How to troubleshoot a RIDGID 700 Power Tool that won't start?
If the RIDGID Power Tool motor doesn't start, first ensure it's plugged into a power source. If it is, check the fuse and replace it if blown. Also, inspect the brushes to ensure they are making contact with the armature; replace them if they're worn.
Why does my RIDGID 700 motor sound overloaded?
If the RIDGID Power Tool motor sounds overloaded, it might be due to dull dies. Replace the dies. Ensure you are using RIDGID thread cutting oil in adequate quantity. Also, check the screws to make sure brush is pressed firmly onto commutator. Replace worn brushes and use only original brushes. If there is a sharp edge on brush, break the edge.
What to do if my RIDGID 700 Power Tool produces damaged threads?
If the RIDGID Power Tool produces a damaged thread, the dies may be dull or broken, so replace them. Ensure the machine is running in the correct direction by checking the direction switch setting. Reset improperly set dies and ensure they are assembled in the correct sequence. Use only good quality pipe and adequate quantity of RIDGID thread cutting oil.
Why is the support arm on my RIDGID 700 Power Tool turning while threading?
If the support arm of your RIDGID Power Tool turns while threading, ensure the support arm feedscrew is tight. Clean the support arm jaws with a wire brush and make sure the support arm sits square on the pipe.
What causes die heads on my RIDGID 700 to not change properly?
If the die heads of your RIDGID Power Tool cannot be changed properly, eliminate any burr with a file that has occurred at the spline end of the die head.
Why are sparks forming at the motor of my RIDGID 700 Power Tool?
If sparks are forming at the motor of your RIDGID Power Tool, check that the brushes are making proper contact with the commutator. If there is bad contact between brushes and brush holder, tighten the screws, make sure brush is pressed firmly onto commutator. Replace worn brushes. Only use original brushes.
Keep work area clean, avoid explosive atmospheres, keep bystanders away, keep floors dry.
Use grounded outlets, avoid body contact with grounded surfaces, keep connections dry, use proper extension cords.
Stay alert, dress properly, avoid accidental starting, remove wrenches, don't overreach, use safety equipment.
Secure workpiece, don't force tool, check switch, disconnect power before adjustments, store safely, maintain tools.
Keep cutting edges sharp, check for misalignment, use recommended accessories, keep handles dry.
Follow instructions for threading, use support arm for large pipe, do not use if switch is broken, avoid loose clothing.
Provides rotational motion for threading pipe, conduit, rod, with forward/reverse switch.
Details threading capacity, motor type, HP, volts, amps, switch, speed, gear head, body, length, weight.
Lists adapters, oiler, support arm, carrying case, and vises for the Power Drive.
Check plug, cord, brushes, parts for damage, binding, or misalignment. Lubricate if needed.
Ensure adequate lighting, no flammables, grounded outlet, clear path, dry place, level ground.
Plug into outlet, check power cord, ensure tool operates properly by testing switch.
Install die head, secure pipe in vise, fill oiler, position support arm, use pipe wrench if needed.
Place die head, start thread, apply oil, keep switch depressed, release when done, back off die head.
Proper setup is required to prevent tipping. Geared threaders are heavy, requiring two people to lift.
Covers cam plate (pipe size) adjustment and thread size adjustment procedures.
Guides for setting straight or tapered threads by adjusting guide post and angle slots.
Steps to remove stop screw, rotate cam plate, remove old dies, and insert new dies.
Position pipe, install adapter, adjust threader, tighten workholder, apply oil, engage drive, thread pipe, back off.
Covers motor not starting or sounding overloaded, including causes and corrections.
Addresses die head problems, damaged threads, and support arm issues.
Lists adapters, support arm, carrying case, oiler, and grease for the Power Drive.
Lists drop head and geared threaders compatible with the Power Drive.
Instructions for checking and replacing motor brushes.
Guidance on greasing face gear and bearings periodically.
Advises storing the power drive indoors or covered, in a locked area away from children.
Emphasizes using qualified personnel and identical replacement parts for service.
Shows wiring colors for 115/230V systems and installation of brush lead wires.
Provides a schematic for 230V wiring with a line filter, including European color codes.
States the warranty covers defects in workmanship and material for the lifetime of the tool.
Explains how to obtain service and what the company will do to correct problems.
Details what is not covered, including misuse, abuse, and consequential damages.
General| Type | Pipe Threader |
|---|---|
| Motor | Universal |
| Power | 1/2 HP |
| Motor Type | Universal |
| Pipe Capacity | 1/8 inch to 2 inches |
| Weight | 25 lbs |
| Bolt Capacity | 1/4 inch to 1 inch |
| Voltage | 115V |
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