| Chapa | Switchgear parts |
| Namba ya Modeli | Mfuko wa umeme wa awali wa kiwango kikuu (Fasi moja/220V) |
| mfumo wa mafano | 50/60Hz |
| voltage ya chukua | 200-240VAC |
| uwezo | 3kVA |
| Siri | HBG |
Siri ya HBG kamili inaeleze asili ya teknolojia ya kufikia. Mkoa mzima unatumia teknolojia ya mawasiliano ya kihisabu (DSP) zaidi ya dunia na teknolojia ya mawasiliano ya kiwango cha juu kutengeneza saizi ndogo, upunguzo wa uzito na ufanisi mkubwa wa kazi; muundo bila mabadiliko na sine wa kutosha. Teknolojia ya kupatikana huchukua kwamba taa ya mtumiaji inaweza kutumika kwa aina mbalimbali za vifaa. Mzunguko wa kusasisha AC-DC unatumika kuhakikisha umeme na nguvu ya kutokea ya umeme wa biashara, na kupitia mpambo wa urefu wa pulsa, mwaka wa umeme wa kuhamishika unategemea na mwaka wa kiwango cha kutosha, ili kufikia kiwango cha juu cha wito wa kutosha chenye zaidi ya 95%... Kwa mazingira ya kawaida ya magari, magari huipata DC voltage wa DcBuS kupitia mzunguko wa AC-DC, na kisha hutengeneza DcBuS hadi 220V AC kupitia inverter. IGBT nzuri unatumika kama kitambulisho cha kusasisha nishati. Kwa sababu ya sifa za kusasisha kwa kiwango cha juu ya IGBT, kiwango cha kusafiri kwa inverter cha UPS inaweza kufikia 40KHz. Ufanisi wa kusafiri kwa inverter unaongezeka, na ufanisi wa UPS pia unaongezeka. Ugumu wa inverter unapunguzwa, ili HBG series UPS inaweza wekwa moja kwa moja katika chumba cha kompyuta bila kuboresha kazi yako. Kupitia kwenye kiwango cha juu cha mitandao ya HBG series UPS kupitia kitundu cha RS232 cha maji na programu ya kuzingatia umeme, ungana UPs na mfanyikazi wa mitandao. Tumaini huo huo wakati wowote: na kufanya kujitathmini, kuhifadhi kwa awamu, kusubiri kwa awamu, kurekodi hali ya umeme na shughuli nyingine za kijamii kutimiza umbali wa sifuri kati ya binadamu na mifano, Waktu ambapo umeme wa biashara unachomoka, UPS itawasiliana na mfanyikazi wa kufanya uharaka wa kuchoma, kuhifadhi data yote kwenye disk, na kutekeleza amri ya kuchoma ya kawaida. Hata katika mazingira ya mitandao isiyotumika, usalama wa data ya mfumo wa mitandao inaweza kukuthibitishwa
Matukio
Ujenzi wa mtandaoni mzima wa pili
Kusambaza kiasi cha nguvu zinazokuja
Kiasi cha nguvu kilichopatikana chenji hadi 0.8
Mzunguko mkubwa sana wa umeme wenye kuja (110V-300V)
Mfumo wa kusambaza upimaji unayoweza kutoa faida ya kupunguza matumizi ya nishati (kwa aina za 1-3K tu)
Inapatikana na mifumo mbalimbali za generator
Kiasi cha current cha charging kwa muda mrefu kinaweza kuwa hadi 6A
Kitufe kingine cha SNMP kinaweza kutumika peke yake au pamoja na USB
Uchunguzi mzuri kwa kutumia RS232
Uendelezaji mjeri kwa kutumia screen
Na uchunguzi wazi wa hali ya UPS kwa kutumia screen
Mazingira ya kutumia
Inatumika kwa sana katika maeneo muhimu ya data kama vile mikakati ya mtandao na miundombinu ya kompyuta, benki na sekurutini, ushuru, mawasiliano, huduma za posta, kuhamasisha na televisheni, usalama wa umma, usafiri, umeme, afya, uendeshaji wa kiwango cha kiuchumi, na amani ya taifa.
