To Next PageTo Next PageHow to troubleshoot a Grizzly G0503 motor that will not start?
If the Grizzly Saw motor won't start, it could be due to low voltage. Check the power line to ensure it's providing the correct voltage. Another potential cause is an open circuit or loose connections in the motor. Inspect all lead connections on the motor to make sure they are secure and properly connected.
Why does my Grizzly Saw motor overheat?
If the Grizzly Saw motor overheats, it could be due to the motor being overloaded. Try reducing the load on the motor. Another cause could be restricted air circulation. Clean out the motor to ensure normal air circulation.
What to do if my Grizzly G0503 motor won't start and the fuses blow?
If your Grizzly Saw motor won't start and the fuses or circuit breakers are blowing, it could be due to a short circuit in the power wires. Inspect the wiring for damaged insulation and shorted wires. Another cause could be a short circuit in the motor or loose connections; repair or replace any loose, shorted, or wires with worn insulation. The circuit or motor might also be overloaded, so reduce the amperage load.
Why does my Grizzly G0503 Saw motor stall and blow fuses?
If the Grizzly Saw motor stalls, causing blown fuses or circuit breakers, it could be due to a short circuit in the motor or loose connections. Repair or replace any loose, shorted, or wires with worn insulation on the motor. Low voltage can also cause this, so correct any low voltage conditions. Make sure you have the correct fuses or circuit breakers installed. Finally, the motor may be overloaded, so reduce the load on the motor.
What causes excessive vibration in my Grizzly Saw?
Excessive vibration in your Grizzly Saw can be caused by several factors. It could be a worn-out V-belt, which you should replace. A bent or worn-out blade can also cause vibration, so replace the blade. Additionally, worn-out wheel bearings or wheels can be the source of the problem, so consider replacing them.
Why does my Grizzly Saw blade slow down when cutting?
If the blade on your Grizzly Saw slows down during operation, it's likely that you're applying too much pressure to the workpiece. Try slowing down the feed rate.
Why does my Grizzly G0503 blade cut unevenly?
Uneven cuts or a rough surface from your Grizzly Saw blade can be due to several reasons. The blade may not be properly tensioned, so adjust the tension. An uneven tooth set, teeth that are sharper on one side, or a bad weld or crack in the blade can also be the cause. In these cases, you should replace the blade.
What causes hydraulic fluid overheating in my Grizzly G0503?
If the hydraulic fluid in your Grizzly Saw is overheating, several factors could be responsible. Dirty oil cooler fins can restrict cooling, so clean them. A restricted flow through the oil cooler can also cause overheating, so replace the oil cooler if necessary. Check if the cooling fan is working and repair it if not. An overworked system can also cause overheating, so reduce the load on the conveyor belt. Low hydraulic fluid can contribute to overheating, so fix any leaks and add fluid. A restricted hydraulic line can also cause this issue, so remove any pinches or kinks. Lastly, a clogged filter can cause overheating, so replace the filter.
Why does my Grizzly G0503 Saw blade squeal and slow down?
If the blade on your Grizzly Saw slows down while cutting and squeals upon start-up, it's likely due to a loose or worn-out V-belt. You should tighten or replace the V-belt.
What to do if the conveyor on my Grizzly Saw won't run?
If the conveyor on your Grizzly Saw won't run, it could be due to the hydraulic motor not running. Refer to the motor troubleshooting steps. It might also be low on hydraulic fluid, so check for leaks and add fluid. Finally, the hydraulic lines could be attached backward, so switch them.
General| Motor Power | 2 HP |
|---|---|
| Table Size | 20-1/4 x 27 in. |
| Weight | 242 lbs. |
| Motor | 2 HP, 110V/220V, Single-Phase, TEFC |
| Dust Port Size | 4" |
| Blade Diameter | 10" |
| Blade Size | 10" |
| Arbor Size | 5/8" |
| Max Cut at 90° | 3-1/8" |
| Maximum Cut Depth | 3-1/8" at 90° |
Critical safety warnings and general operating precautions for machinery.
Specific safety precautions for operating the resaw.
Safety guidelines related to the hydraulic system.
Electrical requirements for 220V 3-phase power.
Electrical requirements for 440V 3-phase power.
Grounding procedures, phase converter use, and extension cord recommendations.
Steps for unpacking the machine and checking included parts.
Guide to identify and match hardware during assembly.
Required tools, materials, and site considerations for setup.
Instructions for removing from crate, floor mounting, and conveyor belt installation.
Steps for attaching hydraulics, control panel, and rollers.
Connecting dust collector, installing blade, and connecting power.
Performing test run and adjusting blade tension.
Identification of main parts like rollers, conveyor, dust port, and control panel.
Description of motor, hydraulic system components, and controls.
Explanation of the function of each button on the control panel.
Instructions for cleaning and routine maintenance checks.
Information on V-belt condition, tension, and machine bearings.
Schedule and procedure for greasing machine components.
Steps for minor and major maintenance on the hydraulic system.
How to inspect and replace wheel scrapers.
Adjusting blade tracking and guide blocks for proper blade path.
Adjusting support wheel and calibrating blade elevation gauge.
Aligning conveyor table and tracking the conveyor belt.
Instructions for replacing the conveyor belts.
Procedures for V-belt tensioning and replacement.
Instructions for converting the machine to 440V power.
Safety precautions during machine operation.
How to prepare workpieces for precise cuts.
Adjusting blade height and operating conveyor belt.
Adjusting pressure rollers and performing resawing operations.
Details on blade types, care, and common breakage causes.
Solutions for common machine problems and symptoms.
