By Thomas Bieber Davis(auth.)
Chapter 1 Machining (pages 1–18):
Chapter 2 Metals (pages 19–23):
Chapter three maintenance and Rebuilding (pages 24–31):
Chapter four equipment Inspection and size (pages 32–58):
Chapter five Lubrication (pages 59–68):
Chapter 6 Bearings (pages 69–87):
Chapter 7 Shaft Alignment (pages 88–94):
Chapter eight V?Belt Drives (pages 95–112):
Chapter nine Mechanical Bushings (pages 113–117):
Chapter 10 electrical energy (pages 118–121):
Chapter eleven electrical cars (pages 122–137):
Chapter 12 Centrifugal Pumps (pages 138–154):
Chapter thirteen commercial lovers (pages 155–173):
Chapter 14 Welding (pages 174–177):
Chapter 15 Miscellaneous info (pages 178–186):
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Extra info for Audel Industrial Multi-Craft Mini-Ref
006 C. IN C. 00 49 C. 002 3,600 1,800 1,200 C. 20 20,000 10,000 3,000 3,600 4,000 5,000 1,800 2,000 1,000 1,200 500 400 300 200 100 VIBRATION FREQUENCY - CPM 51 If the displacement of the vibration gets bigger while the frequency remains the same, this can result in a higher level of forces on the bearing. Look at the chart. There is a vibration of 3 mils with a frequency of 1200 CPM. It shows the same frequency as the previous example but a different displacement. ” The bearings are going to fail prematurely due to a higher level of forces on them.
That is the sound of a good bearing. Take a screwdriver and listen to several bearings in machinery that would be expected to be good. Start with fairly new equipment. Just a few good bearings will enable you to identify the beach sound. Once you’ve heard it, you are unlikely to forget it. Bad bearings have a click, rumble, grinding, or other noise that indicates some level of internal damage. Basically a pothole (called a spall) is present in the inner raceway ball path, in the outer raceway ball path, or in one or more of the rolling elements themselves.
CPM = 30 u 60 = 1800 CPM If the frequency is 50 cycles per second, what is the CPM? CPM = 50 u 60 = 3000 CPM If the frequency of vibration is 3600 CPM, what is the frequency in CPS? CPS = CPM ÷ 60 CPS = 3600 ÷ 60 = 60 cycles per second, or 60 hertz If displacement is graphed over a period of time, most mechanical rotating machinery has a sinewave shape. The tops and bottoms of the waves represent the extreme movements. The total height from the bottom to the top is the peaktopeak displacement.
Audel Industrial Multi-Craft Mini-Ref by Thomas Bieber Davis(auth.)