SUMMIT series High Frequency Modular UPS is industryleading full digital high end power product launched byJFY. Perfect unity of easy modular expansion and highreliability has been achieved by adopting leadingtechnology and absorbing dvantages of traditional UPS.
SUMMIT series is ideal power supply for computer anddata centers of Enterprise, finance, stock, security,government, education, etc, in the background of moderndata centers' strong requirements for modular UPS.SUMMIT series provide 15/20/30KVA power module and 1.5/1.6/2 meters standard 19 inch cabinets, flexibleconfiguration according to customer's needs. 300KVAmaximum capacity with 1 cabinet, and 1200KVA systemcapacity can be achieved by paralleling 4 cabinets.
Hot swappable Power Module, easyinstallation, maintenance, and expansionPower modules are independentlycontrolled, no risk for single point offault. Single Power module will automatic quit with no influence to other module and system running Extremely small circulating current<3%.
300KVA max for single cabinet, 1200KVA max for parallel redundancy(4 cabinet)
Super load adaptability for both linearand non-linear
3U high Module design, capacity ranges from 15~30KVA, high power density
Front access
Self loading test
Built-in maintenance bypass
DC cold start
Large LCD touch screen, English &Chinese bilingual
Top and bottom cable entry 1.5/1.6/2 meter cabinets available Up to 10 power modules in 1 cabinet 15/20/30KVA powermodules available
Parallel redundancy up to 4 cabinets directly, no need centralized bypass cabinet
7~10A charging current for single module DSP controlled charger features flexible parameter configuration,smooth transfer among different charging modes, such as constant current charging, constant voltage charging, and float charging, so to prolong batteries' lives remarkably
High system efficiency >95% High input power factor >0.99 low input THDi <3% Battery sharing
Software and hardware dual level protection Fast and effective protection when fault occurs
DSP controlled technology
Soft switching technology is built in PFC circuit to decrease switching loss, improve transfer efficiency, reduce voltage and current stress in switching device, decrease reverse recovery loss of power devices and lower down the EMI generated by switching, So to make product more reliable
3-level inverter has perfect output wave form quality, more closer to sine wave, and much lower harmonic, and higher efficiency. Integrated IGBT module (Brand: Infineon) other than discrete IGBT device is adopted to improve reliability remarkably.
N+X modular design, 4 cabinets parallel directly, hot swappableand expandable
Energy saving green power featured with system efficiency morethan 95%, input power factor bigger than 0.99 and input THDiless than 3%
Super load adaptability and overload capability, and super grid adaptability
Rectifying, inverting, charging and discharging are all digitallycontrolled by built-in DSP in Power module. Power modules areindependently controlled, no risk for single point of fault
Front access, top and bottom cable entry
Powerful charging capability, integrated battery management
Digital current sharing technology for extremely small circulating current and high parallel reliability
PWM controlled fan speed regulation featured with lower noise and energy saving
Highly adapt to generator
DC cold start, and auto restart
EPO function
Full software and hardware protection (breaker, fuse, hardware protection, software protection), super self-diagnose function
7-inch LCD display touch screen available in English/Chinese languages, offering easy user operation
Circuit board painting protection, offering outstanding protection from harsh environment
Dust filter
SNMP Card
Parallel cable
| Model | HM3390-15 | HM33150-15 | HM33120-20 | HM33200-20 | HM33150-30 | HM33300-30 | ||
| Capacity | Cabinet (KVA) | 90 | 150 | 120 | 200 | 150 | 300 | |
| Module (KVA) | 15 | 20 | 30 | |||||
| Module No. | 6 | 10 | 6 | 10 | 5 | 10 | ||
| Input | ||||||||
| Main input | Nominal voltage (Vac) | 380/400/415 | ||||||
| Voltage range (Vac) | 228~478 | |||||||
| Phase | three phase five wire (3L+N+PE) | |||||||
| Frequency range (Hz) | 50/60±10% | |||||||
| Input power Factor | >0.99 | |||||||
| THDi | <3% | |||||||
| Bypass input | Nominal voltage (Vac) | 380/400/415 | ||||||
| Voltage range (Vac) | Upper: 10%, +15% or +20%, default: 15%; Lower: 10%, 20%, 30% or 40%, default: 20% | |||||||
| Phase | three phase five wire (3L+N+PE) | |||||||
| Bypass tracking (Hz) | ±10% | |||||||
| Overload capacity | ≤135% long term | |||||||
| 135%~170,10min | ||||||||
| 1000%，100ms | ||||||||
