To Next PageTo Next PageWhat to do if my Skil Saw will not start?
If your Skil Saw won't start, possible causes include: the power cord isn't plugged in (plug the saw in); a tripped fuse or circuit breaker (replace the fuse or reset the breaker); a damaged cord (inspect and replace if necessary at an authorized service center); a burned-out switch (have it replaced at an authorized service center); or the safety switch is engaged (disengage the safety switch).
Why does my Skil 5480 Saw cut bind, burn, and stall when ripping?
If your Skil Saw cut binds, burns, and stalls motor when ripping, the causes and solutions are: * A dull blade with improper tooth set. Discard the blade and use a different one. * A warped board. Make sure the concave or hollow side is facing 'DOWN' and feed slowly. * Blade binds. Assemble the blade and tighten the Vari-Torque clutch. * Improper workpiece support. Clamp or support the workpiece.
Why is my Skil 5480 Saw blade not coming up to speed?
If the blade of your Skil Saw is not reaching the correct speed, this could be due to an extension cord that is too light or too long (replace it with an adequate cord) or low house voltage (contact your electric company).
What to do if Skil 5480 Saw has excessive vibration?
Excessive vibration in your Skil Saw can be caused by: * A blade that is out of balance. Discard the blade and use a different one. * A workpiece that is not clamped or supported properly. Clamp or support the workpiece.
Why Skil Saw blade is slipping?
If the Skil Saw blade is slipping, it means that tool does not cut workpiece. To fix this, assemble the blade and tighten the Vari-Torque clutch.
General| Type | Circular Saw |
|---|---|
| Blade Diameter | 7-1/4 inches |
| Motor Power | 15 Amp |
| No-Load Speed | 5300 RPM |
| Cutting Depth at 90 Degrees | 2-3/8 inches |
| Weight | 11.5 lbs |
| Cord Length | 6 feet |
| No Load Speed | 5, 300 RPM |
| Arbor Size | 5/8 inch |
| Depth of Cut at 90 degrees | 2-3/8 inches |
| Max Cut Depth @ 90 degrees | 2-3/8 inches |
General guidelines for maintaining a safe and organized workspace.
Crucial precautions regarding electrical connections, grounding, and cord usage.
Advice on staying alert, using PPE, and preventing accidental starts.
Proper techniques for operating and maintaining power tools for safety and longevity.
Specific instructions and warnings for safe blade handling and cutting operations.
Explains kickback causes and operator prevention methods for circular saws.
Details on the operation, maintenance, and importance of the saw's lower guard.
Further safety precautions including GFCI, tool maintenance, and chemical exposure risks.
Detailed instructions for securely mounting the saw blade, including safety checks.
Explanation of the Vari-Torque Clutch's function in preventing kickback and proper adjustment.
How to set and adjust the blade depth for different cutting tasks and materials.
Explanation of the safety switch mechanism designed to prevent accidental starts.
Procedure for verifying and adjusting the saw's 90-degree cutting angle.
Instructions on adjusting the saw's bevel angle for angled cuts up to 45 degrees.
How to use the foot notch as a guide for straight 90° and 45° bevel cuts.
Information on the power indicator light for models 5480 & 5485.
Details on operating the trigger switch for turning the tool on and off safely.
Best practices for holding the saw and performing standard cutting operations.
Warning against using abrasive wheels for cutting masonry or metal with this saw.
Step-by-step guide for performing plunge cuts safely, including guard operation.
Techniques for supporting and cutting large panels to prevent binding and kickback.
Recommendations for professional service and repair by authorized centers.
Guidance on lubricating the tool, especially gear areas during brush changes.
Information on examining and replacing carbon brushes for optimal motor performance.
When and how to replace bearings for smooth tool operation.
Safe methods for cleaning the tool, including using compressed air and avoiding solvents.
Advice on recognizing dull blades and proper cleaning methods.
Troubleshooting steps for power issues, switch problems, or safety switch engagement.
Diagnosing and resolving issues related to motor speed and power supply.
Identifying causes of excessive vibration, such as unbalanced blades or poor workpiece support.
Solutions for achieving accurate square cuts, referencing adjustment and guide procedures.
Troubleshooting for ripping operations involving blade binding, burning, or motor stalling.
Steps to resolve issues where the blade slips instead of cutting the workpiece.
