setting the saw arm to a 33.9° angle using the chock peg and screw thread.
Setting the bevel angle by moving the rotating table using the spring grip.
Regular cleaning and lubrication of the machine's rotating parts.
Procedure for removing and reinstalling table covers, checking blade movement.
Replacing batteries in the laser unit, ensuring proper cleaning and voltage.
Steps for replacing drive belts, including loosening screws and adjusting the motor.
Checking motor brushes for wear and replacing them if necessary.
General