To Next PageTo Next PageWhy won't my Rikon Power Tools Lathe motor start?
The motor may not start for several reasons. First, ensure the machine is properly plugged in. If it is, check the fuses, as low voltage could be the issue. Also, inspect the plug and all connections for any looseness.
Why does my Rikon Power Tools 70-150VSR Lathe motor fail to develop full power?
Several factors can cause the motor to fail to develop full power. The power line might be overloaded; correct this condition. Also, undersized wires in the supply system can be the cause; increase the supply wire size or eliminate any extension cords. Check and adjust the drive belt tension if it's too high. Low voltage could also be a factor, so have it checked by an electrician and corrected if necessary. Finally, a worn motor will cause this issue, and it will need to be replaced.
What to do if my Rikon Power Tools Lathe motor overheats?
If the motor overheats, it could be overloaded, so reduce the load. Another cause may be restricted airflow, so clean the motor to increase airflow.
What to do if my Rikon Power Tools Lathe motor or spindle stalls?
If the motor or spindle stalls, it could be due to several reasons. Reduce the cutting depth if it's excessive. Check the drive belt for looseness or breakage, and adjust or replace it as needed. Worn spindle bearings can also cause this, requiring replacement. Ensure the motor has proper cooling by cleaning it to increase airflow, or reduce the motor running time. In some cases, a worn motor may need to be replaced.
Why does my Rikon Power Tools Lathe machine bog down during cutting?
The machine may bog down during cutting if the depth of cut is excessive; decrease it. Also, dull turning tools can cause this issue, so sharpen them.
How to reduce excessive vibration on my Rikon Power Tools 70-150VSR?
Excessive vibration can be caused by several factors: * A warped, out-of-round, flawed, or improperly prepared workpiece - correct the problem by planing, band sawing, or discard the workpiece. * Worn spindle bearings - replace the bearings. * A worn belt - replace the belt. * Loose motor mount bolts or handles - tighten all bolts and handles. * An uneven surface - shim the lathe stand, or adjust the feet on the stand for stability.
Why do the tools on my Rikon Power Tools 70-150VSR Lathe tend to grab or dig in?
If tools tend to grab or dig in, it could be due to dull turning tools; sharpen them. The tool rest may be set too low; reposition it. It might also be too far from the workpiece; set it closer. Finally, ensure you are using the correct turning tool for the operation.
What to do if the tailstock moves when applying pressure on my Rikon Power Tools 70-150VSR?
If the tailstock moves when applying pressure, it could be due to excessive pressure; apply only sufficient force to hold the workpiece securely between centers. Ensure the tailstock is secured in place by tightening the locking lever. Also, the lathe bed and tailstock mating surfaces may be greasy or oily; remove the tailstock and clean the bed surfaces with a cleaner degreaser.
How to fix tailstock or tool rest base that do not lock in place on my Rikon Power Tools 70-150VSR?
If the tailstock or tool rest base does not lock in place, the locking lever mechanism may need adjustment. Adjust the nut under the clamping plate to increase or decrease the clamping pressure of the lock levers.
General| Tailstock Taper | MT2 |
|---|---|
| Spindle Taper | MT2 |
| Voltage | 120V |
| Swing Over Bed | 12 inches |
| Spindle Speed | 250-3850 RPM |
| Spindle Thread | 1 in. x 8 TPI |
| Tool Rest Height | 6 inches |
| Tool Rest Width | 6" |
| Tailstock | Adjustable |
| Motor | 1 HP |
Outlines fundamental safety rules for operating power tools and maintaining a safe workspace.
Provides essential pre-operation safety checks and procedures to prevent injury and damage.
Details safety precautions, recommendations, and gauge requirements for using extension cords.
Explains the function and operation of the headstock spindle lock and indexing features.
Details how to adjust and lock the tool rest for safe and precise workpiece support.
Describes the operation of the tailstock locking handles, quill, and handwheel.
