FC-101 VLT HVAC Basic Drive Cascade Controller
“
Imininingwane Yomkhiqizo:
- Igama Lomkhiqizo: I-VLTp HVAC Basic Drive Cascade Controller
- Inombolo Model: 130BA362.10
- Ukusetshenziswa: Pump izicelo ukugcina ingcindezi noma level over
ububanzi obuguquguqukayo - Ukulawula: Isiguquli semvamisa nge-Cascade Controller
- Izici: Ukulawula isivinini esiguquguqukayo, stagisivinini esingaguquki
amaphampu, ukugcinwa kwengcindezi
Imiyalo yokusetshenziswa komkhiqizo:
1. Isilawuli Se-Cascade Siphelileview
Isilawuli se-Cascade senzelwe izinhlelo zokusebenza zokupompa lapho
ukugcina ingcindezi ethile noma ileveli phezu kobubanzi obuguquguqukayo
kuyadingeka.
2. Ukucushwa Kwesistimu
Uhlelo luqukethe iphampu yesivinini esiguquguqukayo (umthofu) elawulwayo
ngesiguquli sefrikhwensi, kanye nokunye okufika kokubili
amaphampu isivinini esingaguquki ezingaba staged on and off njengoba kudingeka.
3. Ukusebenza
Ngokushintsha isivinini sephampu eholayo, isivinini salo lonke uhlelo
ilawulwa ukuze kugcinwe ukucindezela okuqhubekayo, ukunciphisa ukucindezeleka kanye
ukuqinisekisa ukusebenza okuthule.
4. Ukushintshwa Kwephampu Yokuhola
Isilawuli se-Cascade sivumela amaphampu angusayizi olingana angu-5 ukuba abe
kulawulwa, nephampu eholayo ishintshana phakathi kwazo, iqinisekise
ukusetshenziswa okulinganiselayo.
5. Isimo Sesistimu Nokusebenza
Isimo sokusebenza sephampu ngayinye kanye nesilawuli se-Cascade can
ziqashwe ku-Local Control Panel (LCP), zibonise ukuthi
amaphampu ayasebenza, akhubazekile, noma staged.
Imibuzo Evame Ukubuzwa (FAQ):
Q: Ingabe Isilawuli se-Cascade singawalawula amaphampu amaningi
kanyekanye?
A: Yebo, Isilawuli se-Cascade singakwazi ukulawula usayizi olingana no-5
amaphampu, nephampu yomthofu eshintshana phakathi kwawo ukuze alinganisele
ukusebenza.
Q: Ingabe Isilawuli se-Cascade sigcina kanjani singashintshi
ingcindezi?
A: Ngokushintsha isivinini sepompo eholayo kanye no-staging njalo
amaphampu esivinini njengoba kudingeka, uhlelo luqinisekisa ukucindezela okuqhubekayo,
ukunciphisa ukucindezeleka nokuqeda ukukhuphuka.
“`
UKWENZA UKUPHILA KWESIKHATHI KUBE KUNGASEKHO
Isiyalezo
I-VLTp HVAC Basic Drive Cascade Controller
I-VLT® HVAC Basic Drive Casca…
I-VLT® HVAC Basic Drive Cascade Controller
1.1 Isilawuli se-Cascade
Amaphampu esivinini ahlala njalo (2)
130BA362.10
Amaphampu esivinini aguquguqukayo (1)
Inzwa Yokucindezela
Isiqalisi sezimoto
Umfanekiso 1.1 Isilawuli se-Cascade
I-Frequency Converter ene-Cascade Controller
Isilawuli se-Cascade sisetshenziselwa izinhlelo zokusebenza zepompo lapho ingcindezi ethile ("ikhanda") noma ileveli idinga ukugcinwa phezu kobubanzi obuguquguqukayo. Ukusebenzisa iphampu enkulu ngesivinini esiguquguqukayo phezu kobubanzi obubanzi akusona isixazululo esifanelekile ngenxa yokusebenza kahle kwephampu futhi ngenxa yokuthi kunomkhawulo ongokoqobo olinganiselwa ku-25% olinganiselwe isivinini sokulayisha esigcwele sokusebenzisa iphampu.
Ku-Cascade Controller isiguquli se-frequency silawula injini yejubane eguquguqukayo njengephampu yejubane eguquguqukayo (lead) futhi ingakwazitage kufika kumaphampu esivinini amabili engeziwe avuliwe futhi avaliwe. Ngokushintsha isivinini sepompo yokuqala, ukulawulwa kwesivinini esiguquguqukayo salo lonke uhlelo kunikezwa. Lokhu kugcina ingcindezi eqhubekayo kuyilapho kususa ukunyuka kwengcindezi, okuholela ekunciphiseni kwengcindezi yesistimu nokusebenza okuthulile kumasistimu wokupompa.
Iphampu Yokuhola Engaguquki Izinjini kufanele zibe nobukhulu obulinganayo. Isilawuli se-Cascade sivumela isiguquli sefrikhwensi ukuthi silawule amaphampu angusayizi olingana angu-5 sisebenzisa amadrayivu okudluliselwa okwakhelwe ngaphakathi amabili kanye netheminali engu-27, 29 (okufakwayo kwedijithali/okuphumayo kwedijithali). Lapho iphampu eguquguqukayo (umthofu) ixhunywe ngokuqondile ku-converter ye-frequency, amanye amaphampu angu-4 alawulwa ama-relay amabili eyakhelwe ngaphakathi kanye ne-terminal 27, 29 (idijithali yokufaka / ukuphuma kwedijithali). Ukushintsha kwephampu yomthofu akukwazi ukukhethwa uma iphampu yomthofu ilungisiwe.
Ukushintshana Kwephampu Yokuhola Izinjini kufanele zibe nobukhulu obulinganayo. Lo msebenzi wenza kube nokwenzeka ukujikeleza isiguquli semvamisa phakathi kwamaphampu ohlelweni (lapho ama-25-57 Relays per Pump = 1, impompo ephezulu ingu-4. Uma i-25-57 idlulisela iPump = 2, iphampu ephezulu yi-3). Kulo msebenzi isikhathi sokugijima phakathi kwamaphampu siyalingana kunciphisa ukugcinwa kwepompo okudingekayo nokwandisa ukuthembeka nokuphila kwesistimu. Ukushintshaniswa kwepompo eholayo kungenzeka ngesignali yomyalo noma ku-staging (engeza ipompo ye-lag).
