| Chapa | Switchgear parts |
| Namba ya Modeli | Modular UpS usaidizi wa umeme usiofunguka |
| mfumo wa mafano | 50/60Hz |
| voltage ya chukua | 380/400/415VAC |
| Ingizo la umeme | 380/400/415VAC |
| uwezo | 300kVA |
| Siri | HBM |
HBM50-600KW ni mpya ya UPS modular ya tatu kwenye tatu iliyotolewa na shirika yetu. Bidhaa hii imechaguliwa teknolojia ya udhibiti wa nambari, utaratibu wa moduli, na teknolojia ya uwiano wa N+X, ambayo imechanganyikiwa na mazao bora zaidi za teknolojia katika majukwaa ya umeme na uendeshaji wa kiotomatiki. Ni bidhaa ya chini kama mfano katika eneo la UPS modular.
Uwezo wa bidhaa unafanana na vipimo mbalimbali vya nguvu kati ya 50kW na 600kW, ikifanya rasmi aweze kujihusisha na kujitegemea kutumia na kujitengeneza polepole. Inaweza kutumia mashine mara nyingi sana hadi 2400kW.
Vipengele vya bidhaa
Maelezo ya teknolojia
Maeneo yote ya muundo yameudhibitiwa kwa nambari, na ufunguo mzuri na ustawi wa mfumo mkubwa. Ina uwezo wa kujitunza na kugundua hitimisho, pia inakata risasi za kufeliwa ya vifaa vya kiotomatiki, ikifanya mfumo wa udhibiti kuwa salama zaidi na imara.
Inatumia teknolojia ya tufe tatu, ukamilifu wa mashine unafika aina ya 96%.
Utatuzi wa nguvu mkubwa, ukubwa wa moduli moja (W × D × H) 440 × 620 × 130mm.
Matumizi yanaweza kuhusisha mtindo wazi kabisa wa ongezeko. Waktu matumizi huwasiliana na ongezeko lisilo sawa, chembechembe za kuingiza zinaweza kuwa sawa katika tatu, ambayo inaweza kuhusisha ongezeko la mitandao ya umeme tatu.
ustawi mkubwa
Muundo wa uwiano wa N+X unaaminisha ustawi wa mfumo wa 99.999% na MTBF zaidi ya masaa 250000, kunikita mahitaji ya ustawi mkubwa ya mizigo muhimu kwa mfumo wa umeme; Uwezo wa uwiano wa N+X unaweza kukupa ustawi wa kupata uwezo wa asili wa matumizi.
Udhibiti wa mfumo wa uwiano, na njia za udhibiti ya kushiriki na kudhibiti kwa kumpeni; Kifaa cha kudhibiti cha kumpeni kilikuwa kimeunganishwa kwa uwiano, na kufeliwa kimoja hakuchanganya mchakato wa kima kabisa; Kifaa cha kushiriki kilichopunguza kinajisikia kwa usalama wa uwiano wa mfumo.
Moduli wa kudhibiti kwa kumpeni una uwezo wa kubadilisha moto. Waktu moduli wa kudhibiti unachukuliwa, mfumo unaweza kufanya kazi kwa kutumia umeme wa mwisho wa kumpeni, ambayo inongeza uwezo wa umeme wa mwisho wa kumpeni.
Kifaa cha EPO, usingize kitufe cha EPO katika hali za dharura ili kusimamisha haraka; Kitufe cha EPO kilichotengenezwa kwa kuzingatia na kuna uwezo wa kusimamisha haraka kwa umbali (REPO) ili kutokataa kutekeleza kwa makosa.
Rahisi na rahisi
Utatuzi wa moduli, unaweza kutumia moduli moja hadi moja kumi na mbili, na uwezo wa asili wa 600kW. Wateja wanaweza kuzingatia kwa urahisi na kwa urahisi; Kutumia teknolojia ya badilisha moto, moduli zinaweza kuongezeka na kurejesha online, kufanya "sifuri" muda wa huduma.
Muda wa huduma ni fupi. Idadi ya moduli zilizofeliwa ni chini au sawa na idadi ya moduli zilizotengenezwa, na muda wa huduma ni sifuri; Idadi ya moduli zilizofeliwa ni juu kuliko idadi ya moduli za UPS zilizotengenezwa, na muda wa huduma haifai kuwa zaidi ya dakika 5.
Skrin ya rangi ya LCD ya kifaa kinachoweza kutumika inatoa taarifa nyingi za hali ya UPS, taarifa za hatari, taarifa za hitimisho, na kadhalika; Skrin ya LED ya moduli moja, wateja wanaweza kuelewa hali ya kufanya kazi ya moduli kwa kutumia mwanga wa LED wa moduli.
Katika hali za dharura, UPS inaweza kurudi kwa umeme wa mwisho wa huduma, na wafanyakazi wa huduma wanaweza kufanya marekebisho online kwa amani.
utatuzi wa akili
Hali ya maghari ya kuchanga yanaweza kutengenezwa, na uwezo wa kuchanga na hali ya maghari yanaweza kutengenezwa kwa kutumia LCD ya skrin ili kufanya kubadilisha kwa urahisi kati ya mfumo wa kuchanga wa kiwango cha kutosha, mfumo wa kuchanga wa kiwango cha kutosha, na mfumo wa kuchanga wa kiwango cha kutosha.
Njia ya kuchanga ya akili, inatumia teknolojia ya tufe mbili tatu, inaweza kuboresha maono ya kuchanga haraka na kuongeza muda wa kuishi wa maghari, kutoa fedha kwa wateja.
Inatoa aina nyingi za vifaa vinavyoweza kuchaguliwa, ikiwa ni transformers za kutengeneza, paneli za kudhibiti, SNMP cards, relay dry connection cards, na kadhalika, kufanya mfumo wa kudhibiti wa kidogo hadi wa kati.
Utatuzi wa kijani
Inatumia kifaa cha kiwango cha 19 inch, inafanana na mazingira ya kutumika ya chumba cha kompyuta na kuhifadhi nyanja ya kutumika ya chumba cha kompyuta.
Ushirikiano wa maghari wa nje unawasifu sana idadi ya maghari zinazotengenezwa, inayowafanya wateja waweze kujitengeneza maghari kamili kutegemea kwa muda wa kutengeneza.
Idadi ya maghari ya nje yanaweza kuchaguliwa, na wateja wanaweza kuchagua seli 30/32/34/36/38/40/42/44/46/48/50 (seli 30-50 zinaweza kuchaguliwa) kulingana na mahitaji yao.
Maelezo ya teknolojia
| 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 | |||