Full indicator reading

Tolerance, full indicator movement FIM is a term used to identify tolerance with respect to concentricity. Terms used in the past were full indicator reading (FIR) and total indicator reading (TIR). 

Two versions of SELECT Combination have been defined. In the first version, the selectors of the two SELECTS are concatenated to form a new selector, as shown Figure 3-6. In this figure, indicates reading a bit field of value r , and represents concatenation of two values. In the second version, if the two selectors reference either the same value or subfields read from the same value, the full value is used as the resulting selector. 

Note 7—The low scale (L) is intended for use with samples of low salt content and is thus more sensitive than the high scale (H). The full scale reading of the milliammeter when toggle switch SI is in the L position is 1.0 mA full scale meter indication when switch SI isintheH position is 10 mA. 

Check total indicated runout (TIR) of the pump shaft by placing a magnetic base-mounted dial indicator on the pump housing and a dial stem on the shaft. Zero the dial and rotate the pump shaft one full turn. Record reading (Figure 56.7). 

It must he particularly noted that details should he entered at this time of amhient and load conditions, and any other factors which have an interface outside the plant itself. In this way, the relationship between amhient, load and plant can he estahlished as a guide to future seasonal and load variations. It is helpful to the user if some indication can he given of operating conditions under light load, since the plant may well work most of its life at less than full load and the operators might not he ahle to interpret the readings taken. 

Fig. A.3. Light meter used by the author (Model 8020, Pelagic Electronics). For total light measurements, the signals are integrated with capacitors. Milliammeter reading is automatically reset at full-scale position, and the number of resets is digitally indicated below the meter. The box at the right contains a photomultiplier and sample compartment.

The indicated flow of acetic acid is 9000 liters per day. The instrument technician checks the flowmeter to see if it has drifted, by opening valve B, with A and C closed (see Fig. 6.7). It should go back to zero— but a reading of 2000 liters per day is noted. The full range on the flowmeter is 10,000 liters per day. What is the real flow rate of the acetic acid The answer is not 2000 liters. Why Because flow varies with the square root of the orifice plate pressure drop. To calculate the correct acetic acid flow ... 

The great secret of the Work, therefore, is to whiten the Latten and to leave all books alone, so as not to be embarrassed by reading them, for this reading could give rise to ideas of useless and expensive work. This whiteness is the Perfect White Stone it is a precious body, which when it has been fermented and has become white Elixir, is full of an exuberant Tincture which it has the property of communicating to all the other metals. The Spirits, at first volatile, become fixed. The next body is resuscitated beautiful, white, immortal, victorious. This is why it has been called Resurrection, Light, Day, and all other names which can indicate whiteness, fixity, and incorruptibility. 

The reagent of known concentration is usually used as the titrant. The titrant is poured into a buret (also spelled burette) until it is nearly full, and an initial buret reading is taken. Buret numbering is close to zero when nearly full. A known volume of the solution of unknown concentration is added to a flask and placed under the buret. The indicator is added or the pH meter probe is inserted. 

Notes. These devices usually measure the volume flow rate Q. The mass flow rate m is given by pQ a A is measured directly by mass meters. The ratio max/min indicates the range of Q measurable with a given individual instrument. FS = full scale, R = reading, Y = yes, N = no. 

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