Why does the weld break when used on my Dake Saw?
If the weld breaks when used on your Dake Saw, it could be due to a few reasons. First, ensure that the weld is annealed correctly. Second, avoid grinding the weld too thin. Finally, make sure you are not creating a weak or incomplete weld.
What to do if the weld area melts the blade on my Dake V-16?
If the weld area melts the blade instead of welding when the welding switch is pushed on your Dake Saw, it could be due to a few reasons. First, adjust the welding switch to cut off earlier. Second, turn the welding pressure adjuster clockwise, because the Welding Pressure may be too weak. Finally, increase the speed of jaw movement, because the jaw movement may be too slow.
What to do if there is an incomplete weld on my Dake V-16?
If you're experiencing an incomplete weld with your Dake Saw, it could stem from several issues. First, ensure the initial jaw gap (weld lever position) is set correctly. Second, adhere to proper clamping procedures. Third, replace the defective cut-off switch, because it may not break the circuit at the end of the welding operation. Also, adjust the Cut-off Switch correctly, separate welded points of cut-off switch, clean and oil the Slide Rod, loosen the stop screw, bend cable and untangle wires.
What to do if the jaws do not move on my Dake V-16?
If the weld could not be made and the Jaws do not move on your Dake Saw, it could be due to the following reasons: the wire connection is poor, the connecting point of welding switch is bad (change the welding switch), the transformer is burnt out (change the transformer), there is some oil on the blade (remove the oil), there is some rust on the blade ends (grind off the rust), the adjustment of the welding pressure is incorrect (loosen the adjusting screw that is in center of it).
How to fix a misaligned weld on a Dake V-16?
If you have a misaligned weld on your Dake Saw, try these solutions: Clean the jaws or blade if there's dirt or scale. Cut the blade ends off square if they aren't. Align the blade ends correctly when clamping. Replace worn jaws or inserts, and ensure the jaws are aligned correctly.
What causes misaligned weld-blade ends to overlap on a Dake Saw?
If you are experiencing misaligned welds where the blade ends are overlapped on your Dake Saw, it could be due to the Jaw Upset Force Control being set for a wider blade than the one you are using, so readjust Jaw Upset Force Control correctly or the blade ends or jaws are not aligned correctly, so align blade ends or jaws correctly.
Why are the welds brittle on my Dake V-16 Saw?
If you're getting brittle welds with your Dake Saw, it might be because the weld hasn't been annealed correctly. Refer to the 'Annealing' section in the operation chapter for proper instructions. Also, incorrect annealing heat could be the problem; bring the weld up to the correct color as described under 'Annealing' in the welder operations chapter. Lastly, scale or oil on the weld can cause poor annealing, so remove any scale or oil.
Comprehensive list of safety precautions for operating the bandsaw, covering personal protection and machine use.
Procedure for safely removing the machine from packaging and checking for physical damage or missing parts.
Critical warnings regarding electrical connections, emphasizing the need for qualified electricians to prevent injury.
Description of key operational controls like shift levers, handwheels, and buttons for machine functions.
Details on adjusting blade tension, tracking, and guide posts for optimal performance.
Step-by-step guide for properly installing and tensioning the saw blade.
Procedure for adjusting the blade's position on the wheels for accurate cutting.
Instructions for setting the height and securing the guide post relative to the material.
Steps for adjusting the blade guide holders to support the blade correctly.
Procedure for setting the blade guides close to the blade without contact.
Information on different blade materials, tooth shapes, and set types for various cutting applications.
Recommendations for selecting saw blades based on material thickness and desired cutting characteristics.
Procedures for cutting blades to length and preparing teeth for welding.
Steps for welding saw blades, including annealing procedures for carbon and bi-metal blades.
Instructions for dressing welded areas and inspecting the quality of the weld joint.
Diagnosing and resolving problems with blade welding, including misalignments, breaks, and brittle welds.
Identifying and fixing common issues like twisted blades, incorrect cutting direction, dulling, and noise.
Detailed part listings for key mechanical assemblies of the bandsaw.
Identification of parts for wheel, work table, and electrical control switch assemblies.
Parts breakdown for the blade welder, work lamp, and shear mechanisms.
General| Model | V-16 |
|---|---|
| Category | Saw |
| Type | Vertical Band Saw |
| Capacity Rectangle (H x W) | 16" x 16" |
| Motor Power | 2 HP |
| Throat Depth | 15.5 inches |
To Next Page
