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BLADE CARE
The bandsaw blade is subjected to a tremendous amount of strain. Make sure to always use the
appropriate feed rate for the type material you are cutting.
Be sure to select a blade of the proper width, style, and pitch that will produce the best cut in
your material. Choosing the wrong blade can produce excess heat that can adversely affect the
life of the blade.
A clean blade performs much better than one that is dirty. Blades that are gummed up and dirty
offer more resistance when cutting through the material. This in turn creates unnecessary heat
in the blade.
CHOOSING A SAW BLADE
A general purpose blade is furnished with this band saw.
To achieve a quality, economical, and efficient saw cut, the following points must be taken into
consideration:
•
Type of material being cut (ferrous or non-ferrous)
•
Material hardness and physical dimensions
•
Blade descent rate
•
Longitudinal speed of blade
•
Blade tooth profile
Choose a tooth pitch that is suitable for the workpiece. Thin walled profiles, including tubes and
pipes require close toothing. At least 3-6 teeth should be in contact with the material while
cutting. Large solid or transverse sections require widely spaced toothing to allow for greater
volume of chips and better tooth penetration. Soft materials such as plastics, light alloys, mild
bronze, Teflon, etc. require widely spaced toothing to avoid clogging.
•
Never use a blade so coarse that less than 3 teeth are engaged in the workpiece at any
time. (Too few teeth will cause teeth to strip out.)
•
Never use a blade finer than required to obtain a satisfactory surface finish or satisfactory
flatness. (Too many teeth engaged in the workpiece will prevent attainment of a satisfactory
sawing rate,
frequently cause premature blade wear, frequently produce “dished” cuts or the
cuts are neither square nor parallel.)
Summary of Contents for BS-916M
Page 3: ...ELECTRICAL COMPONENTS 44 ELECTRICAL SCHEMATIC 46...
Page 15: ...12 12 GETTING TO KNOW YOUR MACHINE A G E D C F B H I J K L N P Q O M S T U V W X R...
Page 37: ...34 34 PARTS DIAGRAM...
Page 38: ...35 35...
Page 48: ...45 45...
Page 49: ...46 46 ELECTRICAL SCHEMATIC...
Page 50: ...47 47 NOTES...
Page 51: ...48 48 NOTES...