| Marca | Switchgear parts |
| Numerus Modeli | Modularis UPS ininterrupta alimentatio electrica |
| Frequenta nominata | 50/60Hz |
| Voltus egressus | 380/400/415VAC |
| Tensio ingressus | 380/400/415VAC |
| Capacitas | 300kVA |
| Series | HBM |
HBM50-600KW est novus generatio triplex in triplex modulare UPS a nostra societate emissum. Productum adhibet controllem numericam, designum modularem, et technologiam N+X parallela redundans, quae integra maxima recentia technica in campis electronicarum potentiarum et automatici controlis. Hoc est productum exemplaris in campo modulare UPS.
Capacitas producti comprehendit varios rangos potestatis inter 50kW et 600kW, faciens commodum uti useri possint configure flexibiliter et investire gradatim. Potest operari quattuor machinas paralelas usque ad 2400kW.
Characteres producti
Specificationes technicales
Omnis pars architecturae digitaliter controlatur, cum excellenti performance et alta stabilitate systematis. Habet capacitates self-protectionis et diagnosi fault, simul evitando periculum deficiendi dispositivorum analogicorum, faciens controllem systematis magis stabilis et fidelis.
Adoptans technologia triplex, efficacia totalis machinae attingit 96%.
Designum altae densitatis potentiae, 50KW modulun singulare dimensione (L × P × A) 440 × 620 × 130mm.
Exitus potest coniungi ad onus totaliter inaequabile. Quando exitus coniungitur ad onus inaequabile, currentes input sunt aequatae in tribus phasibus, quod potest aequare onus rete trium phasium.
alta fidelitas
Designum N+X parallel redundancy assecurat disponibilitatem systematis 99.999% et MTBF ultra 250000 horas, complens alta exigentia fidelitatis onerum criticorum in systema suppletionis potentiae; Flexibilis setting parallel redundancy permittit systema praebere maximam capacitatem exitus.
Systema controlis parallel redundancy, cum methodis controlis decentralizata et administrationis centralizata; Unitas controlis centralizata connectitur redundantia paralleliter, et defectus unius non afficit operationem totalem machinae; Optimizatus distributus combiner cabinet assecurat securitatem connectionis systematis paralleliter.
Modulus monitorandi centralizati habet functionem hot swappable. Quando modulus monitorandi extrahitur, systema potest operari normaliter utendo supply bypass centralizata, quod meliorat capacitate supply bypass.
Function EPO, preme bottonem EPO in casibus emergentibus ut urgenter sistas; Botton EPO designatur pro protectione et habet functionem remote emergency shutdown (REPO) ad prohibendum operationem accidentalem.
Commodum et flexibile
Designum modulare, constans ex uno ad duodecim modulis connectis paralleliter, cum maxima potestate 600kW. Useri possunt gradualiter addere numerum modulorum cum flexibilitate; Usur technologia hot swappable, moduli possunt addi et removeri online, assequens tempus "zero" maintenance.
Tempus downtime pro maintenance brevis. Numerus modulorum defectuosorum minor vel aequalis numero modulorum redundantium, et downtime pro maintenance est zero; Numerus modulorum defectuosorum maior numero modulorum redundantium UPS, et downtime pro maintenance non debet superare 5 minutas.
Display LCD tactilis coloris armarii praebet copiosam informationem status UPS, warninges, defectus, etc; Display LED singularis moduli, useri possunt intellegere status operationis moduli per lumina LED moduli.
In casibus emergentibus, UPS potest commutare ad supply bypass maintenance, et personae maintenance possunt secure perficere reparations online.
designum intelligentem
Currentes charging possunt configurari, et useri possunt configurare capacitatem battery et currentes charging per LCD panel ad assequendum automaticam commutationem inter modum constantis voltage charging, modum constantis currentis charging, et modum float charging.
Methodus charging intelligent, adoptans methodum advanced two-stage three-stage charging, potest effective aequare fines rapidi charging et prolongationis vitae battery, salvans investmentem userorum in batteries.
Praebet latum spectrum accessoriorum optionalium, includens transformatores isolationis, distribution panels, SNMP cards, relay dry contact cards, etc., ad formandum systema distributionis parvum ad medium.
Designum viridis
Adoptans armarium standard 19 inch, perfecte congruit environmenti applicationis computer room et salvat area utilis computer room.
