How to adjust my RIDGID TS2424 for accurate 90° and 45° cuts?
If your RIDGID Saw cut is not true at 90° or 45° positions, the stop collars may not be properly adjusted. See the “Adjustment” section, “Blade Tilt, or squareness of blade to table”.
Why does my RIDGID TS2424 Saw motor overheat?
If the RIDGID Saw motor overheats, it could be due to overloading. Try feeding the material into the blade more slowly. Another reason could be improper cooling. Clean out any sawdust to allow for normal air circulation through the motor. See “Maintenance” and “Lubrication” section.
What to do if my RIDGID TS2424 motor stalls and trips the circuit breaker?
If your RIDGID Saw motor stalls, resulting in blown fuses or tripped circuit breakers, the starting switch may not be operating. Have the switch replaced. Also, the voltage may be too low for the motor to reach operating speed, so request a voltage check from the power company. Insufficient capacity of fuses or circuit breakers can also cause this issue; install the proper size fuses or circuit breakers.
Why does my RIDGID TS2424 keep tripping the circuit breaker?
If the RIDGID Saw experiences frequent opening of fuses or circuit breakers, the motor may be overloaded. Try feeding the material into the blade more slowly. Also, check if the fuses or circuit breakers have sufficient capacity and install the proper size if needed. A faulty starting switch can also cause this; have it replaced.
Why RIDGID Saw motor fails to develop full power?
If the RIDGID Saw motor fails to develop full power, it might be due to an overloaded circuit. Avoid using other appliances or motors on the same circuit while using the saw. Undersized wires or a circuit that is too long can also cause this; increase wire sizes or reduce the wiring length. General overloading of power company facilities can also be a factor; request a voltage check from the power company. Finally, incorrect fuses or circuit breakers in the power line can be the cause; install the correct ones.
What to do if the starting switch in my RIDGID TS2424 motor won't operate?
If the starting switch in your RIDGID Saw motor will not operate, burned switch contacts (due to extended hold-in periods caused by low line voltage, etc.) may be the cause. Have the switch replaced and request a voltage check from the power company. If equipped, a shorted capacitor could be the problem; have it tested and replaced if defective. Loose or broken connections can also prevent operation; have the wiring checked and repaired.
Why does my RIDGID TS2424 Saw motor start slowly?
If your RIDGID Saw motor starts slowly or fails to come up to full speed, low voltage may be the cause. Request a voltage check from the power company. Another possibility is burned out or open windings, in which case you should have the motor repaired or replaced. A faulty starting switch could also be the issue; have the switch replaced.
How to reduce excessive vibration on my RIDGID Saw?
If you experience excessive vibration with your RIDGID Saw, the blade may be out of balance. Discard the blade and use a different one.
What to do if my RIDGID TS2424 Saw cut binds when ripping?
If the cut binds, burns, or stalls the motor when ripping with your RIDGID Saw, the blade may be dull or have an improper tooth set. Sharpen or replace the blade. Blade heeling could also be the issue; see the “Adjustments” section, “Heeling Adjustment”. A warped, cupped, or twisted board can also cause this; consider cutting from the other side or using a jig or fixture to make it stable. If the rip fence is not parallel to the blade, see the “Assembly” section, “Aligning Rip Fence.” Finally, the spreader may be out of alignment; see the “Assembly” section, “Installing Blade Guard.”
Why is the tilt and elevating hand-wheel on my RIDGID TS2424 Saw hard to turn?
If the tilt and elevating hand-wheel on your RIDGID Saw turn hard, it could be due to sawdust on the threads of the tilt screw or elevating screw. See the “Maintenance” and “Lubrication” sections. Another cause could be bearing retainers that are too tight. See the “Assembly” section, “Checking Tilt Mechanism.”
Defines DANGER, WARNING, CAUTION signal words for safety.
Steps to take before operating the saw for safety.
Instructions to prevent kickbacks and material ejection.
Precautions for personal protection, including eye and ear protection.
Safety advice when the saw blade is in motion.
Inspecting the saw before each operation for safety.
Steps for planning cuts and workpieces to ensure safety.
Guidelines for appropriate clothing and personal safety equipment.
Precautions to prevent accidental starts and clear jams.
Safe methods for feeding workpieces through the saw.
Actions to take when finishing operation and leaving the saw.
Specific safety advice for rip cuts.
Specific safety advice for crosscut cuts.
Details on voltage, amperage, and H.P. for the saw's motor.
Safety precautions for electrical connections and grounding.
Critical safety advice before assembly and powering on.
Safety importance of installing table extensions for fence support.
Warnings about consequences of misaligned blades (binding, kickback).
Step-by-step guide to check blade parallelism to the miter gauge groove.
Safety warning about contacting sawblade teeth while reaching under the table.
Safety warning before checking blade tilt.
Procedure to check if the blade is square to the table at 90 degrees.
How to adjust the 90° stop screw for blade squareness.
Procedure to check blade alignment at a 45° angle.
Procedure for adjusting rip fence guide bars using shims and alignment.
Crucial safety advice for operating saw controls.
Guidance on preventing kickbacks and material ejection.
Covers dress, blade operation, preventing accidental starts, and post-operation.
Warnings and instructions for using carbide tipped blades.
General safety and maintenance advice for the saw.
Common problems, probable causes, and remedies for the table saw.
Troubleshooting motor issues like noise, power, speed, and overheating.
General| Motor | 15 Amp |
|---|---|
| Voltage | 120 V |
| Bevel Capacity | 0 - 45 degrees |
| Blade Diameter | 10 inches |
| Arbor Size | 5/8 inches |
| Maximum Cut Depth at 45 Degrees | 2-1/2 inches |
| Dust Collection | 2-1/2 in Dust Port |
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