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14
ClimaLogic Heirarchy for Screen Menus
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Module Compr Unload Functions F5 Module Size Status Chiller Operating Status Mod1 Comp1 Data Compr Runtimes Status Compr Cycles Status Compr ON/OFF Status Evap Status Cond Status
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co oll ogi c c hil le r statu s m enu
--> all mo dul e c o mp r u n loa d stat us f n5 --> mod ul e si ze stat us / chi ll er o pe r st --> mod 1 c om p 1 data / mod 1 c om p 2 data --> mod 2 c om p 1 data / mod 2 c om p 2 data --> mod 3 c om p 1 data / mod 3 c om p 2 data --> mod 4 c om p 1 data / mod 4 c om p 2 data --> mod 5 c om p 1 data / mod 5 c om p 2 data --> mod 6 c om p 1 data / mod 6 c om p 2 data --> com pr r un ti me / com pr cycl es --> com pr o n/o ff s tat us --> evap stat us / con d s tat us [--> p re v] [--> c loc ks e t] [--> hom e] [ --> ala rm]
co oll ogi c a ll m od ule c om pr u nlo ad s fn5
[- -> mod 1 c om p un loa d stat us ] [- -> mod 2 c om p un loa d stat us ] [- -> mod 3 c om p un loa d stat us ] [- -> mod 4 c om p un loa d stat us ] [- -> mod 5 c om p un loa d stat us ] [- -> mod 6 c om p un loa d stat us ] [--> p re v ] [--> s etu p] [--> h om e] [-->a la rm]
m1c1 suc p r: 0000.0 psi / m od ul e 1 com p 1 su c s u pe rh t: 0000.0 f / c h wat er in: 0000.0f m1c1 suc t p: 0000.0 f / ch wate r ou t: 0000.0f m1c1 dis p r: 0000ps i / m1c 1 d is tp: 0000.0f m1c1 stat us: o ff / cd wat er in: 0000.0f m1c1 fai l: o ff / c d wat er o ut: 0000.0f
m1c1 run ti me: 0000.0h / m1 c1 cyc l es: 00000 m1c1 min ru n ti me: o ff m1c1 m in o ff ti m e: o ff low est h d p res : 0000/c dmv pi d ou t: 000.0
cdm v p id v dc sca le d ou t: 00.00 [--> pre v] [--> s et up] [--> ho me] [-->a lar m]
co oll ogi c co mp res so r on /o ff stat us
m1c1 stat us: o ff / m 4c 1 stat us: o ff m1c2 stat us: o ff / m 4c 2 stat us: o ff m2c1 stat us: o ff / m 5c 1 stat us: o ff m2c2 stat us: o ff / m 5c 2 stat us: o ff m3c1 stat us: o ff / m 6c 1 stat us: o ff m3c2 stat us: o ff / m 6c 2 stat us: o ff
[- -> pre v] [--> s et up] [--> ho me] [-->a lar m]
co oll ogi c m odu le 1 c om pr u nlo ad s tat us
m1c1 lo w s u ct p re ss u nlo ad : o ff m1c2 lo w s u ct p re ss u nlo ad : o ff m1c1 lo w s u ct t em p u n loa d : of f m1c2 lo w s u ct t em p u n loa d : of f m1 e va p fr ee ze t em p un l oad : of f m1 c o nd watou t te mp unl oad : of f m1c1 hig h d is p res s u nloa d : of f m1c2 hig h d is p res s u nloa d : of f m1c1 hig h d is t em p un l oad : o ff m1c2 hig h d is t em p un l oad : o ff
[--> p re v ] [--> s etu p] [--> h om e] [-->a la rm]
co oll ogi c o per ati ng & l oad in g stat us stg1 clg rmp : u nlo ad / p id1 c ou n t: 000.0 stg2 clg rmp : u nlo ad / p id2 c ou n t: 000.0 stg1 htg r mp : unl o ad / h pi d1 cou nt: 000.0 stg2 htg r mp : unl o ad / h pi d2 cou nt: 000.0 ch il l mo de: n of lo/p has /loa d state : lo ad ing ch il s tat: chi ll er o ff/
[- -> pre v] [--> s et up] [--> ho me] [-->a lar m]
co oll ogi c co mp res so r cyc le stat us
m1c1 cycl es: 00000 / m4 c1 cyc le s : 00000 m1c2 cycl es: 00000 / m4 c2 cyc le s : 00000 m2c1 cycl es: 00000 / m5 c1 cyc le s : 00000 m2c2 cycl es: 00000 / m5 c2 cyc le s : 00000 m3c1 cycl es: 00000 / m6 c1 cyc le s : 00000 m3c2 cycl es: 00000 / m6 c2 cyc le s : 00000
[--> pre v] [--> s et up] [--> ho me] [-->a lar m]
co oll ogi c co mp res so r on /o ff stat us
m1c1 run tm: 00000.0h / m 4 c1 ru nt m: 00000.0h
m1c2 run tm: 00000.0h / m 4 c2 ru nt m: 00000.0h
m2c1 run tm: 00000.0h / m 5 c1 ru nt m: 00000.0h
m2c2 run tm: 00000.0h / m 5 c2 ru nt m: 00000.0h
m3c1 run tm: 00000.0h / m 6 c1 ru nt m: 00000.0h
m3c2 run tm: 00000.0h / m 6 c2 ru nt m: 00000.0h
[- -> pre v] [--> s et up] [--> ho me] [-->a lar m]
co nd wat er te m p & p ump statu s
cn d h2o in: 0000.0f / c nd h2o o ut: 0000.0f co nd f low stat us: o ff cn d pu mp#1 s tat: of f / c nd pu m p#2 s tat: o ff co nd wat er di f f p res s s ens or: 00.0 p si d
[--> pre v] [--> s et up] [--> statu s]
mo du l e s iz e statu s o nly le gen d mo d1 si ze: [0] / 1 = no t us e d /4 = 70 to n m od mo d2 si ze: [0] / n ot e; d o no t se lec t 2 o r 3 mo d3 si ze: [0] mo d4 si ze: [0] mo d5 si ze: [0] mo d6 si ze: [0]
[- -> pre v] [--> a la rm] [--> se tu p] [--> c loc kse t]
eva p wate r te mp & p um p stat u s
ev p h2o in: 0000.0f / e vp wat er out: 0000.0f eva p flo w statu s: o f f ev pm p #1 s tat us: o ff/e v pm p #2 stat us: o ff ch il l wate r d iff p re ss s en so r : 00.0 p si d
[- -> pre v] [--> s et up] [--> statu s]
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