Parallel sharing of batteries greatly reduces the number of battery configurations, allowing users to fully configure batteries based on backup time.
Numerus batteries externarum est optional, et useri possunt eligere 30/32/34/36/38/40/42/44/46/48/50 cells (30-50 cells are optional) secundum necessitates suas.
Specificationes technicales
| Model | HBM90-30 | HBM150-30 | HBM300-30 |
|---|---|---|---|
| Capacity | |||
| UPS Cabinet | 30-90kVA | 30-150KVA | 30-300KVA |
| Power Module | 30kVA | 30kVA | 30kVA |
| Input | |||
| Input Mode | Three-phase Four-wire + Ground | ||
| Rated Voltage | 380/400V/415Vac | ||
| Voltage Range | 208~478Vac | ||
| Frequency Range | 40~70Hz | ||
| Power Factor | ≥0.99 | ||
| Bypass Range | 380 upper limit: 25% (optional +10%, +15%, +20%)
|
||
| Input Current Harmonic | ≤3% (100% Non-linear Load) | ||
| Output | |||
| Output Mode | Three-phase Four-wire + Ground | ||
| Rated Voltage | 380/400V/415Vac | ||
| Power Factor | 0.9 or 1 | ||
| Voltage Accuracy | ±1% | ||
| Output Frequency | |||
| Mains Mode | Synchronous with input; when mains frequency exceeds maximum ±10% (can be set to ±1%, ±2%, ±4%, ±5%), output frequency is 50×(±0.2%)Hz | ||
| Battery Mode | (50/60±0.2%)Hz | ||
| Load Crest Factor | 3:1 | ||
| Switching Time | Mains mode to bypass mode: 0ms (tracking); Mains mode to battery mode: 0ms | ||
| Overload Capacity | Load ≤110%, 60min; ≤125%, maintain 10min; ≤150% maintain 1min; ≥150% switch to bypass immediately | ||
| Output Voltage Harmonic | ≤2% (100% Linear Load) | ||
| Efficiency | 95% in Normal Mode | ||
| Communication Interface | RS232, RS485, 2 Intelligent Slot (Smart Card Slot), Dry Contact | ||
| Battery | |||
| Battery Voltage | ±192V±204V±216V±228V±240V DC; (32, 34, 36, 38, 40 cells optional) | ||
| Charging Current | |||
| UPS Cabinet | 30A Max. | 50A Max. | 100A Max. |
| Power Module | 10A Max. | 10A Max. | 10A Max. |
| Working Environment | |||
| Working Temperature | 0℃ ~ 40℃ | 0℃ ~ 40℃ | 0℃ ~ 40℃ |
| Relative Humidity | 0 ~ 95% non condensing | ||
| Storage Temperature | -25℃ ~ 55℃ | ||
| Altitude | < 1500m | < 1500m | < 1500m |
| Physical Characteristics | |||
| Appearance Dimensions (D×W×H) mm | |||
| Cabinet | 840 x 600 x 1400 | 840 x 600 x 1400 | 1100 x 600 x 2000 |
| Module | 580 x 443 x131 | 580 x 443 x131 | 580 x 443 x131 |
| Weight (Net Weight) Kg | |||
| Cabinet | 158 | 170 | 305 |
| Module | 30K module, 33.5KGS | ||
| Execution Standard | CE,EN/IEC 62040-2, EN/IEC 62040-1-1, YD/T1095-2008 | ||
| Model | HBM300-50 | HBM400-50 | HBM500-50 | HBM600-50 |
|---|---|---|---|---|
| Capacity | ||||
| Cabinet | 50-300KW | 50-400KW | 50-500KW | 50-600KW |
| Module | 50KW | 50KW | 50KW | 50KW |
| Maximum Number of Modules | 6 | 8 | 10 | 12 |
| Input | ||||
| Main Path Input | ||||
| Rated Input Voltage (Vac) | 380/400/415 | |||
| Input Voltage Range (Vac) | 138 ~ 485Vac | |||
| Wiring Mode | Three-phase Five-wire | |||
| Input Frequency Range (Hz) | 40-70 | |||
| Input Power Factor | ≥0.99 | |||
| Input Current Harmonic (THDi) | ≤3% (100% Linear Load) | |||
| Bypass Input | ||||
| Rated Input Voltage (Vac) | 380/400/415 | |||
| Input Voltage Range (Vac) | 220 upper limit: 25% (optional +10%, +15%, +20%) 230 upper limit: 20% (optional +10%, +15%) 240 upper limit: 15% (optional +10%) lower limit: -45% (optional -10%, -20%, -30%) | |||
| Wiring Mode | Three-phase Five-wire | |||
| Bypass Synchronous Tracking Range (Hz) | ±10% | |||