Maelezo ya Tekniki
| Model Specification | HBG-1kH(S) | HBG-2kH(S) | HBG-3kH(S) | HBG-6kH(S) | HBG-10kH(S) |
|---|---|---|---|---|---|
| Phase | Single Phase Input and Output | ||||
| Capacity | 1000 VA / 800 W | 2000 VA / 1600 W | 3000 VA / 2400 W | 6000 VA / 4800 W | 10000 VA / 8000 W |
| Input | |||||
| Voltage Range | 110 - 300VAC at 50% load; 160 - 300 VAC at 100% load | 110 - 300VAC at 50% load; 176 - 300 VAC at 100% load | |||
| Frequency Range | 40Hz ~ 70 Hz | 46Hz ~ 54 Hz or 56Hz ~ 64 Hz | |||
| Power Factor | ≥ 0.99 at 100% load | ≥ 0.99 at 100% load | |||
| Output | |||||
| Output Voltage | 200/208/220/230/240VAC | 208/220/230/240VAC | |||
| Voltage Range (Battery Mode) | ± 1% | ± 1% | |||
| Frequency Range (Synchronous Correction Range) | 47 ~ 53 Hz or 57 ~ 63 Hz | 46Hz ~ 54 Hz or 56Hz ~ 64 Hz | |||
| Frequency Range (Battery Mode) | 50 Hz ± 0.25 Hz or 60Hz ± 0.3 Hz | 50 Hz ± 0.1 Hz or 60 Hz ± 0.1 Hz | |||
| Crest Factor | 3:1 | 3:1 | |||
| Ripple Distortion | ≤ 3% THD (Linear Load); ≤6% THD (Non-linear Load) | ≤ 3% THD (Linear Load); ≤5% THD (Non-linear Load) | |||
| Harmonic Distortion | 0 | 0 | |||
| Conversion Time | |||||
| AC to DC | 4 ms (Standard Conditions) | 0 | |||
| Inverter to Bypass | |||||
| Waveform (Battery Mode) | Pure Sine Wave | ||||
| Efficiency | |||||
| Mains Mode | 88% | 89% | 90% | 92% | 93% |
| Battery Mode | 83% | 87% | 89% | 89% | 91% |
| Battery | |||||
| Standard Unit | |||||
| Battery Model | 12V / 7AH | 12V / 7AH | 12V / 7AH | 12V / 7AH | 12V / 7AH |
| Quantity (Cells) | 2 | 4 | 6 | 12 | 16 |
| Maximum Charging Current | 1.0A (Max) | 1.0A (Max) | 1.0A (Max) | Preset:1.0 A, Max:2.0A | Preset:1.0 A, Max:2.0A |
| Charging Voltage | 27.3VDC ± 1% | 54.7VDC ± 1% | 82.1VDC ± 1% | 163.8VDC ± 1% | 218.4VDC ± 1% |
| Long-term Unit | Depends on Power Supply Time | ||||
| Battery Model | 6 | 6 | 16 | 16 | |
| Quantity (Cells) | 3 | 6 | 8 | 16 | 16 |
| Maximum Charging Current | 1.0A/2.0A/4.0A/6.0 A | 1.0A/2.0A/4.0A/6.0 A | 1.0A/2.0A/4.0A/6.0 A | Preset:4.0 A ± 10%, Max:6.0A ± 10% | Preset:4.0 A ± 10%, Max:6.0A ± 10% |
| Charging Voltage | 41.0VDC ± 1% | 82.1VDC ± 1% | 109.4VDC ± 1% | 218.4VDC ± 1% | 218.4VDC ± 1% |
| Appearance | |||||
| LCD or LED Display | Load Size, Battery Capacity, Mains Mode, Battery Mode, Bypass Mode, Fault Indication | ||||
| Alarm | |||||
| Battery Mode | Beeps every 4 seconds | ||||
| Low Battery | Beeps every 1 second | ||||
| Overload | Beeps every 0.5 second | ||||
| Error | Continuous Beep | ||||
| External Dimensions | |||||
| Standard Unit | |||||
| Dimensions (W×D×H)mm | 145 X 282 X 220 | 145 X 397 X 220 | 190 X 421 X 318 | 190 x 369 x 688 | 190 x 442 x 688 |
| Net Weight (kgs) | 9.8 | 17 | 27.6 | 43 | 63 |
| Long-term Unit | |||||
| Dimensions (W×D×H)mm | 145 X282 X 220 | 145 X397 X 220 | 190 x369 x 318 | 190 x442 x 318 | |
| Net Weight (kgs) | 4.1 | 6.8 | 7.4 | 12 | 16 |
| Operating Environment | |||||
| Temperature and Humidity | Relative Humidity 20-90% and Temperature 0-40°C (No Condensation) | Relative Humidity 0-95% and Temperature 0-40°C (No Condensation) | |||
| Noise | Less than 50dB@ 1m | Less than 55dB @ 1m | |||
| Control Management | |||||
| Smart RS-232 / USB | Supports Windows® 2000/2003/XP/Vista/2008, Windows® 7/8, Linux, Unix, and MAC | ||||
| Optional SNMP | Power Management Supports SNMP Management and Network Management |
Unapowizi ya UPS ikiwekwa kwenye mitambo ya kudumu ya voltage na mzunguko, nguvu ya pato itapunguzwa kwa 40%. Unapowizi ya UPS ikiwekwa ku 208VAC, nguvu ya pato itapunguzwa kwa 10%. "S" inawakilisha mfano wa maisha marefu. Unapogundua idadi ya betri za ndani ikuwa kati ya vitu 16-19, kifaa kitapunguza nguvu ya pato kulingana na kanuni hii: P=Prating × (N/20 × 100%). Iwapo kifaa kimeanzishwa juu ya kimo kilichozidi mita 1,000, nguvu ya pato itapunguzwa kwa 1% kwa kila ongezeko la mita 100 ya urefu. Mabadiliko yoyote yanayohusu viwango vya sasa vya bidhaa hayatasimuliwa mara moja