Umyalo ungaba ukushintshana ngesandla noma isignali yomcimbi wokushintshana. Uma umcimbi wokushintshana ukhethiwe, ukushintshanisa kwephampu eholayo kwenzeka njalo uma kwenzeka umcimbi. Izinketho zihlanganisa noma nini lapho isibali sikhathi siphelelwa yisikhathi, lapho iphampu eholayo ingena kumodi yokulala. Staging kunqunywa umthwalo wesistimu wangempela. 25-55 Okunye uma Layisha50%=1, uma umthwalo >50% Ukushintshana ngeke kwenzeke. Uma umthwalo u-50% Ukushintshana kuzokwenzeka. Uma 25-55 Okunye uma Layisha50% =0, Ukushintshana kuzokwenzeka kungakhathaliseki ukuthi Umthwalo. Isamba somthamo wephampu sinqunywa njengephampu yomthofu kanye namandla amaphampu esivinini esinejubane. Ukuphathwa Komkhawulokudonsa Ezinhlelweni zokulawula i-cascade, ukugwema ukushintsha njalo kwamaphampu esivinini esingaguquki, ingcindezi yesistimu oyifunayo igcinwa ngaphakathi komkhawulokudonsa kunokuba ube sezingeni eliqhubekayo. I-StagI-ing Bandwidth inikeza umkhawulokudonsa odingekayo ukuze usebenze. Uma kwenzeka ushintsho olukhulu nolusheshayo kungcindezi yesistimu, Umkhawulokudonsa Wokukhipha ukhipha i-Staging Umkhawulokudonsa ukuvimbela impendulo esheshayo ekushintsheni kwengcindezi yesikhathi esifushane. Isibali-sikhathi SokuKhipha Umkhawulokudonsa singahlelwa ukuze sinqande i-staging kuze kube yilapho ingcindezi yesistimu isizinzile futhi nokulawula okuvamile kusungulwe. Uma isilawuli se-Cascade sinikwe amandla futhi sisebenza ngokujwayelekile futhi isiguquli semvamisa sikhipha i-alamu yohambo, inhloko yesistimu inakekelwa ngu-s.taging futhi destagamaphampu anesivinini esingaguquki. Ukuvimbela njalo staging futhi destaging futhi unciphise ukuguquguquka kwengcindezi, i-Fixed Speed Bandwidth ebanzi isetshenziswa esikhundleni se-Stagi-bandwidth.
Umfanekiso 1.2 Umkhawulokudonsa
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
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I-VLT® HVAC Basic Drive Casca…
I-VLT® HVAC Basic Drive Cascade Controller
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1.1.1 Isimo Nokusebenza Kwesistimu
Kuphela uma iphampu yomthofu isebenza, isiguquli semvamisa singangena kumodi yokulala. Uma Isilawuli se-Cascade sinikwe amandla, isimo sokusebenza sephampu ngayinye kanye nesilawuli se-Cascade siboniswa ngu-25-81, Isimo Sephampu no-25-80, Isimo Se-Cascade ku-LCP. Ulwazi lwesilawuli se-Cascade olubonisiwe luhlanganisa:
1.1.2 Izimo zokuqala/zokumisa
Bona 5-1* Okokufaka Kwedijithali.
· Pumps Status, kuyinto ukufunda out of the isimo
ama-relay anikezwe iphampu ngayinye. Isibonisi sibonisa amaphampu avaliwe, avaliwe, asebenza kusiguquli sefrikhwensi noma asebenza kuma-mains/ motor starter.
· I-Cascade Status, iwukufunda isimo se-
Isilawuli se-Cascade. Isibonisi sibonisa ukuthi Isilawuli se-Cascade sikhutshaziwe, wonke amaphampu ayacima, amaphampu anesivinini esingaguquki abe ngu-staged/de-staged kanye nokushintshwa kwephampu eholayo kuyenzeka.
Imiyalo yokufaka yedijithali Qala (UHLELO LOKUQALA/YIMA)
I-Lead Pump Start Coast (EMERGENCY STOP)
Iphampu yesivinini eguquguqukayo (umthofu) Ramps up (uma imisiwe futhi kunesidingo) Ramps up uma UHLELO LOKUQALA lusebenza Ugu ukuze lume
I-Interlock yangaphandle
Ugu lokumisa
Ithebula 1.1 Imiyalo Yabelwe Okokufaka Kwedijithali
Amaphampu esivinini esingaguquki (i-lag) Staging (uma imisiwe futhi kunesidingo)
Akuthinteki Sika (ama-relay ahambisanayo, itheminali 27/29 kanye no-42/45) Sika (ama-relay akhelwe ngaphakathi aphelelwa amandla)
Okhiye be-LCP [Hambisa] [Valiwe] [Izivulile] Ithebula 1.2 Umsebenzi Wokhiye ku-LCP
Iphampu yesivinini eguquguqukayo (umthofu)
Amaphampu esivinini esingaguquki (i-lag)
Ramps up (uma imiswe ukuma okujwayelekile
Destaging (uma isebenza)
umyalo) noma ihlala isebenza uma isivele
egijima
Ramps phansi
Destaging
Iqala futhi ime ngokuya ngemiyalo nge-Stagngi/Destaging
amatheminali noma isilawuli se-serial cascade sebhasi
ingasebenza kuphela uma ushayela "KUVULIWE ngokuzenzakalela"
imodi
1.1.3 Imininingwane Yepharamitha yesilawuli se-Cascade
Ipharamitha Ibanga
25-00 I-Cascade *[0] Ikhubazekile
Isilawuli
[1] Inikwe amandla25-04 Iphampu *[0] Ikhubazekile
Ukuhamba ngebhayisikili
[1] Inikwe amandlaUmsebenzi Omisiwe *[0] Ikhutshaziwe Nika amandla/khubaza
isilawuli se-cascade esisetshenziselwa u-stagamaphampu amaningi. *[0] Ikhutshaziwe Khetha indlela yokunquma ukuhleleka kokusika ngaphakathi/ukukhipha amaphampu esivinini esingashintshi.