| Generator Input | Supported | |||
| Power Walking In | Supported | |||
| Bypass Reverse Feeding | Supported | |||
| Output | ||||
| Voltage (Vac) | 380/400/415±1% | |||
| Power Factor | 1 | |||
| Frequency (Hz) | ||||
| Mains Mode | ±1%/±2%/±4%/±5%/±10% (Configurable) | |||
| Battery Mode | (50/60±0.1%)Hz | |||
| Waveform | Sine Wave | |||
| Current Crest Ratio | 3:1 | |||
| Output Voltage Harmonic (THDV) | ≤2% (100% Linear Load); ≤3% (100% Non-linear Load) | |||
| Switching Time (ms) | 0 | |||
| Overall Efficiency (%) | 96 | |||
| Overload Capacity | 110% load, transfer to bypass after 60min; 125% load, transfer to bypass after 10min; 150% load, transfer to bypass after 1min | |||
| Battery | ||||
| Maximum Module Charging Current (A) | 20 | |||
| Battery Voltage | 30~50 cells optional, default 36 cells; optional voltages: ±180V/±192V/±204V/±216V/±228V/±240V/±252/±264/±276/±288/±300Vdc (30/32/34/36/38/40/42/44/46/48/50 cells) | |||
| Environment | ||||
| Working Temperature | 0℃ ~ 40℃ | |||
| Storage Temperature | —25℃ ~ 55℃ | |||
| Humidity Range | 0 ~ 95% (Non-condensing) | |||
| Working Altitude | < 1500m (Derate for use above 1500m) | |||
| Noise (1m Distance) | <68dB | <70dB | <70dB | <70dB |
| Other Functions | ||||
| Protection Functions | Short circuit, overload, over temperature, output over voltage, battery under voltage, fan fault alarm, bypass reverse feeding, lightning protection | |||
| Alarm Functions | Mains abnormality, overload, UPS fault, battery under voltage and other multiple alarm functions | |||
| Communication Functions | CAN, RS485, Network Interface, Dry Contact, Parallel Interface, LBS Interface, Smart Card Slot, Temperature Sensor Interface | |||
| Mechanical Characteristics | ||||
| Dimensions (W×D×H) | ||||
| Cabinet (mm) | 600×850×2000 | 600×850×2000 (Standard); 1200×850×2000 (Fully Loaded) | 1200×850×2000 | 1200×850×2000 |
| Module (mm) | 440×620×130 | |||
| Net Weight | ||||
| Cabinet (kg) | 260 | 280/600 | 645 | 720 |
| Module (kg) | 32 | |||
| Execution Standard | YD/T 2165-2010 | |||
Comparata cum UPS tradicionalibus turriculis, haec habet praegrandia: ① Expansio flexibilis: Capacitas adiici potest per modulos secundum necessitatem, initium superinvestmentis vitatur; ② Fidelitas magna: Design N+X redundancy eliminat singularem punctum deficiendi, et moduli qui calefacti mutari possunt reducunt MTTR (medium tempus reparationis) ad minuta; ③ Energiarum parsimonia: Efficiens AC-AC usque ad 97%, efficiens ECO modus usque ad 99%; ④ Spatii parsimonia: Design densitas potentiae alta (exempli gratia, 60kW modulo in spatio 3U) spatium installationis servat; ⑤ Facilis cura: Design moduli independentis simpliciter diagnostica culpae et substitutionem.
Functio eius fundamentalis est praebere alimentationem electricam ininterruptam altae fiduciae pro oneribus criticis, cum advantage flexibilis expansionis capacitatis et parva manutentio. Principium operativum fundatur super technologia parallela N+X redundans: singulae moduli potestativi operantur independenter et dividunt onus aequabiliter; quando rete publicum normaliter operatur, stabilivit tensionem, filtrat harmonicos et praebet alimentationem oneribus simulque carica baterias; quando rete publicum deficit, transmutat ad alimentationem per baterias cum tempore conversionis 0ms. Moduli defectivi possunt substitui in calido sine cessatione systematis, assecurantes disponibilitatem systematis 99.999%.
