alaabta

NetCon, MicroNet, iyo MicroNet Plus nidaamyada xakamaynta ee leh 2 CH Actuator modules badan (tirooyinka qayb 5501-428, -429, -430, -431, -432), waxay leeyihiin awood ah 'garaaca' soo noqnoqda in la abuuro agagaarka 3000 Hz. Digniintani waxa laga yaabaa in ay buuq ka dhex abuurto chassis-ka waxana la og yahay in ay keento isbedbedelka calaamadaha baaxadda hoose sida RTDs iyo thermocouples. Waxa laga yaabaa inay sababto kor u kaca dhawaaqa calaamadaha analogga ah sidoo kale. Isha dhibaatadu waa in module kasta oo firfircooni uu soo saaro jawaab celin (ama LVDT ama RVDT) calaamad kacsan oo madaxbannaan oo la mid ah qaybaha kale ee firfircoonida ee soo saara isla wax soo saarkan. Mar haddii calaamadahani ay u badan tahay in ay waxyar ka dhimman yihiin soo noqnoqoshada iyo baaxadda, waxa suurtogal ah in garaaca garaaca u dhigma uu ka soo baxo diyaaradda dhabarka ee chassis oo uu ku horumaro khadka caadiga ah ee analoogga. Sannadkii 1997-kii, Woodward waxa uu sameeyay shaandhayn yar oo DIN-tareen-mountable ah kaas oo si gaar ah loogu talagalay in lagu baabi'iyo buuqa ka dhashay kicinta firfircoonida ee ku dhex jirta xariiq adag oo soo noqnoqda ah oo ku wareegsan 3000 Hz. Cutubku wuxuu u baahan yahay qiyaastii 1 inch (25 mm) ee booska tareenada DIN ee hoos yimaada jileeyaha FTM, wuxuuna leeyahay laba xiriiriye oo silig ah. Hal silig ayaa ku xidhan TB 1 ilaa actuator excitation (-), kaas oo ku yaala Woodward FTM 5437-672 waa terminal TB 6. Siliga labaad wuxuu ku xidhan yahay TB 4 ilaa dhulka. Kooxda adeegyada injineernimada Woodward waxay ku talinayaan in la isticmaalo hal Filter Filter chassiskiiba dhammaan chassis ee isticmaala laba ama in ka badan modules actuator. Marka laga hadlayo nidaamka dib-u-celinta, laba filtar ayaa lagu rakibi karaa si loo hubiyo in ilaalintan la heli karo inta lagu jiro dhammaan xaaladaha socda. Haddii nidaamka kantaroolku leeyahay shasi badan, chassis kasta oo buuxiya shuruudahan waa inuu lahaadaa shaandho.