Ipharamitha 25-05 Fixed lead Pump
Ububanzi [0] Cha *[1] Yebo
Okuzenzakalelayo *[1] Yebo
25-06 Inombolo 2 - Iveza-
*2
we Amaphampu
umkhawulo (5)
Umsebenzi Khetha uma iphampu eholayo ilungisiwe (Yebo) noma ingaqhutshwa ngamabhayisikili (Cha). Setha inani eliphelele lamaphampu kuhlanganise nephampu yesivinini esiguquguqukayo.
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
I-VLT® HVAC Basic Drive Casca…
I-VLT® HVAC Basic Drive Cascade Controller
Ipharamitha 25-20 Stagku-Bandwidth
Ibanga 1 – Expressionlimit (100) %
Expressionlimit (100) - 100%
25-22 Umkhawulokudonsa Wesivinini Esiqinile
I-Expressionlimit (1) - Expressionlimit (100)%
25-23 SBW 0-3000 s Stagnge Ukulibala
25-24 SBW Destagnge Ukulibala
0-3000 s
25-25 OBW Isikhathi
0-300 s
25-27 Stage [0] Ikhubazekile
Umsebenzi
*[1] Inikwe amandla
25-28 Stage 0-300 s
Isikhathi sokuSebenza
25-29 Destage [0] Ikhubazekile
Umsebenzi
*[1] Inikwe amandla
25-30 Destage 0-300 s Isikhathi sokuSebenza
Okuzenzakalelayo *10%
* 100%
*I-Expressionlimit (10)% *15 s
* 15 amasekhondi
* 10 amasekhondi
*[1] Inikwe amandla *15 s
*[1] Inikwe amandla *15 s
Umsebenzi Setha amaphesenti e-SBWtage yokwamukela ukushintshashintsha kwengcindezi yesistimu. Setha i-OBW yokuthi uzobhala nini ngaphezulu i-stagngi/destagukubeka izikhathi ukuze uthole impendulo ngokushesha. Setha i-staging umkhawulokudonsa ozosetshenziswa uma kuphela amaphampu esivinini esingaguquki asebenzayo. Stagukufaka iphampu kubambezeleke ubude besikhathi esihleliwe. DestagIphampu ibambezeleka ngobude besikhathi esihleliwe. Isikhathi se-OBW sivimbela u-stagukufaka iphampu kuze kube yilapho umfutho wesistimu uzinzile. Inika amandla i-stagi-timer yomsebenzi. Ngepompo eholayo ngesivinini esiphezulu, iphampu yesivinini esingaguquki ingu-staged on lapho isikhathi esihleliwe siphela. Inika amandla i-destagi-timer yomsebenzi. Ngepompo eholayo ngesivinini esincane, iphampu yesivinini esingaguquki ithi destaged uma isikhathi esihleliwe siphela.
Ipharamitha Ibanga
Okuzenzakalelayo
25-42 StagI-Expressionlimit *90%
Umkhawulo
(0)-100%
25-43 Destagi Expressionlimit *50% ng Threshold (0)-100%
25-45 Stagisivinini esingu-0-400 Hz [Hz]
*0.0 Hz
25-47 Destagi 0-400 Hz ng Isivinini [Hz]
*0.0 Hz
25-50 Ukuhola * [0] Valiwe
*[0] Valiwe
Iphampu
[1] EstagingUkushintshana [2] At
umyalo
[3] Estagingnoma umyalo
25-51 Alternati *[0] Okwangaphandle *[0] Kwangaphandle
kumcimbi
[1] UkushintshaIsikhathi Isikhawu
[2] Imodi yokulala25-52 Alternati 1-999
*24
ngesikhathi
Isikhawu
25-53 Enye Ivelu Yesibali-sikhathi
25-55 Enye indlela [0] Ikhutshaziwe e uma Layisha <= *[1] Inikwe amandla 50%
*[1] Inikwe amandla
25-56 Staging *[0] Kancane
Imodi ku
[1] NgokusheshaUkushintshana
25-57 Ukudlulisa 1-2
ngePump
*[0] Kancane *1
Umsebenzi Iphesentitage [%] yesivinini esikhulu sepompo ukuya ku-stage empompini yesivinini esingaguquki. Iphesentitage [%] yesivinini esikhulu sepompo ukuya ku-destagiphampu yesivinini esimisiwe. Okwangempela u-stagisivinini esisekelwe ku-stagembundwini. I-destagisivinini esisekelwe ku-destagembundwini. Ishintsha iphampu eholayo ukuze wonke amaphampu asebenze ngesikhathi esifanayo.
Khetha umcimbi ozoshintsha iphampu eholayo.
Setha isikhathi phakathi kokushintshana okuzenzakalelayo kwephampu eholayo. View inani langempela lesibali sikhathi sesikhawu sesikhathi esihlukile. Khetha ukunika amandla ukushintsha iphampu yesivinini esiguquguqukayo kuphela uma umthwalo wepompo ungaphansi kuka-50%.
Inombolo yokudlulisela esetshenziswa iphampu ngayinye.
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
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I-VLT® HVAC Basic Drive Casca…
I-VLT® HVAC Basic Drive Cascade Controller
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Ipharamitha 25-58 Qalisa Ukulibaziseka Kwepompo Okulandelayo
Ibanga 0.1-5.0 s
Okuzenzakalelayo *0.1 s
25-59 Run on Expressionlimit *0.5 s Mains Ukubambezeleka (0.1)-5.0 s
25-80 Isimo Se-Cascade
25-81 Phumpu 0-0
* 0
Isimo
Isikhathi sokusebenza phakathi kokumisa iphampu yesivinini esiguquguqukayo endala kanye nokuqalisa iphampu entsha emisiwe. Ukubambezeleka kwesikhathi ngaphambi kokuba iphampu yesivinini esingaguquki ibe ngu-staged on njengokujwayelekile stagukulandelana. View isimo sokulawula sesilawuli se-Cascade. View isimo samaphampu axhunyiwe: X=Ikhubazekile, O=Valiwe, D=Isivinini esilawulwayo, R=Ama-Mains.
