it is defined as difference between upper and lower range values. eg if range of pressure sensor is 2 to 10 bar then span will be 10-2= 8 bar
Your answer is Calibration.
instron is a company's name which makes scientific instrument like water vapour permeabilty analyser, gas permeability analyser. where texture analyser is itself an instrument which analyses texture of food or medicine etc using different probes.
in dumpy level the line of sight is perpendicular to vertical axis.But in tilting level the line of sight need not be perpendicular to vertical axis .the instrument is roughly leveled in a tripod stand with respect to bubble tube & thus making the instrument approximately vertical...then it is tilted with a finely pitched tilting screw which tilts the telescope wrt to vertical...it has advantage that due to tilting levelling can be done quickly and accurately!!
A negative rack angle leads to downward pressure that results in compression waves appear in front of the cutting instrument. It takes great pressure to avoid the cutting implement's blade rising up on those waves.
Engineering is maths. Every branch of Engineering (Chemical, Process, Stationary, Mechanical, Electrical etc.) is based in the application of math to the physical world to describe the transfer of heat, energy, mass and momentum. Math details the impact of stress, strain, erosive chemicals and heat on systems. Math is used in risk management, cost estimation, life span calculations, scale up and downsizing.
There is not an instrument that has 1000 strings. The largest stringed insturment is the Earth Harp that has 16-22 strings and can span 1000 feet. A 1000 string version has been discussed.
This question is using two instrumentation terms which are often incorrectly used interchangeably. The range of an instrument is the measurement of which it is capable and the span is the measurement for which it is calibrated. The span can equal the range or be less than the range. Whatever span you have calibrated the transmitter to will be represented by the 4-20ma output. In this case, if the instrument has a measurement range of 200psi, you could adjust the span for 200 psi, but it would corrspond with the maximum range of 200psi, possibly introducing inaccuracies when operating near the end of the range. It would be preferable to select a device with a range of 250psi and then adjust the span so that 200 psi causes a full scale output of 20ma. This is a span of 80% of the range. (200/250) The output of the transmitter is selected during design of a certain range which will be compatible with the other equipment in the loop. Standards are 4-20ma, 10-50ma, 0-10v and many others. Standard instrument design procedures will normally try to select an input range that will cause the majority of the normal operation measurements to fall within 20-80% of the range. Absolutely correct ! Note concerning range and span: The range of any type of measuring instrument or device is determined by its physical limitations and so the design and construction of it determines the operational application limits and the aimed accuracy. For latter reason the selection of an instrument depends on both factors. The range is limited by the lowest and highest value that a device is adjusted to measure while the adjusted span is equal or smaller than the range. Note that the accuracy is only established by the range, not the span !
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Range: The region between the limits within which a quantity is measured, received ortransmitted. It is expressed by stating the lower and upper range valuesSpan: The algebraic difference between the upper and lower range values expressed in the same units as the range
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The range of an instrument or any type of equipment are the ultimate limits for which it has been designed / constructed. A part of the measuring range is normally indicated as the span which complies with the calibrated standard output. The span is always smaller or equal to the range. For exampe a pressure transmitter range of 0 to 100 barg can be calibrated to measure a span of 20 - 80 barg and so the span is 60 barg. Note that the range still determines the accuracy !
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