What to do if my RIDGID WL1200 motor will not run?
If the RIDGID Lathe motor won't run, it could be due to a defective on/off switch, switch cord, or switch box receptacle. Replace any defective parts. If your motor has an overload protector, it may have opened; reset it after the motor cools. A burned-out motor could also be the cause. In this case, consult an Authorized Service Center for assistance.
Why does my RIDGID WL1200 Lathe motor overheat?
If your RIDGID Lathe motor is overheating, it could be overloaded, so try taking shallower cuts. Another cause could be improper cooling due to restricted air circulation from sawdust accumulation inside the motor. Clean out the sawdust to allow normal air circulation.
What to do if my RIDGID WL1200 motor stalls?
If the RIDGID Lathe motor stalls, causing blown fuses or tripped circuit breakers, the starting switch may not be operating, so have the switch replaced. The voltage might be too low, preventing the motor from reaching operating speed, so request a voltage check from the power company. Also, the fuses or circuit breakers may not have sufficient capacity, so install the proper size fuses or circuit breakers.
Why does my RIDGID WL1200 motor fails to develop full power?
If the RIDGID Lathe motor fails to develop full power, the circuit may be overloaded with lights, appliances, and other motors, so avoid using other appliances or motors on the same circuit while using the lathe. Undersized wires or a circuit that's too long can also cause this; increase wire sizes or reduce the wiring length. General overloading of power company facilities might be the issue, so request a voltage check from the power company.
Why is my RIDGID WL1200 Lathe causing frequent opening of fuses or circuit breakers?
Frequent opening of fuses or circuit breakers in your RIDGID Lathe may be due to an overloaded motor. Try taking shallower cuts. Insufficient capacity of fuses or circuit breakers can also cause this, so install the proper size. If the starting switch isn't operating and the motor doesn't reach full speed, have the switch replaced.
What to do if starting switch in my RIDGID Lathe motor will not operate?
If the starting switch in the RIDGID Lathe motor won't operate, it could be due to burned switch contacts, which can result from extended hold-in periods caused by low line voltage. Have the switch replaced and request a voltage check from the power company. A shorted capacitor could also be the cause, so have the capacitor tested and replaced if defective. Loose or broken connections might also be the problem; have the wiring checked and repaired.
Why does my RIDGID WL1200 motor starts slowly?
If the RIDGID Lathe motor starts slowly or fails to reach full speed, low voltage may be the cause. Request a voltage check from the power company. Alternatively, the windings may be burned out or open, so have the motor repaired or replaced.
How to fix RIDGID Lathe slowing down when turning?
If the RIDGID Lathe is slowing down when turning, the V-belt might be too loose. Adjust the belt tension; refer to the Assembly Section for instructions.
Why is my RIDGID Lathe making excessive noise?
If your RIDGID Lathe is producing excessive noise, the motor may be the cause. Have the motor checked by a qualified service technician. Repair service is available at an Authorized Service Center.
How to fix headstock loose on bed of RIDGID WL1200 Lathe?
If the headstock on your RIDGID Lathe is loose on the bed, the setscrew might not be tight. Tighten the setscrew, referring to the “Getting To Know Your Lathe” Section for guidance.
Covers signal words, pre-operation checks, and installation safety for the lathe.
Details recommended accessories, injury prevention, and workpiece inspection for safe operation.
Explains chisel types, selection, theory of turning, and cutting vs. scraping.
Covers tool rest positioning, and techniques for using gouges and skews.
Details on roughing, sizing, smoothing, shoulders, vees, beads, and coves.
Covers duplicate turnings, spindles, drilling, faceplate work, cylinders, and balls.
Addresses common problems like motor not running or lathe slowing down.
Diagnoses motor issues such as noise, low power, overheating, or starting problems.
To Next Page
General