Ipharamitha 25-84 Pump NGESIKHATHI
Ibanga
Okuzenzakalelayo
0-2147483647 * 0
25-90 Pump *[0] Valiwe
I-Interlock
[1] Vuliwe*[0] Valiwe
Ithebula 1.3
Umsebenzi View amahora okusebenza esewonke amaphampu axhunyiwe. Ingasethwa kabusha ngokubhala 0.. Khetha iphampu ozoyihlanganisa njengesib isevisi. Iphampu izokhishwa kunoma iyiphi ibhayisikili yephampu njll.
1.2 Ukufakwa
1.2.1 Amatheminali okulawula
Umfanekiso 1.3 ubonisa wonke amatheminali okulawula isiguquli sefrikhwensi. Ukusebenzisa i-Qala (itheminali 18), ukuxhumana phakathi kwetheminali engu-12-27 kanye nereferensi ye-analog (itheminali engu-53 noma engu-54 no-55) yenza isiguquli sefrikhwensi sisebenze.
IBHASI TER.
VALIWE
ON
61 68 69
18 19 27 29 42 45 50 53 54
10V/20mA KU-10V/20mA KU-10V OUT
DIGI IN/OUT DIGI IN/OUT DIGI IN DIGI IN
I-NP COMM. GND
0/4-20mA A OUT / DIG OUT
Umfanekiso 1.3 Lawula Amatheminali
+24V
0/4-20mA A OUT / DIG OUT 12 20 55
COM A IN
COM DIG IN
I-130BB985.10
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
I-VLT® HVAC Basic Drive Casca…
1.2.2 I-Over kagesiview
I-VLT® HVAC Basic Drive Cascade Controller
3 Isigaba sokufakwa kwamandla
I-L1 L2 L3
PE
+ 10Vdc
0-10Vdc0/4-20 mA
0-10Vdc0/4-20 mA
50 (+10V OUT)
53 (A IN) 54 (A IN)
55 (COM A IN/OUT) 42 0/4-20mA A OUT / DIG OUT 45 0/4-20mA A OUT / DIG OUT
12 (+24V OUT) 18 (DIGI IN)
19 (DIGI IN) 20 (COM D IN) 27 (DIGI IN/DIGI OUT)
24V
29 (DIGI IN/
0V
DIGI OUT)
24V
0V
Umfanekiso 1.4 I-Electric Overview
UVW
PE
Imoto
I-UDCAyikho kubo bonke osayizi bamandla
I-UDC+
I-24V (NPN) OV (PNP) 24V (NPN) OV (PNP)
I-24V (NPN) OV (PNP)
I-24V (NPN) OV (PNP)
isiqephu 2
05
04
isiqephu 1
NGO-12
Ibhasi ter.
02
01
ON=Inqanyuliwe OFF=Ayiqedwa
240V AC 3A 240V AC 3A
Ibhasi ter.
RS-485 Interface
(N PS-485) 69 (P RS-485) 68 (Com RS-485 ) 61
RS-485
Ungaxhumi isihlangu ku-61 ku-116,117 kanye ne-118 unites (PNP)-Umthombo (NPN)-Sink
QAPHELA
Akukho ukufinyelela ku-UDC- ne-UDC+ kulawa mayunithi alandelayo: IP20 380-480 V, 30-90 kW
I-130BB984.10
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
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I-VLT® HVAC Basic Drive Casca…
I-VLT® HVAC Basic Drive Cascade Controller
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1.3 Imininingwane 1.3.1 Imininingwane Ejwayelekile Yomkhiqizo
I-Frequency Converter Okujwayelekile kwe-shaft [kW] IP20 Frame RFI Class PCB
Ithebula 1.4
I-Frequency Converter Okujwayelekile kwe-shaft [kW] IP20 Frame RFI Class PCB
Ithebula 1.5
I-PK37 0.37 H1 A1 Ehlanganisiwe
I-PK75 0.75 H1 A1 Ehlanganisiwe
I-P1K5 1.5 I-H1 A1 Ehlanganisiwe
I-P2K2 2.2 I-H2 A1 Ehlanganisiwe
I-P3K0 3.0 I-H2 A1 Ehlanganisiwe
I-P4K0 4.0 I-H2 A1 Ehlanganisiwe
I-P5K5 5.5 I-H3 A1 Ehlanganisiwe
I-P7K5 7.5 I-H3 A1 Ehlanganisiwe
I-P11K 11 H4 A1
Kuboshwe
I-P15K 15 H4 A1
Kuboshwe
I-P18K 18 H5 A1
Kuboshwe
I-P22K 22 H5 A1
Kuboshwe
I-P30K 30 H6 A1
Kuboshwe
I-P37K 37 H6 A1
Kuboshwe
I-P45K 45 H6 A1
Kuboshwe
I-P55K 55 H7 A1
Kuboshwe
I-P75K 75 H7 A1
Kuboshwe
I-P90K 90 H8 A1
Kuboshwe
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
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I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
1.4.1 MStaruinctMureenu
