| Marke | Switchgear parts |
| Numru tal-Model | fornituri tal-enerġija ta' UPS b'għajn ta' daqs bass (3 fasi input 1 faż output) |
| Rated frequency | 50/60Hz |
| volt tal-aħjar | 405VDC/220VDC |
| Ingħaddi dħul | 380V |
| kapasità | 15kVA |
| Siri | HBD |
Caratteristiċi tal-Prodott
Tecnoloġija ta' kontrollo diġitala intelliġenti
Użu ta' mikrokoontrolluri b'veloċità għalija Intel u dispositivi logiċi programmabbli biex jiġi rrealizzat il-kontroll tal-ċirkujt, is-settjar tal-parametri, l-amministrazzjoni tal-operazzjonijiet, funżjonijiet avvanzati ta' test automatiku u analisi tad-difetti. Tista' timplimenta test automatiku u analisi tad-difetti fuq kollox minn konnessjonijiet ċirkujt indipendenti fuq il-kart tal-ċirkujt. Tista' taffida s-sinewu valtur trasformat digitalment u soluzzjoni ġdida għal operazzjon perfetta biex tkun jiltaqa' mal-bisogna tiegħek reali.
Tecnoloġija inverter IGBT (Insulated Gate Bipolar Transistor) effiċjenti
L-IGBT għandu karattristiċi eċċellenti ta' swittling b'veloċità għaliża; għandu karattristiċi ta' xogħol ta' volttagġ u kurrent għaliż; użu ta' drivar ta' tip volttagġ, bluġħ ta' potenza ta' kontroll żghir. Il-siddu generazzjoni ta' IGBT għandha qasam ta' volttagġ saturazzjoni infeż, effiċjenza inverter akbar, u affidabilità akbar.
Karattristiċi ta' karika superjuri
Ikkompli mill-bisogna tal-passaġġ mid-0 sa 100% karika mingħajr ma tagħmel passaġġ għal bypass, u proteġi l-output stabil u affidabili.
Display LCD kbir umanizzat f'Iċ-Ċiniż u l-Ingliz
Il-display kbir juri menu f'Iċ-Ċiniż u l-Ingliz, b'grafik flus ċar li juri l-statu ta' operazzjon, permeta l-implementazzjoni fleksibbli ta' funżjonijiet dialogu umano-mašina. Indikazzjoni statu LED intuitiva, indikazzjoni statu stile workflow, ċar fl-aktar.
Karattristiċi dinamiki ta' prestazzjoni għaliża
Adoptati diversi kontrolli feedback, waħda minnhom huwa l-instantaneu u l-valur effettiv, biex jiġi rrealizzat regolazzjoni dinamika għaliża u nqsu l-distorsjoni tal-volttagġ tal-output.
Funżjoni protezzjoni kompleta
Diversi funżjonijiet ta' protezzjoni tas-sistema u allarmi, inkluż protezzjoni overvolt tal-input/output, protezzjioni tal-input spike, protezzjioni tal-fase, protezzjioni tal-battaġġ volttagġ baż, protezzjioni tal-overvolt tal-output, u protezzjioni tal-temperatura alta.
Gestjoni battagġ intelliġenti
Carigg battagġ intelliġenti: Jmodifikaw automaticament il-parametri tal-carigg tal-battagġ skond il-konfigurazzjoni tal-battagġ tal-utent, u jagħmlu konverżjoni tal-carigg equalizzanti u float, gestjoni tal-carigg u scarigg tal-kompensazzjoni tal-temperatura tal-battagġ skond l-ambjent tal-forza. Mprodlu l-ħajja tal-battagġ u niminxu l-karigħ tal-administraturi.
Adopjando un carigg rettificatore a sei puls (opzjonali 12 puls) mentre si aggiunge un filtro armonico d'ingresso
Effettivamente sopprimi la contaminazione armonica d'ingresso, migliorare il fattore di potenza d'ingresso dell'alimentazione UPS e ridurre la corrente armonica d'ingresso.
monitoraggio intelligente
Le porte di comunicazione RS232 e RS485 consentono davvero una comunicazione multiuso e un monitoraggio remoto. Scheda SNMP opzionale per il monitoraggio remoto e la gestione della rete; interfaccia contatto secco opzionale, utilizzando contatti passivi per monitorare lo stato dell'UPS.
Campi di applicazione
Adatto a settori come finanza, telecomunicazioni, titoli, tasse, trasporti, assicurazioni, governo, illuminazione degli edifici, illuminazione stradale, elettricità, e imprese industriali e minerarie.
