To Next PageTo Next PageWhat to do if my RIDGID R4850 will not start?
If your RIDGID Planer won't start, first check if it is properly plugged into a power source. If it is plugged in, check for a blown fuse or a tripped breaker and replace the fuse or reset the breaker. For motor failure, loose wire, on/off switch not working, or motor overload, contact a local authorized Service Center.
Why does my RIDGID Planer leave snipe (uneven cut on end of boards)?
Snipe on boards planed with the RIDGID Planer can occur due to several reasons. It might be caused by dull cutterhead blades, so replace or flip them. Another reason can be incorrect butted stock, in this case butt pieces end to end as you feed them into the planer. Also, check if the unit is mounted properly and tighten the mounting bolts if necessary.
Why is my RIDGID R4850 causing torn grain?
Torn grain when using the RIDGID Planer can be due to a cutterhead depth that is too deep, so reduce the depth of cut. It can also happen if the workpiece is fed against the grain, so feed the opposite end of the board first. Dull cutterhead blades can also cause this, so replace or flip the cutterhead blades.
What to do if my RIDGID R4850 has interrupted operation?
If your RIDGID Planer's operation is interrupted, it may be due to the unit being overloaded, so reduce the load on the unit. Another cause could be a circuit overload, so operate the planer on an independent circuit not connected to other appliances.
Why is my RIDGID R4850 leaving a fuzzy/rough grain?
A fuzzy or rough grain finish from the RIDGID Planer can occur if the moisture content is high in the workpiece, so ensure the wood is dry before planing. Dull cutterhead blades can also cause this, so replace or flip them. Additionally, a cutterhead depth that is too deep can be the reason, so reduce the depth of cut. Also check for proper power supply and check cord and plug for damage and check motor brush condition.
Why is the cutterhead height difficult to adjust on my RIDGID R4850 Planer?
If the cutterhead height on your RIDGID Planer is difficult to adjust, it could be due to a dirty spindle, so clean and lubricate it. For a worn chain, contact a local authorized Service Center.
What to do if the board thickness does not match depth scale indicator on my RIDGID Planer?
If the board thickness does not match the depth scale indicator on your RIDGID Planer, the depth scale might be incorrect, so adjust it. Also, the tables might be dirty, so clean and wax them.
Why am I getting an uneven depth of cut with my RIDGID Planer?
An uneven depth of cut with the RIDGID Planer can occur if the cutterhead is not level with the Wear Table, so adjust the elevation nuts. For inconsistent pressure from rollers or uneven wear on them, contact a local authorized Service Center.
Introduces the RIDGID Model R4850 portable planer and its basic specifications.
Details the power requirements for the planer's motor, including voltage, current, and frequency.
Lists all components and hardware included with the RIDGID Model R4850 portable planer.
Instructions for attaching the cutterhead lock handle using provided hardware and tools.
Instructions for attaching the cutterhead height adjusting handle to the shaft.
Details options for dust management, including the dust deflector and dust collection attachment.
Step-by-step guide for connecting the dust collection attachment to the planer.
Instructions on how to secure the planer to a stand or work surface for safe operation.
Overview of the planer's controls and how to adjust them for operation.
Detailed steps on how to safely turn the planer on and off.
Instructions on using the cutterhead lock to minimize snipe during planing.
Steps for adjusting the head assembly to control the depth of cut.
Guide on using the material removal gauge to determine the amount of wood removed per pass.
Provides recommended depths of cut based on wood type and width for optimal results.
Instructions for setting the depth stop dial for repetitive planing to a specific thickness.
Instructions on using the adjustable indexing ring for making fine depth adjustments.
Best practices and tips for achieving optimal planing results, including workpiece handling.
Specifies the minimum and maximum dimensions for planing material to ensure safe operation.
Explains what snipe is and provides methods to avoid it during the planing process.
Guidance on how to plane wood that is twisted, including warnings about jams.
Instructions for planing cupped wood to achieve flat surfaces and better results.
Advice on planing bowed wood, noting the effect of rollers and the benefit of using a jointer.
Detailed instructions on inspecting, adjusting, cleaning, and replacing the planer knives.
Steps to adjust the in-feed and out-feed tables to minimize snipe and ensure proper alignment.
Procedure to check and adjust the depth adjustment scale for accurate measurements.
Instructions for maintaining tables, keeping the machine clean, and lubrication.
Guidance on resetting the circuit breaker, changing brushes, and replacing the drive belt.
General