0-** Ukusebenza / Isibonisi 0-0* Izilungiselelo Eziyisisekelo 0-01 Ulimi 0-03 Izilungiselelo Zesifunda 0-04 Isimo Esisebenzayo Ku-Power-up 0-06 GridType 0-07 I-Auto DC Braking 0-1* Imisebenzi Yokusetha 0-10 Ukusethwa Okusebenzayo 0-11 Ukusethwa Kwezinhlelo 0-12 Ukusethwa Kwezinhlelo-0-Ukusethwa Kwe-CP3-Ukusethwa Ngokwezifiso I-Readout 0-30 Iyunithi Yokufunda Ngokwezifiso 0-31 Ukufunda Ngokwezifiso Inani Elincane 0-32 Ukufunda Ngokwezifiso Inani Eliphezulu 0-37 Umbhalo Wokuboniswa 1 0-38 Bonisa Umbhalo 2 0-39 Bonisa Umbhalo 3 0-4* Ikhiphedi ye-LCP 0-40 [Isandla] Ukhiye ku-LCP 0-42 Ukhiye ku-LCP 0-44 Ukhiye Wokuvula kabusha] Ukhiye ku-LCP 0-5 ku-Othomathikhi I-LCP 0-50* Kopisha/Londoloza 0-51 Ikhophi ye-LCP 0-6 Ikhophi Yokusetha 0-60* Iphasiwedi 1-1 Iphasiwedi Yemenyu Eyinhloko 0-** Layisha kanye Nemoto 1-00* Izilungiselelo Ezivamile 1-01 Imodi Yokucushwa 1-03 Isimiso Sokulawula Izimoto 1-06 I-Motor Control 1-08 I-Torque-1 I-Torque-1 I-Director 1 Torque-10 Umkhawulokudonsa 1-14* Ukukhethwa Kwezimoto XNUMX-XNUMX Ukwakhiwa Kwezimoto XNUMX-XNUMX Damping Gain 1-15 Low Speed Filter Time Const 1-16 High Speed Isihlungi Isikhathi Const 1-17 VoltagIsikhathi sokuhlunga sine-1-2* I-Motor Data 1-20 Amandla Emoto 1-22 I-Motor Voltage 1-23 Motor Frequency 1-24 Motor Yamanje 1-25 Motor Nominal Speed 1-26 Motor Cont. I-Torque Elinganiselwe 1-29 I-Automatic Motor Adaption (AMA) 1-3* Adv. I-Motor Data 1-30 Stator Resistance (Rs) 1-33 Stator Leakage Reactance (X1) 1-35 Ukusabela Okuyinhloko (Xh) 1-37 d-axis Inductance (Ld) 1-39 Izigxobo Zezimoto 1-4* I-Adv. Idatha Yezimoto II
1-40 Emuva EMF ku-1000 RPM
4-1* Imikhawulo Yezimoto
1-42 Ubude bekhebula leMotor
4-10 Motor Speed Direction
1-43 Izinyawo Zobude Bekhebula Lemoto
4-12 Motor Speed Low Limit [Hz]
1-5* I-Indep yokulayisha. Ukusetha
4-14 Motor Speed High Limit [Hz]
I-1-50 Motor Magnetisation at Zero Speed 4-18 Umkhawulo Wamanje
1-52 Min Isivinini Esivamile Sokuzibuthe [Hz] 4-19 Max Imvamisa Yokukhipha
1-55 U/f Isici – U
4-4* I-Adj. Izexwayiso 2
1-56 U/f Isici – F
4-40 Isexwayiso Freq. Phansi
1-6* Layisha Depen. Ukusetha
4-41 Isexwayiso Freq. Phezulu
1-60 Isinxephezelo Somthwalo Wejubane Eliphansi
4-5* I-Adj. Izixwayiso
1-61 Isinxephezelo Sokulayisha Okusheshayo
4-50 Isexwayiso Esiphansi Manje
1-62 Isinxephezelo Sokushelela
4-51 Isexwayiso Okwamanje Phezulu
1-63 Slip Isinxephezelo Isikhathi Njalo
4-54 Isithenjwa Sesexwayiso Siphansi
1-64 I-Resonance Dampening
4-55 Isexwayiso Esiphezulu
1-65 I-Resonance DampIsikhathi Esiqhubekayo 4-56 Impendulo Yesexwayiso Iphansi
1-66 Min. Okwamanje ngesivinini esiphansi
4-57 Impendulo Yesexwayiso Iphakeme
1-7* Qala Ukulungisa
4-58 Umsebenzi Wesigaba Sezimoto Esingekho
1-71 Qala Ukubambezeleka
4-6* Isivinini sokudlula
1-72 Qala Umsebenzi
4-61 Bypass Speed Kusuka [Hz]
1-73 Isiqalo Esindizayo
4-63 Isivinini sokudlula siye ku-[Hz]
1-8* Misa Ukulungiswa
4-64 Ukusethwa kweSemi-Auto Bypass
1-80 Umsebenzi at Stop
5-** I-Digital In/Out
1-82 Min Isivinini Sokusebenza Ekumeni [Hz] 5-0* Imodi ye-Digital I/O
1-9* Izinga lokushisa leMoto
5-00 Imodi Yokufaka Kwedijithali
1-90 Motor Thermal Protection
5-01 I-Terminal 27 Mode
1-93 Umthombo we-Thermistor
5-02 I-Terminal 29 Mode
2-** Amabhuleki
5-03 Okokufaka Kwedijithali 29 Imodi
2-0* DC-Brake
5-1* Okokufaka Kwedijithali
2-00 DC Hold/Motor Preheat Current
5-10 Okokufaka Kwedijithali 18
2-01 DC Brake Yamanje
5-11 Okokufaka Kwedijithali 19
2-02 DC Braking Time
5-12 Okokufaka Kwedijithali 27
2-04 I-DC Brake Cut In Speed
5-13 Okokufaka Kwedijithali 29
2-06 Ukupaka Kwamanje
5-3* Imiphumela Yedijithali
2-07 Isikhathi Sokupaka
5-30 Terminal 27 Digital Output
2-1* I-Brake Energy Funct.