| Generator input | Support | |||||||
| Output | ||||||||
| Voltage (Vac) | 380/400/415±1% | |||||||
| Power factor | 0.9 | |||||||
| Frequency (Hz) | Line mode |
Track the bypass input frequency When bypass input frequency exceeds±10% (optional: ±1%, ±2%, ±4%, ±5%), output 50/60Hz±0.1 |
||||||
| Battery mode | 50/60Hz±0.1 | |||||||
| THDv | THDv<1% (100% linear load); THD<4% (non linear load) | |||||||
| Three phase precision | 120°±0.5° | |||||||
| Crest factor | 3:1 | |||||||
| Transfer time (ms) | 0 | |||||||
| Overload | 105%~110%：60min | |||||||
| 110%~125%：10min | ||||||||
| 125%~150%：1min | ||||||||
| >150%：200ms | ||||||||
| Battery | ||||||||
| Battery voltage (Vdc) | ±192 (±180, ±204, ±216, ±228, ±240 optional) | |||||||
| Charging voltage accuracy | ±1% | |||||||
| Charging power | 7A *module No. | 10A *module No. | ||||||
| System | ||||||||
| System efficiency | Normal mode: 95% | |||||||
| ECO mode: 98% | ||||||||
| Battery mode efficiency | 95% | |||||||
| Display | LCD+LED, Touch screen + key board | |||||||
| IP class | IP20 | |||||||
| Communication interface | RS232, RS485, dry contact, EPO, SNMP card (optional), relay card (optional) | |||||||
| Cable entry | Top and bottom | |||||||
| Operating temperature (℃) | -10~40 | |||||||
| Storage temperature (℃) | -25~70（battery excluded） | |||||||
| Humidity range | 0~95%(no condensing） | |||||||
| Operating altitude | <1500m | |||||||
| Noise (dB) | <56 | |||||||
| Other Characteristic | ||||||||
| Alarm function | Overload, main fault, UPS fault, battery voltage low, etc | |||||||
| Protection function | short circuit, overload, overheat, battery voltage high & low, fan fault, surge protection, etc | |||||||
| Physical | ||||||||
|
Dimension（W*D*H) mm |
Cabinet | 600*780*1600 | 600*800*2000 | 600*780*1600 | 600*800*2000 | 600*840*1500 | 600*840*2000 | |
| Module | 483*566*133 | 483*566*133 | 483*646*133 | |||||
| Net weight (kg) | Cabinet | 150 | 180 | 150 | 180 | 150 | 200 | |
| Module | 25 | 29 | 35 | |||||
| Standards | IEC/EN62040-1-1,IEC/EN62040-2,IEC/EN62040-3 | |||||||
UPS is fully Digital controlled.
DSP+CPLD control board built in each power module offers excellent performance, high system stability,independent self protection and self diagnose function.
3-level inverter has perfect output wave form quality, more closer to sine wave, and much lower harmonic.
7-inch large screen display offers abundant and significant clear parameter information.
LCD shows but not limited to following information:
According to statistical information, 70% of UPS fault arise from battery. The batteries' lives can be prolonged 50% more by integrated intelligent battery management.
In hibernation mode, The power module will switch on and off according to load rate to maintain the load ratein appropriate level, so that the system efficiency will always be in a relatively high level. Each power module has equal opportunity to work or hibernate. When overload occurs or one of these module bearing loads fails,the system will "wake up" those hibernating modules.
Alarm will be generated Immediately when abnormality occurs during real time monitoring for importantparameters.
UPS's "Black Box" recording function make fault finding and prevention more convenient.
The current difference between any 2 operating modules is strictly controlled within 3%, to ensure higher system reliability.
Soft switching technology is built in PFC circuit to decrease switching loss, improve transfer efficiency, reduce voltage and current stress in switching device, decrease reverse recovery loss of power devices and lower.
More than 95% system efficiency can be expected when load rate is between 40% and 80%, efficiency is also high with light load. Long term operating cost is extremely low.
ARM based monitoring system along with large touch screen and monitoring software provides multiple Surveillance methods, The user can monitor and adjust all kinds of parameters and status easily.
Perfect battery management by high power charger built in each power module and multi-module parallel charging.
Extremely strong overload capability to ensure high reliability of power supply.
Superior overload capacity to make the power supply more reliable.
Energy saving green power with input power factor more than 0.99 and input THDi less than 3%.
Key technical parameters can be adjusted in real time from the back end to make user configuration mucheasier. Inverter's status, rectifier's status, batteries' capacity and status, environment temperature, each fan's fault can be monitored in real time. Voltage and current can be adjusted through software without any varistor.
