To Next PageTo Next PageWhy does the Scheppach HM80L Saw motor make excessive noise?
If the motor of your Scheppach Saw makes excessive noise, it could be due to damaged coils or a defective motor. It is recommended to arrange for a specialist to inspect the motor.
Why does my Scheppach HM80L motor overheat easily?
If the motor of your Scheppach Saw overheats easily, it could be due to an overload or inadequate cooling. To resolve this, avoid overloading the motor during cutting tasks. Additionally, remove any dust from the motor to ensure optimal cooling.
Why doesn't my Scheppach HM80L motor reach full power?
If your Scheppach Saw motor isn't reaching full power, it could be due to an overloaded circuit caused by other appliances or motors. Avoid using other utilities or motors on the same circuit as the saw.
Why does my Scheppach Saw motor start slowly?
If the Scheppach Saw motor starts slowly and doesn't reach full speed, it could be due to low power supply voltage, damaged windings, or a burned-out capacitor. Ask the Electricity Board to check the voltage. Have the motor and capacitor checked/replaced by skilled personnel.
How to fix a rough or wavy saw cut with my Scheppach HM80L Saw?
If the saw cut is rough or wavy when using your Scheppach Saw, it may be because the saw blade is dull, or the tooth shape isn't right for the material's thickness. Try re-sharpening the saw blade or using a more appropriate one.
Why does the workpiece pull away and/or splinter when using my Scheppach HM80L?
If the workpiece pulls away and/or splinters when using your Scheppach Saw, it could be due to excessive cutting pressure or using a blade that is not suitable for the material. Try inserting a suitable saw blade.
What to do if the motor of my Scheppach HM80L Saw does not work?
If the motor of your Scheppach Saw doesn't work, the motor, cable, or plug might be defective, or a fuse might be burnt. It is recommended to arrange for a specialist to inspect the machine. Never attempt to repair the motor yourself due to the danger involved. Check the fuses and replace them if necessary.
Why does my Scheppach HM80L motor not reach its full power?
The motor of your Scheppach Saw might not reach its full power because the circuits in the network are overloaded by other equipment like lamps or other motors. Avoid using any other equipment or motors on the same circuit.
Why is the saw cut rough or wavy with my Scheppach Saw?
If the saw cut is rough or wavy when using your Scheppach Saw, it may be due to a dull saw blade or a tooth shape that isn't appropriate for the material thickness. To resolve this, try re-sharpening the saw blade or using a more suitable blade.
Why is my Scheppach HM80L motor starting slowly?
If the Scheppach Saw motor starts up slowly and does not reach operating speed, it could be due to low voltage, damaged coils, or a burnt capacitor. Contact the utility provider to check the voltage and arrange for a specialist to inspect the motor and replace the capacitor.
General| Input power | 1500 W |
|---|---|
| Power source | AC |
| AC input voltage | 220-240 V |
| AC input frequency | 50 Hz |
| Blade bore | 30 mm |
| Blade diameter | 210 mm |
| Blade thickness | 2.6 mm |
| Idle speed (max) | 5000 RPM |
Weight and Dimensions| Depth | 650 mm |
|---|---|
| Width | 420 mm |
| Height | 460 mm |
| Weight | 7540 g |
Read and observe operating instructions and safety instructions.
Wear safety goggles.
Wear ear-muffs.
Wear a breathing mask.
Risk of injury. Never reach into running saw blade.
Important! Laser radiation.
Protection Class II (double insulated).
Details of the underframe assembly and its components.
Read all safety warnings, instructions, illustrations and technical data provided.
Keep work area clean and well lit. Do not operate in explosive atmospheres.
Ensure plugs match outlets. Avoid body contact with earthed surfaces. Do not expose to rain.
Stay alert, use common sense. Wear personal protective equipment. Prevent unintentional starting.
Do not force the tool. Maintain tools. Keep cutting tools sharp. Use tool correctly.
Have tool serviced by a qualified repair person using identical replacement parts.
Use clamps, do not cut small pieces, workpiece must be stationary, push saw through.
Turn off, wait for parts to stop, disconnect power, then free jammed material.
Do not use damaged blades, use correct blades, observe rotation, clean surfaces.
Do not look into beam. Never point at reflective surfaces. Unexpected exposure causes damage.
Insert with correct polarity, do not short-circuit, do not charge non-rechargeable batteries.
Loosen locking screw, attach device, retighten screws.
Loosen locking screw, guide support through holes, retighten.
Loosen locking screw, guide stand through holes, retighten.
Attach dust bag to outlet opening, empty via zipper.
Assemble legs, struts, frames, feet, secure machine.
Adjust rotary table, set angle, secure, lower head, attach clamp, tilt head, secure supports.
Lower head, secure, loosen locking screw, position angle stop, adjust screw for 90°.
Fix stop rail inwards, check clearance, lock material, start motor, cut.
Lower head, fix rotary table, fix stop rail, angle head 45°, use angle stop, adjust screw.
Fix stop rail, move head up, fix rotary table, angle head, cut.
Fix stop rail outwards, move head up, loosen rotary table, set angle, tilt head, cut.
Loosen locknut, adjust screw for depth, re-tighten locknut, check with test cut.
Remove plug, wear gloves, swing head up, fold guard, loosen flange screw.
Remove cover, replace batteries with same type and polarity.
Move switch to '1' to turn on, '0' to turn off for cut guide.
Loosen screws, move laser sideways to align with saw blade teeth.
Adjust clamp height, lower onto workpiece, tighten screw, clamp workpiece.
Tighten set screw, press head down, secure, carry by handle.
Wipe chips, oil rotary parts monthly, do not oil motor, avoid corrosive cleaners.
Check guard for debris, remove sawdust and splinters.
Danger of injury. Remove screws, replace insert, tighten screws.
Check carbon brushes after 50 hours, then every 10 hours. Replace if worn or damaged.
Notes on wear parts and consumables.
Motor may switch off due to overloading. Allow to cool down.
Check cables for damage. Damaged cables are life-threatening.
Mains voltage, extension cable cross-section, electrician connections.
Equipment packaging and accessories are recyclable. Dispose of defective components as special waste.
Symbol indicates WEEE directive compliance. Dispose at designated collection point.
Must not be disposed of in household waste. Bring to collection point.
Check motor, cable, plug, fuses. Arrange specialist inspection.
Check voltage, coils, capacitor. Arrange specialist inspection.
Check coils, motor condition. Arrange specialist inspection.
Check circuits, motor overload. Do not use other equipment on same circuit.
Avoid overloading, ensure motor cooling.
Re-sharpen or use suitable saw blade.
Reduce cutting pressure or use suitable saw blade.