5-31 Terminal 29 Digital Output
2-10 Umsebenzi Webhuleki
5-34 Ngokulibaziseka, Okukhiphayo Kwedijithali
2-16 AC Brake, Max yamanje
5-35 Ivaliwe Ukubambezeleka, Okukhiphayo Kwedijithali
2-17 Over-voltage Ukulawula
5-4* Ukudluliselwa
3-** Isithenjwa / Ramps
5-40 Umsebenzi odluliselwe
3-0* Imikhawulo Yezithenjwa
5-41 Ngokulibaziseka, Relay
3-02 Ubuncane bokubhekisela
5-42 Ivaliwe Ukubambezeleka, Relay
3-03 Isithenjwa esiphezulu
5-5* Okokufaka kwe-Pulse
3-1* Izikhombo
5-50 Ithemu. 29 Imvamisa ephansi
3-10 Ireferensi Esethiwe
5-51 Ithemu. 29 Imvamisa ephezulu
3-11 Isivinini sokuJog [Hz]
5-52 Ithemu. 29 Iref./Feedb. Inani
3-14 Ireferensi Ehlobene Esethiwe
5-53 Ithemu. 29 High Ref./Feedb. Inani
3-15 Inkomba 1 Umthombo
5-9* Ibhasi Elilawulwa
3-16 Inkomba 2 Umthombo
5-90 Digital & Relay Bus Control
3-17 Inkomba 3 Umthombo
6-** I-Analog In/ Out
3-4* Ramp 1
6-0* Imodi ye-Analog I/O
3-41 Ramp 1 Ramp Isikhathi Esiphezulu
6-00 Live Zero Timeout Time
3-42 Ramp 1 Ramp Isikhathi Sokuphumula
6-01 Live Zero Timeout Function
3-5* Ramp 2
6-1* Okokufaka kwe-Analog 53
3-51 Ramp 2 Ramp Isikhathi Esiphezulu
6-10 Terminal 53 Ivolumu Ephansitage
3-52 Ramp 2 Ramp Isikhathi Sokuphumula
6-11 Terminal 53 High Voltage
3-8* Okunye Ramps
6-12 Terminal 53 Low Yamanje
3-80 Jog Ramp Isikhathi
6-13 Terminal 53 High Yamanje
3-81 Ukuma Okusheshayo Ramp Isikhathi
6-14 Terminal 53 Low Ref./Feedb. Inani
4-** Imikhawulo / Izexwayiso
6-15 Terminal 53 High Ref./Feedb. Inani
6-16 Itheminali 53 Isihlungi Isikhathi Esihlala Njalo 6-19 Itheminali engu-53 Imodi 6-2* Okokufaka kwe-Analogi 54 6-20 Itheminali 54 Ivolumu Ephansitage 6-21 Terminal 54 High Voltage 6-22 Itheminali 54 Ephansi Yamanje 6-23 Itheminali 54 Ephakeme Yamanje 6-24 Itheminali 54 Iref./Feedb. Inani 6-25 Terminal 54 High Ref./Feedb. Inani 6-26 Terminal 54 Hlunga Isikhathi Esihlala Njalo 6-29 Terminal 54 mode 6-7* Analog/Digital Output 45 6-70 Terminal 45 Mode 6-71 Terminal 45 Analog Output 6-72 Terminal 45 Digital Output 6-73 Digital Output 45-6 Itheminali 74 Itheminali 45 Itheminali 6 I-Output Max Scale 76-45 Terminal 6 Output Bus Control 9-42* I-Analog/Digital Output 6 90-42 Terminal 6 Mode 91-42 Terminal 6 Output 92-42 Terminal 6 Digital Output 93-42 Itheminali 6 Itheminali Yokukhipha 94 I-Max Soutput 42 Minca 6-96 Terminal 42 Output Bus Control 6-98 Drive Type 8-** Comm. kanye Nezinketho 8-0* Izilungiselelo Ezivamile 8-01 Indawo Yokulawula 8-02 Umthombo Wokulawula 8-03 Isikhathi Sokulawula Isikhathi 8-04 Umsebenzi Wokuvala Isikhathi 8-3 Umsebenzi Wokuvala Isikhathi 8-30* Izilungiselelo Zembobo Ye-FC 8-31 Iphrothokholi 8-32 Ikheli 8-33 I-Baud Rate 8-35 I-Parity / Stop Bits 8-36 Ukuphendula Okuncane Okuncane 8-37 Ukuphendula Okuncane 8-4 Ubukhulu bokubambezeleka kwe-Inter-char 8-42* Iphrothokholi ye-FC MC isethwe 8-43 PCD Bhala Ukucushwa 8-5 PCD Funda Ukucushwa 8-50* Digital/Bus 8-51 Coasting Khetha 8-52 Quick Stop Khetha 8-53 DC Brake Khetha 8-54 Qala Khetha Khetha 8-55-8 Ukusetha Okuhlehlisiwe Khetha 56-8* BACnet 7-8 BACnet Device Instance 70-8 MS/TP Max Masters 72-8 MS/TP Max Info Frames 73-8 “Ngikhona” Isevisi 74-8 Intialisation Password 75-8 Protocol Firmware version 79-8* FC Port Diagnostics
8-80 Isibalo Somlayezo Webhasi 8-81 Bala Iphutha Lebhasi 8-82 Imilayezo Yezigqila Rcvd 8-83 Iphutha Lesigqila Bala 8-84 Imilayezo Yezigqila Ethunyelwe 8-85 Amaphutha Okuphela Kwesikhathi Sezigqila 8-88 Setha Kabusha Ukuxilongwa Kwembobo ye-FC 8-9* I-8 Impendulo-Impendulo 94 I-Smart-Bus I-Logic 1-13* Izilungiselelo ze-SLC 13-0 Imodi yesilawuli se-SL 13-00 Qala Umcimbi 13-01 Misa Umcimbi 13-02 Setha Kabusha i-SLC 13-03* Izifanisi 13-1 Comparator Operand 13-10 Comparator Operator 13-11 I-Comparator 13 Timers 12 SL13 Timers Isikhathi 2-13* Imithetho Enengqondo 20-13 I-Logic Rule Boolean 4 13-40 I-Logic Rule Operator 1 13-41 Logic Rule Boolean 1 13-42 Logic Rule Operator 2 13-43 Logic Rule Boolean 2 13-44 Logic Rule Operator 3 13-5 Logic Rule Boolean 13 51-13 Logic Rule Operator 52 14-14 Logic Rule Boolean 0 14-01 * Isilawuli Sesilawuli 14 SL 03 SL 14-** Imisebenzi Ekhethekile 08-XNUMX* Ukushintsha i-Inverter XNUMX-XNUMX Ukushintsha Imvamisa XNUMX-XNUMX Ukushintsha Kwemodemu XNUMX-XNUMX DampI-ing Gain Factor 14-1* Ama-Mains On/Off 14-12 Umsebenzi Ekungalinganini Kwe-Mains 14-2* Setha Kabusha Imisebenzi 14-20 Imodi Yokusetha Kabusha 14-21 Isikhathi Sokuqalisa Okuzenzakalelayo 14-22 Imodi Yokusebenza 14-23 Ukusetha Ikhodi Yohlobo 14-27 Isenzo Ku-14-28 Isenzo Ku-14 Ikhodi Yokukhiqiza 29 Ikhodi Yokukhiqiza 14 Ikhodi Yokukhiqiza 4 Ikhodi Yokukhiqiza 14 Ikhodi Yokukhiqiza 40-14* I-Energy Optimizing 41-14 VT Level 5-14 AEO Minimum Magnetisation 50-14* Environment 51-XNUMX RFI Filter XNUMX-XNUMX DC-Link Voltage Isinxephezelo 14-52 Ukulawulwa Kwabalandeli 14-53 I-Fan Monitor 14-55 Isihlungi Sokukhiphayo 14-6* Auto Derate 14-63 Min Switch Frequency 15-** Ulwazi LweDrayivu 15-0* Idatha Yokusebenza 15-00 Amahora okusebenza
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I-VLT® HVAC Basic Drive Cascade Controller
I-VLT® HVAC Basic Drive Casca…
I-MI18I302 – I-VLT® wuphawu lokuthengisa olubhalisiwe lwe-Danfoss
8
15-01 Amahora Okusebenza 15-02 kWh Counter 15-03 Power Up's 15-04 Over Temp's 15-05 Over Volt's 15-06 Setha kabusha i-kWh Counter 15-07 Setha Kabusha I-Running Hours Counter 15-3* I-alamu-15 Log 30 I-Elarm 15 Ikhodi ye-31 Iphutha 15 I-InternalFaultIsizathu 4-15* I-Drive Identification 40-15 FC Type 41-15 Power Section 42-XNUMX Voltage 15-43 Inguqulo Yesofthiwe 15-44 E-Odwe I-TypeCode 15-46 Idrayivu Uku-oda No 15-47 Ikhadi Lamandla Uku-oda No 15-48 LCP Id No 15-49 Ikhadi Lokulawula I-SW ID 15-50 SW ID Ikhadi Lamandla 15-51 IDrayivu Inombolo Ye-serial 15-53 Ikhadi Lamandla Inombolo Ye-serial* I-Serial Number 15 Imitha ye-9- In Definition 15-92 Uhlobo Lohlelo Lokusebenza 15-97 Ukuhlonza Idrayivu 15-** Ukufundwa Kwedatha 98-16* Isimo Esijwayelekile 16-0 Lawula Izwi 16-00 Ireferensi [Iyunithi] 16-01 Ireferensi [%] 16-02 Isimo Segama 16-03 Inani Langempela Langempela [%16] 05 Custom 16 Motor 09-16 Readout Amandla [kW] 1-16 Amandla [hp] 10-16 Motor Voltage 16-13 Frequency 16-14 Motor current 16-15 Frequency [%] 16-18 Motor Thermal 16-3* Drive Status 16-30 DC Link Voltage 16-34 Heatsink Temp. 16-35 Inverter Thermal 16-36 Inv. Nom. Yamanje 16-37 Inv. Ubukhulu. Yamanje 16-38 SL Controller State 16-5* Ref. & Feedb. 16-50 Inkomba Yangaphandle 16-52 Impendulo[Iyunithi] 16-6* Okokufaka & Okukhiphayo 16-60 Okokufaka Kwedijithali 16-61 Itheminali 53 Ukusetha 16-62 Okokufaka kwe-Analog AI53 16-63 Itheminali 54 Ukusetha 16-64 I-Analog I-Analog
16-65 I-Analog Output AO42 [mA] 16-66 I-Digital Output 16-67 Pulse Input #29 [Hz] 16-71 Relay Output [bin] 16-72 Counter A 16-73 Counter B 16-79 Analog45 Imbobo 16 Imbobo ye-FC 8-16 Imbobo ye-FC 86-1 Imbobo ye-FC 16-9 Imbobo ye-FC 16-90 I-FC Port REF 16 91-2* Izifundo Zokuxilonga 16-92 I-alamu Izwi 16-93 I-alamu Izwi 2 16-94 Izwi Lesexwayiso 16-95 Izwi Lesexwayiso 2 18-18 Ext. Igama lesimo 1-18 Ext. Isimo Segama 10 20-** Ulwazi Nokufunda 20-0* Ilogi Yemodi Yomlilo 20-00 Ilogi ye-FireMode:Umcimbi 1-** I-Drive Closed Loop 20-01* Impendulo 1-20 Impendulo 8 Umthombo 20-81 Impendulo 20 Ukuguqulwa 83-20 I-FireMode Log:Umcimbi 84-** I-Drive Closed Loop 20-9* Impendulo 20-91 Impendulo 20 Umthombo 93-20 Impendulo 94 Ukuguqulwa 20-97 I-FireMode Log: Umcimbi 22-** I-Drive Closed Loop 22-4* Impendulo 22-40 Impendulo 22 Umthombo 41-22 Impendulo 43 Ukuguqulwa 22-44 I-FireMode Log 22-45 PI Start Speed [Hz] 22-46 Ku-Reference Bandwidth 22-47* PI Controller 22-6 PI Anti Windup 22-60 PI Proportional Gain 22-61 PI Integral Time 22-62 PI Feed Forward Factor 24-* Appl. Imisebenzi 2-24* Imodi Yokulala 0-24 Isikhathi Esincane Sokugijima 00-24 Isikhathi Esincane Sokulala 05-24 Isivinini Sokuvuka [Hz] 09-24 I-Wake-Up Ref./FB Diff 1-24 Setpoint Boost 10-24 Maximum11 Speed-25H Isikhathi 25 S. I-Broken Belt Detection 0-25 Broken Belt Function 00-25 Broken Belt Torque 04-25 Broken Belt Ukubambezeleka 05-** Appl. Imisebenzi 25 06-XNUMX* Imodi Yomlilo XNUMX-XNUMX Umsebenzi we-FM XNUMX-XNUMX Ireferensi Esethiwe Ye-FM XNUMX-XNUMX Ukubamba I-alamu ye-FM XNUMX-XNUMX* I-Drive Bypass XNUMX-XNUMX Umsebenzi We-Drive XNUMX-XNUMX Drive Bypass Ukubambezeleka XNUMX-** Isilawuli se-Cascade XNUMX-XNUMX I-Cascade Isilawuli XNUMX-XNUMX I-Cascade Isilawuli XNUMX-XNUMX Isistimu I-Pump Cycling XNUMX-XNUMX Iphampu eholayo egxilile XNUMX-XNUMX Inani lamaphampu