Specifiche tecniche
| Model | HBD-6KS | HBD-10KS | HBD-15KS | HBD-20KS | HBD-30KS | HBD-40KS | HBD-50KS | HBD-60KS | HBD-80KS |
|---|---|---|---|---|---|---|---|---|---|
| Nominal Capacity | 6KVA | 10KVA | 15KVA | 20KVA | 30KVA | 40KVA | 50KVA | 60KVA | 80KVA |
| Working Mode and Principle | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology | Online Power Supply, Static Bypass Switch (No-break Switching), Double Conversion Technology |
| AC Input | |||||||||
| Phase Number | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) | Three Phase (A, B, C+N+G) |
| Input Nominal Voltage | 380 VAC | 380 VAC | 380 VAC | 380 VAC | 380 VAC | 380 VAC | 380 VAC | 380 VAC | 380 VAC |
| Input Voltage Range | ± 25% | ± 25% | ± 25% | ± 25% | ± 25% | ± 25% | ± 25% | ± 25% | ± 25% |
| Nominal Frequency | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% | 50Hz ± 10%, 60Hz ± 10% |
| Voltage Harmonic Distortion | <5% | <5% | <5% | <5% | <5% | <5% | <5% | <5% | <5% |
| Soft Start | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec | 0~100% 5sec |
| Battery (Maintenance-free Lead-acid Battery) | |||||||||
| Nominal Voltage | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC | 360VDC/192VDC |
| Quantity Unit | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) | 30 cells/12V in series (16 cells/12V in series) |
| Charging | |||||||||
| Maximum Output Voltage | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC | 405VDC/220VDC |
| Float Voltage | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) | 405VDC/220VDC (Automatic Battery Equalization Once Every 3 Months, Charging Voltage 435VDC/232VDC) |
| Microcomputer-set Charging Current | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) | 1A~50A (Automatically Adjusted to 0.1C According to Battery Capacity) |
| AC Output | |||||||||
| Rated Power (KW COSφ=0.8) | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 | Nominal Power × 0.8 |
| Phase Number | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) | Single Phase (L+N+G) |
| Nominal Phase Voltage | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) | 220VAC ± 1% (Stable Load), 220VAC ± 5% (Load Fluctuation) |
| Nominal Frequency | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) | 50Hz ± 0.1% (Battery Power Supply) |
| Frequency Stability: Asynchronous | < ± 0.1% | < ± 0.1% | < ± 0.1% | < ± 0.1% | < ± 0.1% | < ± 0.1% | < ± 0.1% | < ± 0.1% | < ± 0.1% |
| Frequency Stability: Synchronous | < ± 5% | < ± 5% | < ± 5% | < ± 5% | < ± 5% | < ± 5% | < ± 5% | < ± 5% | < ± 5% |
| Crest Factor | 3: 1 | 3: 1 | 3: 1 | 3: 1 | 3: 1 | 3: 1 | 3: 1 | 3: 1 | 3: 1 |
| Output Waveform | Sine Wave | Sine Wave | Sine Wave | Sine Wave | Sine Wave | Sine Wave | Sine Wave | Sine Wave | Sine Wave |
| Total Harmonic Distortion | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% | Linear Load < 3%; Non-linear Load < 5% |
| Operating Temperature | 0~40℃ | 0~40℃ | 0~40℃ | 0~40℃ | 0~40℃ | 0~40℃ | 0~40℃ | 0~40℃ | 0~40℃ |
| Relative Humidity | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) | 30%~90% (No Condensation) |
| Operating Altitude | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) | < 1000 meters (Power Drops by 1% for Every 100 Meters Increase, Maximum 3000 Meters) |
| Options | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements | RS485 Network Adapter (SNMP) / Cabinet Size Can Be Designed According to Requirements |
| Dimensions (W×D×H) mm | 390×659×860 | 430×760×1350 | 710×720×1450 | 710×850×1500 | - | - | - | 1100×860×1680 | - |
| Main Unit Weight | 150 | 199 | 220 | 305 | 380 | 480 | 566 | 590 | 986 |
Nota: Il-modell bl-batterija moħtieg u r-reqwiziti speċifiċi tal-volttagġ jistgħu jiġu ċustumizzati skond is-sitwazzjoni reale tal-utent, u jissoppijk fil-proposta separata.
① Allert tal-ħal millqas: Tneħħix l-istaxra ta’ fazi wahda mhux essenzjali, jew isostitwixxx b’UPS bi kapacita’ ikbar; ② Allert tal-ħal tal-fazi: Iċċekkja t-talb tal-fazi tat-trid, arrabba s-silġ jew iddisċonnettja kabil; ③ Allert tal-batterija bassa: Ħalqa kontinwament għal 12 siegħa, isostitwixxx il-batteriji sew tal-età jekk l-allert persisti; ④ Voltagg ta’ uscita anormali: Iċċekkja t-talb tal-uscita, resetta l-UPS (iddisċonnettja l-enerġija u riavvia wara 5 minuti); ⑤ Transformer overheat: Aqbel immedjatament, iċċekkja l-ventilazzjoni u l-istaxra, ikkuntattja l-assistenza tat-trid għal manutenzione.
Il-funzjoni koreta tagħha hi li tikkonverti l-enerġija tal-kurrent elektromagnetiku ta' 3-fażi f'enerġija stabili ta' 1-fażi, warantin energija mhux mterġa' u pura għal carichi kritici ta' 1-fażi waqt li tisolvi problemi fl-enerġija tal-kurrent elektromagnetiku bħal varjazzjonijiet fil-voltatt, interferenza harmonika u ħsieġa tal-enerġija. Prinċipju funzjonali: jadopta konverżjoni doppja (AC-DC-AC) + dissenju ta' trasformatur ta' bassa frequenza. Meta l-enerġija tal-kurrent elektromagnetiku hu normali, il-3-fażi AC jiġi konvertit f'DC biex jiċċarġa l-batterija, meta wara d-DK jiġi konvertit f'enerġija ta' 1-fażi pura ta' onda sinjus għal approvvigionament tal-caricu; meta l-enerġija tal-kurrent elektromagnetiku tfalla, jiġi effettwat it-tiftix għall-enerġija tal-batterija b' żmien ta' transizzjoni ta' 0ms,
