http://www.tpub.com/content/engine/14037/css/14037_58.htm
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Figure 9-4.-The Bourdon gauge. Bourdon Gauge The Bourdon gauge is shown in figure 9-4. It works on the same principle as that of the snakelike, paper party whistle you get at a New Year party, which straightens when you blow into it. Within the Bourdon gauge is a thin-walled metal tube, somewhat flattened and bent into the form of a C. Attached to its free end is a lever system that magnifies any motion of the free end of the tube. On the fixed end of the gauge is a fitting you thread into a boiler system. As pressure increases within the boiler, it travels through the tube. Like the snakelike paper whistle, the metal tube begins to straighten as the pressure increases inside of it. As the tube straightens, the pointer moves around a dial that indicates the pressure in psi. The Bourdon gauge is a highly accurate but rather delicate instrument. You can easily damage it. In addition, it malfunctions if pressure varies rapidly. This problem was overcome by the development of another type of gauge, the Schrader. The Schrader gauge (fig. 9-5) is not as accurate as the Bourdon, but it is sturdy and suitable for ordinary hydraulic pressure measurements. It is especially suitable for fluctuating loads. In the Schrader gauge, liquid pressure actuates a piston. The pressure moves up a cylinder against the resistance of a spring, carrying a bar or indicator with it over a calibrated scale. The operation of this gauge eliminates the need for cams, gears, levers, and bearings. Diaphragm Gauge The diaphragm gauge gives sensitive and reliable indications of small pressure differences. We use the diaphragm gauge to measure the air pressure in the space between inner and outer boiler casings. In this type of gauge, a diaphragm connects to a pointer through a metal spring and a simple linkage system (fig. 9-6). One side of the diaphragm is exposed to the pressure being measured, while the other side is exposed to the pressure of the atmosphere. Any increase in the pressure line moves the diaphragm upward against the spring, moving the pointer to a higher reading. When the pressure decreases, the spring moves the diaphragm downward, rotating the pointer to a lower reading. Thus, the position of the pointer is balanced between the pressure pushing the diaphragm upward and the spring action pushing down. When the gauge reads 0, the pressure in the line is equal to the outside air pressure. MEASURING AIR PRESSURE To the average person, the chief importance of weather is reference to it as an introduction to general conversation. At sea and in the air, advance knowledge of what the weather will do is a matter of great concern 9-4
A device to measure the amount of rain that falls.
dE-ox-E-rI-bO-new-clay-ic acid
The term gauge design is exactly what it sounds like. It refers to how the gauges on certain equipment pieces are placed out and designed.
A compound gauge is a pressure gauge that displays both negative and positive gauge pressure measurements. Gauge pressure is a measurement of pressure relative to ambient pressure. For example, if ambient pressure was 14.7 PSI and you were to measure absolute vaccum using a compound gauge, the gauge would indicate -14.7 PSI.
An instrument that measures and gives a visual display of an amount, the level or the contents
Pitch of the screw is the distance moved by the spindle per revolution.
On a manifold gauge set, there are two gauges. The gauge encased in red measures pressure on the high pressure (discharge) side. That's the "high side gauge". The other will be incased in blue, and measures vacuum pressure on the low side.
Functional gauge is any type of gauge that can be used to verify a part or feature of a part will fulfill its function. Their purpose is to receive a pass/fail result of whether a specific feature on a part will meet its function.
The Bo Bo Canal is in the Mekong Delta of Vietnam.
BB or BO
Bo Knows Bo has 218 pages.
Well Knife Party haven't released the lyrics, and the bonfire lyrics on lyric sites are very wrong. (having originated from the "Bonfire lyrics dubstep" video based on the "dubstep lyrics meme") With a lot of examination (including changing the tempo to hear every word clearly) I hear something like this. Girl, I say let it down We'll never let you down Do not burn girl I'll be nasty let it down The sweat drops, from the dark me love me sanity Let me take tha matches down you'll will never let it down. BO BO BO BO BO BO BO BONFYAH. x2 *synth chorus* Heey BO BO BO BO BO BO BO BONFYAH. *synth* Heey BO BO BO BO BO BO BO BONFYAH. *song bridge* Heey BO BO BO BO BO BO BO BONFYAH. Do not burn girl I'll be nasty let it down The sweat drops, from the dark me love me sanity Let me take tha matches down you'll will never let it on No do not burn girl I'll be nasty let it down The sweat drops, from the dark me love me sanity Let me take tha matches off you'll will never let it on BO BO BO BO BO BO BO BONFYAH. *synth chorus* Heey BO BO BO BO BO BO BO BONFYAH. *synth* Heey BO BO BO BO BO BO BO BONFYAH. *song bridge* Do not burn girl I'll be nasty let it down The sweat drops, from the dark me love me sanity Let me take tha matches off you'll will never let it on No do not burn girl I'll be nasty let it down The sweat drops, from the dark me love me sanity Let me take tha matches off you'll will never let it on Heey BO BO BO BO BO BO BO BONFYAH. The "Bonfyaah" vocal is a sample from a producer pack called "Urban & Dance Vocals." I have this pack and can tell you the vocal comes from a file named "Emperor_Majik_021" (lyrics transcribed by ear)