Surely you have some mounting screws for the Knives, don't you? You may have to loosen those and Re-set your Cutter Depth & Level. I use a "Step-Gauge" to do that with. In some Rare Cases you may have to shim to attain the desired results.
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Linear feet are a measure of length (no different from feet); square feet measure area. You cannot simply convert between measures of different kinds of quantities;the connection between them will be specific to a particular problem.A practical example in which this question can arise is in buying countertops for a kitchen. Some materials are sold by the square foot; others (basically those that are extruded, so they come in standard widths) are sold by the linear foot. In order to compare the two, you need to compute the area and wall length for the countertop you want.You can't convert between the two. All you have to do is to make the appropriate measurements so you can calculate the price of each item.The terms used in the lumber industry are a bit confusing.There are two terms that I think you might be mixing up.A LINEAR FOOT is simply the length of a board. If you want to know the area or volume of the board,you need additional information. For instance, 6 linear feet of 1-by-12 has an area of 6 square feet (12 inches = 1 foot, times 6 feet), and it's 1 inch thick, so the volume is 1/2 cubic foot (6 square feet times 1/12 foot). But 6 linear feet of a 1-by-6 board would have half the area and half the volume.A BOARD FOOT is equivalent to one square foot of a 1-inch-thick board. In other words, it is a square-foot-inch (ft^2-in), or 1/12 cubic foot.Linear feet are used for the pricing of a single size such as two-by-fours. Board feet are used for larger lumber that you are more likely to want to compare directly with different size boards .To sum up, neither a linear foot nor a board foot can be converted directly to square feet. A linear foot is a linear (length) measure, and a board foot is a volume measure. You need to know your particular board to do anything more, such as find the area.an example with an" L" shaped countertop will betwo rectangles are 24 by 80 inches and 24 by 36 inches. Thus the area is: 24 * 80 + 24 * 36 = 24 * (80 + 36) = 24 * 116= 2784 sq. in.To get it in square feet, divide by 144: 2784 / 144 = 19.33 sq. ft.The linear measure of this countertop would be 60 + 80 = 140 inches = 140/12 feet = 11.67 feet
Buy an 8 ohm speaker and wire it in series-parallel look up images of of combination series-parallel wiring this allows wiring all speakers and keeping the 8 ohm loaf on the amplifier. Should get more linear volume between speakers. Not sure if replacement is worth it, those speakers are pretty good and work well with rain and jobsite conditions. I am planning to install some 8 ohm half inch tweeters on my Makita radio and using the series parallel wiring. Plead note series-parallel wiring is not series wiring or parallel wiring. It is s totally different way of wiring it that uses both names.
this is normal with all planers, when you feed the board in the planer there are two feed roller one on each side of the knives so you get uneven pressure on the board at the start and at the end of the board .when planing boards for a project always add 10"inches or more extras then cut to lenght after planing to thickness required. never cut boards to length before planing .
Use a backing board, such as high grade 3/4 inch plywood under the board you are planing, and you should be able to get down to 1/16, depending on the stability of the board you are planing. Take light cuts and flip it over to cut on both sides. Sounds like you might be making a guitar?
Hi, Depeending on the thickness of the lines matters. If the lines are Black and about 1-2 inches thick it may be a bad bottom buffer board or a bad panel (screen).
If the lines are thin 1/16 to 1/8 inch it is most likely a bad panel.
You can open up the set and depending on the model, see the thin board/boards running across the bottom with ribbon cables going to the panel. You may be able to attempt reseating the ribbon cables, but be careful as some retainer plugs break very easy.
If the lines are thick black and the reseating doesn't correct it you may be able to buy the coresponding buffer. Unfortunately some bottom buffers are actually part of the panel. If you are not comfortable taking it apart then call a professional but be aware labor charges start around $200 not counting parts, panels start at $600 up to over $1000
hope this helps
make sure the wall where the mirror is going to be, is perfectly flat.
if you are going to install the 4x6 ft mirror. you need minimum of 3/8" board, if not 1/2".
yu use mastic the same way you use caulking. on the safety side, I recommend you install upper and lower railing.
the mastic will hold the mirror, three glop on each side and enough in the body of the mirror. press on hard, but too hard you will break the mirror
the mastic will take about a week to cure completely.