How to troubleshoot a Grizzly G1037Z when the motor will not start?
If the motor of your Grizzly Planer won't start, it could be due to: * Low voltage. Check the power line for proper voltage. * An open circuit in the motor or loose connections. Inspect all lead connections on the motor for loose or open connections.
What to do if my Grizzly G1037Z motor stalls and the circuit breaker blows?
If your Grizzly Planer's motor stalls, won't start, and the fuses or circuit breakers blow, there are several potential causes: * There may be a short circuit in the line cord or plug. Inspect the cord or plug for damaged insulation and shorted wires. * There may be a short circuit in the motor or loose connections. Inspect all connections on the motor for loose or shorted terminals or worn insulation. * Incorrect fuses or circuit breakers in the power line. Install correct fuses or circuit breakers. * Low voltage. Correct the low voltage conditions. * The motor may be overloaded. Reduce the load on the motor.
Why does my Grizzly G1037Z Planer motor overheat?
Your Grizzly Planer motor may overheat due to: * The motor being overloaded. Reduce the load on the motor. * Restricted air circulation through the motor. Clean out the motor to provide normal air circulation.
What to do if my Grizzly Planer slows down during operation?
If your Grizzly Planer slows down while operating, consider the following: * The feed rate may be too high. Try feeding the workpiece slower. * The depth of cut may be too great. Reduce the depth of cut. * The knives may be dull. Sharpen the knives.
Why am I getting chipped grain when planing with my Grizzly G1037Z?
Chipped grain when planing or molding with your Grizzly Planer can occur because: * You are planing against the grain. Flip the board and plane the other side. * The knives are dull. Sharpen or replace the knives.
How to fix a loud noise coming from my Grizzly G1037Z?
A loud, repetitious noise from your Grizzly Planer could be caused by: * Missing or loose pulley setscrews or keys. Inspect keys and setscrews, and replace or tighten if necessary. * The motor fan hitting the cover. Tighten the fan or shim the cover. * A defective V-belt. Replace the V-belt.
What causes fuzzy grain when planing with my Grizzly G1037Z?
Fuzzy grain when planing or molding with your Grizzly Planer can be attributed to: * Lumber with high moisture content. If the moisture content is higher than 20%, sticker the lumber and allow it to dry. * Dull knives. Sharpen or replace the knives.
How do I control snipe on my Grizzly G1037Z?
If you cannot control snipe on your Grizzly Planer, it may be because long or heavy boards sag as they enter and exit the cutter-head. Lift up on the unsupported end of the board as it enters and exits the cutter-head.
What causes chatter marks when planing with my Grizzly G1037Z?
Chatter marks when planing or molding with your Grizzly Planer can be caused by feeding narrow lumber through at the ends of the cutterhead. Feed lumber through the center of the cutterhead.
Why is my Grizzly G1037Z Planer leaving a wavy surface?
A wavy surface when planing or molding with your Grizzly Planer can be due to unequal knife height adjustment. Reset the knives.
Essential safety guidelines for operating power tools and specific planer/moulder precautions.
Overview of the machine, company contact details, and website information.
Details on amperage draw, circuit breakers, grounding, and wiring for 110V/220V.
Identification of machine parts and definitions of common woodworking terms.
Steps for unpacking, identifying parts, and recognizing hardware during assembly.
Guidance on preparing the workspace, cleaning the machine, and assembling the stand.
Procedures for mounting the unit, installing the switch, V-belts, and pulley cover.
Attaching the dust hood and installing the handwheel for table adjustment.
Performing initial tests and verifying factory settings for optimal performance.
Overview of safe operation and best practices for planing wood accurately.
Information on wood types, controlling cut depth, and using the power feed system.
Procedures for thickness planing, setting up moulding fences, and performing moulding.
Safety rules for maintenance, pre-use checks, and table protection instructions.
Guidelines for cleaning, lubricating specific parts, and maintaining V-belts.
Introduction to adjustments, using gauge blocks, and inspecting planer knives.
Procedures for sharpening knives, assembling and using the setting jig.
How to adjust feed roller height/pressure and calibrate the thickness scale.
Steps for adjusting the chip deflector for effective chip and dust management.
Overview of reference sections, available accessories, and machine specifications.
Details regarding product warranty, coverage, and the process for returns.
Essential safety guidelines for operating power tools and specific planer/moulder precautions.
Overview of the machine, company contact details, and website information.
Details on amperage draw, circuit breakers, grounding, and wiring for 110V/220V.
Identification of machine parts and definitions of common woodworking terms.
Steps for unpacking, identifying parts, and recognizing hardware during assembly.
Guidance on preparing the workspace, cleaning the machine, and assembling the stand.
Procedures for mounting the unit, installing the switch, V-belts, and pulley cover.
Attaching the dust hood and installing the handwheel for table adjustment.
Performing initial tests and verifying factory settings for optimal performance.
Overview of safe operation and best practices for planing wood accurately.
Information on wood types, controlling cut depth, and using the power feed system.
Procedures for thickness planing, setting up moulding fences, and performing moulding.
Safety rules for maintenance, pre-use checks, and table protection instructions.
Guidelines for cleaning, lubricating specific parts, and maintaining V-belts.
Introduction to adjustments, using gauge blocks, and inspecting planer knives.
Procedures for sharpening knives, assembling and using the setting jig.
How to adjust feed roller height/pressure and calibrate the thickness scale.
Steps for adjusting the chip deflector for effective chip and dust management.
Overview of reference sections, available accessories, and machine specifications.
Details regarding product warranty, coverage, and the process for returns.
General| Type | Benchtop Planer |
|---|---|
| Cutterhead Speed | 10, 000 RPM |
| Number of Knives | 3 |
| Maximum Cutting Height | 6 in |
| Maximum Cutting Depth | 1/8" |
| Feed Rate | 26 ft/min |
| Table Length | 24" |
| Motor | 2 HP, 120V, single-phase |
To Next Page
