To Next PageTo Next PageWhy does Bosch GCM12SD Saw vibrate or shake?
If your Bosch Saw vibrates or shakes, consider the following: * Replace the blade if it is not round. * Replace the blade if it is damaged. * Ensure the blade is properly seated on the inner washer, referring to the Removing and Installing Blades section. * If none of these steps resolve the issue, further assistance from an authorized service may be needed.
What to do if Bosch Saw head assembly will not fully raise?
If the head assembly of your Bosch Saw will not fully raise or the blade guard will not fully close, here are some things to check: 1. Ensure the head assembly lock pin is not engaged. Pull it out to allow the head assembly to move freely. 2. Verify the cover plate is tightened after replacing the blade, referring to the Removing and Installing Blades section. 3. Clean any sawdust accumulation from the head assembly.
Why is Bosch Saw glide mechanism difficult to move?
If the glide mechanism on your Bosch Saw is difficult to move forward and back, the glide movement controller may be set too tight. Loosen the two screws on the movement controller.
General| Type | Sliding Compound Miter Saw |
|---|---|
| Blade Diameter | 12 inches |
| Amperage | 15 A |
| No Load RPM | 3, 800 RPM |
| Voltage | 120V |
| Corded/Cordless | Corded |
| Vertical Capacity (Baseboard) | 6-1/2 inches |
| Saw Blade Bore | 1 inch |
| Max Cutting Capacity at 0° | 14 inches |
| Max Cutting Capacity at 45° Miter | 10 inches |
| Weight | 65 lbs |
| Horizontal Capacity (Crown Molding) | 14 inches |
| Vertical Capacity (Crown Molding) | 6.5 in |
| Max Cutting Depth at 90° | 4 in |
| Max Cutting Width at 90° | 14 in |
| Max Cutting Width at 45° | 9.5 in |
| Power Input | 1, 800 W |
Guidelines for maintaining a safe and organized workspace.
Precautions regarding electrical connections and usage.
Measures to protect the operator during tool use.
Best practices for operating and maintaining power tools.
Instructions for professional servicing of power tools.
Details on the automatic electric brake function of the saw.
Procedure to verify the accuracy of the combination square.
Steps for attaching components like the miter lock knob.
Instructions on how to store the hex key on the saw.
Instructions for connecting and positioning the dust collection bag.
Guidance on how to use and maintain the dust bag.
Connecting vacuum cleaner hoses to the dust port.
Adjusting or detaching the rubber deflector for dust collection.
How to engage and disengage the lock pin for transport and calibration.
Adjusting the controller for smooth saw glide action.
Engaging and disengaging the lever to lock head assembly position.
Setting the blade depth for full-depth and non-through cuts.
Calibrating the miter detent system for accurate angle stops.
Aligning the miter scale pointer with the 0° line for accurate readings.
Adjusting kerf inserts to minimize workpiece tear-out.
Checking and adjusting the 0° bevel stop for square cuts.
Detailed steps for adjusting the 0° bevel stop alignment.
Checking the 45° bevel stop setting for accurate angled cuts.
Detailed steps for adjusting the 45° bevel stop alignment.
Adjusting the tension of the bevel lock lever for secure positioning.
Adjusting the front stabilizing bolt for added support during slide cuts.
Proper technique for lifting and transporting the miter saw.
Methods for securely attaching the miter saw to a workbench or stand.
Guidelines for safe and effective positioning during cuts.
Simulating cuts with the saw OFF to understand blade path.
Using workpiece clamps to secure material on the table.
Adjusting and using sliding fences for support.
Techniques for supporting long workpieces to prevent tipping.
Using blocks or extensions for extra workpiece support.
How to safely activate and use the power switch and lock-off mechanism.
Engaging and using the detent system for preset miter angles.
Locking out detent action for precise miter angle adjustments.
Cross-cut made when saw is in rearmost position.
Cut made with head assembly unlocked, moving away from fence.
Cross-cut made with blade perpendicular to horizontal table.
Using the miter scale for roof rafter pitch angle calculations.
Using miter settings for cutting crown molding.
Technique for cutting tall base boards vertically against the fence.
Steps to configure the saw for making miter cuts.
Cross-cut made with blade perpendicular to fence, table at 0° miter.
Understanding the bevel scale for setting tilt angles.
Explanation of the knob controlling bevel angle ranges.
Instructions for operating the bevel range selector.
Operating the saw for 0-45 degree right bevel cuts.
Using the range for maximum bevel cuts up to 47 degrees.
Understanding the saw's preset bevel stops and detents.
Steps to set up the saw for making a bevel cut.
Definition of cuts combining miter and bevel angles.
Using depth stop adjustment to cut grooves in workpieces.
Instructions and table for cutting base molding at 90° corners.
Overview of cutting crown molding with specific miter/bevel detents.
Method for cutting crown molding flat on the table against the fence.
Setting bevel and miter angles for crown molding cut flat on the table.
Table of settings for crown molding with 38° and 45° spring angles.
Instructions for constructing and attaching an auxiliary fence.
Details on building and attaching an auxiliary fence for crown molding.
Techniques for specialized cuts like bowed or round materials.
Inspection and replacement procedure for motor brushes.
Information on inspecting and replacing the drive belt.
Steps for cleaning and inspecting the drive belt.
Proper cleaning and maintenance of saw blades.
Information on lubricating moving parts and bearings.
Diagnosing and resolving electrical issues with the saw.
Resolving problems with head assembly, angles, blade, and mechanisms.
