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<br />0003 lH <br /> <br />'. <br /> <br />can b( plott(d V(t'UI tim( and will updat( it.(lf a. th( .(n.or Vllu( <br />changu. A vuy u.eful uampl( i. a plot of watn hv(I, or luum flow <br />ut( wi th time. Thil guph, .hown in Figur( 14 .how. a typical hydroguph <br />of a riling riv(r l(v(1 in current tim(. It i. po..ibl(, a. th( plot <br />r(ach(1 th( (nd of th( grlph, to Icroll th( X azil, or tim(, di.play to <br />k((p th( plot on .cr((n. Aglin, graph. of thil tyP( can b( Itor(d and in- <br />Itantly call(d up by nmn( u.ing th( MACAO f(atu[(. <br /> <br />Uling th( 547B Bal( Station all Iraph. can b( plott(d in color. up to <br />16 diff(rent colorl may b( u.(d for th( Iraph it.(lf plul titl(. and <br />bordn I. <br /> <br />Ah_ ManaCGIldlt <br /> <br />Th( Enbanc(d Alut SoftwU( aho provid(1 a vuutil( alarm managaDent <br />.yst(m. Each unlor can b( auiln(d alarm limits in th( .0ftwU( luch that <br />when th( limits au ucud(d a ton( will 10Und and I muug( will b( <br />dilplay(d on w( err or printn. Th( alarm al.o function. automatically <br />wh(n th( r(mot( .tation batt(ry voltag( falll b(low a pr(d(t(rmin(d valu( <br />to warn of baUny di schar8(. <br /> <br />. <br /> <br />Alum limits can b( .u for a muimum or minimum valU( and pOlitiv( <br />and n(gativ( r.t(. of chang( of a I(n.or, including thre.bhold limitl that <br />must be (zc(ed(d in addition to the ut( of change limit. Por uamp1c, <br />rainfall or riv(r lev(1 rat(1 of incr(a.e m.y be .(t, a. w(11 a. muimum <br />wat(r l(v(II, that will caUI( an alarm at the ba.e .tation when any of <br />th(le limit. ate (zce(ded. In addition all alannl ar( logl(d into a fil( <br />'0 that th(y IIIIY b( laur di.play(d and analyud. AD. eumple of the alarm <br />108 fih is Ibown in Pigur( 15. <br /> <br />Data hchiYinl <br /> <br />All data coll(ct(d will be ator(d in file. de.ianat(d by the u.et. <br />Pile nmn(1 id(otify th( data for particular lenlorl, aroupl of .eo.orl, <br />rime interval., (tc. If for any r(alon file data n((dl to be chanaed, a <br />data editor allow. manual d(l(tinl, chanlinl, or inlertion of data into the <br />file. Data can then be retri(v(d from theae f11(1 and dilpla,ed in either <br />tezt or Iraphical data. <br /> <br />Stre_ Pl_ Ratina auyc. <br /> <br />Each IUeam flow .enlor in the nuwork ma, han a uting table defined <br />for it. Thil uble allow. a .tream flow .,alue to be ddin(d for uch warn <br />le.,el Vllu( at a .(n'or .ite. A conatant ahift factor can be applied to <br />th( ratinl table if requir(d for recalibration. Strcmn flow .,alu(a in CfS <br />can then be di.played in tut form, or graphically, II .hOWD in Piauu <br />16(a) and 16(b), re.pectively. <br /> <br />S'lt~COnfi8uratiOD <br /> <br />." <br />, <br /> <br />Remote Itltion. mu.t be aligned unique len.or identification codel and <br />.ensor tYP(I. Initial value. and conver.ion factor. mu.t al.o be a..igned. <br />Station. may nc(d to be changed, added, or deleted. Information of thia <br />type i. handled by the configuration, or databa.e manal~ent function of <br />the .oftwue. The procesa il .implifi(d by the use of prompu, or menu- <br /> <br />21 <br />