Why my King Industrial Saw will not start?
If your King Industrial Saw won't start, there are several potential causes. First, ensure the saw is properly plugged in. If it is, check the fuse or circuit breaker and replace or reset it if necessary. A damaged cord could also be the culprit, in which case you should have it replaced by a certified electrician. Lastly, the overload relay might not be set; try pushing the overload reset button.
Why does the overload keep kicking out on my King Industrial Saw?
If the overload on your King Industrial Saw is kicking out frequently, it could be due to several reasons. Using an extension cord that is too light or too long can cause this issue, so try replacing it with an adequate size cord. Feeding the stock too fast can also overload the saw; try feeding the stock more slowly. A blade in poor condition (dull, warped, or gummed) can cause the overload to kick out, so clean or replace the blade. Additionally, a misaligned rip fence or warped wood can cause the blade to bind, so check and adjust the rip fence or select another piece of wood. Finally, low house current can also cause this issue, so contact your electrical company.
General| Motor Power | 15 Amp. |
|---|---|
| Weight | 35 lbs |
| Voltage | 120V |
| Blade Diameter | 10 inch |
| Arbor Size | 5/8 inch |
| Maximum Cutting Depth at 90 Degrees | 3" |
| Maximum Cutting Depth at 45 Degrees | 2" |
| No Load Speed | 5000 RPM |
| Max Cutting Depth at 45° | 2" |
Covers the 10" table saw for a limited period, detailing warranty terms and conditions.
Keep dated proof of purchase for warranty and servicing purposes.
Information on obtaining replacement parts for the tool from authorized service centers.
Details the 2-year limited warranty for original retail consumers, excluding misuse and neglect.
Refers to the King Canada web site for the most updated parts diagram and lists.
Read manual and labels to understand tool application, limitations, and hazards.
Ensure the tool is properly grounded using the 3-prong plug and receptacle.
Maintain guards in good working order, properly adjusted and aligned.
Form habit of checking for and removing tools before turning on.
Maintain a clean, well-lit workspace free of clutter and slippery conditions.
Do not use tools in damp/wet locations or expose to rain; ensure adequate workspace.
Ensure all visitors are kept a safe distance from the work area.
Secure workshop with padlocks, master switches, or by removing starter keys.
Operate the tool at the proper speed for better and safer performance.
Do not force the tool or attachment to do a job it was not designed for.
Avoid loose clothing, gloves, jewelry that can get caught in moving parts.
Wear safety glasses (ANSI Z87.1) and consider a dust mask for dusty operations.
Maintain proper footing and balance at all times to avoid overreaching.
Keep tools sharp and clean; follow instructions for lubrication and accessories.
Disconnect power before servicing or changing accessories/attachments.
Ensure the switch is OFF before plugging in the tool.
Use only recommended accessories and follow their instructions.
Avoid serious injury from tipping; do not store materials requiring standing on the tool.
Inspect damaged guards/parts for proper operation before further use.
Turn power OFF and wait for the tool to come to a complete stop.
Always use guard, splitter, and anti-kickback fingers for thru-sawing operations.
Hold the work firmly against the miter gauge or fence.
Use a push stick for ripping narrow stock.
Never perform operations free-hand; always use fence or miter gauge.
Never stand or place body parts in the path of the saw blade.
Do not reach behind or over the cutting tool with either hand.
Move rip fence out of the way when cross cutting.
Do not run stock between fence and moulding cutterhead.
Feed work into the blade against its direction of rotation.
Never use the fence as a cut-off gauge when crosscutting.
Never attempt to free a stalled saw blade without turning the saw OFF.
Provide support for wide or long workpieces to the rear and sides of the saw.
Keep blade sharp, fence parallel, guards in place, and avoid warped wood.
Avoid awkward operations and hand positions that could lead to injury.
Identifies the magnetic switch component of the table saw.
Identifies the handwheel used for raising or lowering the saw blade.
Identifies the miter gauge used for guiding workpieces.
Identifies the safety components: blade guard and splitter.
Identifies the handwheel used for tilting the saw blade.
Identifies the dust chute for dust collection.
Specifies the motor's horsepower rating.
Details the electrical amperage and voltage requirements.
Provides the dimensions of the saw's main table surface.
Specifies the table dimensions including any extension wings.
Indicates the range of miter angles the saw can achieve.
Indicates the range of bevel angles the saw can achieve.
Specifies the standard blade diameter for the saw.
States the maximum depth of cut at a 90-degree bevel.
States the maximum depth of cut at a 45-degree bevel.
Provides the rotational speed of the saw's arbor.
Specifies the diameter of the saw's arbor.
Information regarding the necessary power supply, circuit, and fuse requirements.
Instructions and warnings for proper grounding of the table saw to reduce shock risk.
Instructions for attaching the extension wings to the table saw surface.
Step-by-step guide for installing the blade guard and splitter assembly.
Guidance for assembling an optional rip fence system for the saw.
Procedure to check and adjust the positive stops for 45 and 90 degree blade angles.
Instructions for leveling the table insert with the saw table surface.
How to adjust the miter gauge's index stops and operate it.
Detailed steps for safely removing and installing saw blades.
Instructions on operating the handwheels for blade height and tilt adjustments.
General safety advice and recommendations before starting any cutting operations.
Procedure for performing crosscuts using the miter gauge.
Procedure for performing ripping operations using the rip fence.
Instructions for using an optional moulding cutterhead, including safety warnings.
Instructions for using an optional dado head set, including safety warnings.
Solutions for issues where the saw fails to power on.
Diagnoses and fixes for frequent motor overload trips.
Troubleshooting steps for inaccurate angle cuts.
Solutions for instances where the material binds the blade during ripping.
Addresses issues where material binds against the splitter.
Solutions for common causes of poor quality cuts.
Troubleshooting steps for the blade not reaching operating speed.
Solutions for excessive vibration during machine operation.
Diagnoses and fixes for stiff blade raising or tilting mechanisms.
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