25-2* Izilungiselelo Zomkhawulokudonsa 25-20 StagI-ing Bandwidth 25-21 Yeqa Umkhawulokudonsa 25-22 Umkhawulokudonsa Wesivinini Esigxilile 25-23 SBW Staging Ukubambezeleka 25-24 SBW Destaging Ukubambezeleka 25-25 OBW Isikhathi 25-27 Stage Umsebenzi 25-28 Stage Isikhathi Sokusebenza 25-29 Destage Umsebenzi 25-30 Destage Isikhathi Sokusebenza 25-4* Staging Izilungiselelo 25-42 Staging Threshold 25-43 Destaging Threshold 25-45 Staging Isivinini [Hz] 25-47 Destaging Isivinini [Hz] 25-5* Izilungiselelo Zokushintsha 25-50 Ukushintshana Kwephampu Eholayo 25-51 Umcimbi Wokushintshana 25-52 Isikhawu Sesikhathi Esishintshayo 25-53 Inani Lesibali Esishintshayo 25-55 Okunye uma Ukulayisha <= 50% 25-56 StagImodi Yokungena Ekushintsheni 25-57 Ukudlulisa Iphampu 25-58 Qalisa Ukubambezeleka Kwepompo Okulandelayo 25-59 Gijimani kokuthi Ama-Mains Ukubambezeleka 25-8* Isimo 25-80 Isimo Se-Cascade 25-81 Isimo Sephampu 25-84 Iphampu NGESIKHATHI 25-9*25 Isevisi ye-Inter-Lokhi 90-PNU kuphela bheka i-Interbug * 38*1429 Isevisi XNUMX-XNUMX XNUMX (isevisi-
ikhodi) futhi 38-0* Wonke amapharamitha wokususa iphutha 38-00 TestMonitorMode 38-01 Inguqulo kanye Nesitaki 38-06 LCPEdit Ukusethwa 38-07 EEPROMDdataVers 38-08 PowerDataVariantID 38-09 AMA Ukukhetha AMA Phinda uzame 38-10 DAC38 isikali 12 DAC-38 DAC20-16 I-MOC_TestUS38 21-16 MOC_TestS38 23-38 TestMocFunctions 24-38 DC Link Power Measurement 25-38 CheckSum 30-53 Okokufaka kwe-Analog 38 (%) 31-54 Okokufaka kwe-Analog 38 (%) 32-1 Ireferensi engu-38 Okokufaka 33 Ireferensi engu-2 38 Okokufaka 34 Ireferensi 38-35 Isethingi Yereferensi Yokokufaka 38-36 Impendulo (%) 38-37 Ikhodi Yephutha 38-38 Control Word 38-39 ResetCountersControl 38-40 Ukusethwa Okusebenzayo Kwe-BACnet 1-XNUMX Igama Lenani Le-Analog XNUMX Le-BACnet
38-41 Igama Lenani le-Analog 3 Le-BACnet 38-42 Igama Lenani Le-analog 5 Ye-BACnet 38-43 Igama Lenani Le-Analog 6 Nge-BACnet 38-44 Igama Lenani kanambambili 1 Nge-BACnet 38-45 Igama Le-Binary Value 2 Nge-BACnet ye-BAC38 46 Igama le-BACnet 3 38-47 Igama Lenani kanambambili 4 Ukuze BACnet 38-48 Igama kanambambili Value 5 Ukuze BACnet 38-49 Igama kanambambili Value 6 Ukuze BACnet 38-50 Igama kanambambili Value 21 Ukuze BACnet 38-51 Igama Binary Value 22 Binary Igama 38 I-BACnet Ye-BACnet ye-52 ye-BACnet 33-38 Impendulo Yebhasi 53 Ukuguqulwa 1-38 Run Stop Bus Control 54-38 Inverter ETR counter 58-38 Rectifier ETR counter 59-38 DB_ErrorIzixwayiso 60-38 I-alamu Enwetshiwe 61-38 AMA_Debug-69AOC32 AOC38 AOC74 AOCDebug0 38-75 AO1_FixedMode 38-76 AO42_FixedValue 38-77 DI_TestCounters 42-38 Protect Func. I-Counter 78-38 Izithandani Eziphakeme Eziphakeme Kakhulu 79-38 DB_SendDebugCmd 80-38 MaxTaskRunningTime 81-38 DebugInformation 82-38 DB_OptionSelector 83-38 EEPROM_Address 85-38 EEPROM86 Time Recovery L38 L EEPROM_Value FC-Protocol khetha 87-38 Motor Power Internal 88-38 Motor Voltage Yangaphakathi 38-93 Motor Frequency Yangaphakathi 38-94 Lsigma 38-95 DB_SimulateAlarmWarningExStatus 38-96 Iphasiwedi Yelogi Yedatha 38-97 Isikhathi Sokungena Idatha 38-98 Isiginali Yokususa Iphutha 38-99 Ulwazi Lokususa Elisayiniwe
I-VLT® HVAC Basic Drive Casca…
11
I-VLT® HVAC Basic Drive Cascade Controller
www.danfoss.com/drives
130R0267
I-MI18I302
*MI18I302*
UMfu 2012-08-30
Amadokhumenti / Izinsiza
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I-Danfoss FC-101 VLT HVAC Basic Drive Cascade Controller [pdf] Incwadi Yeziqondiso FC-101 VLT HVAC Basic Drive Cascade Controller, VLT HVAC Basic Drive Cascade Controller, HVAC Basic Drive Cascade Controller, Drive Cascade Controller, Cascade Controller, Controller |
