HR900 Series
HR900 series(1-in/1-out 1KVA ~ 10KVA)is a new generation of (parallel redundant N+X) double transformation and frequency online UPS, which designed by power star to meet with the requirements of Chinese power grid environment and the network system of the power. System control chip with 32 bit data bus microprocessor, which has great performance and accurately and quickly detect and control all working points of UPS, with rapid response to the change of external environment, ensuring the high reliability of the products; for China power grid environment of professional design makes the UPS input voltage, of which the frequency range is extremely wide; advanced times pressure type PFC technology makes the UPS input power factor close to 1; online double conversion structure design makes the UPS output frequency and voltage stabilizing, filtering noise, not affected by power fluctuation interference of sine wave power; when the power is cut or restored, there is no switching time for the UPS output; the digital control technology is used to realize the parallel expansion and parallel redundant function, and provide users with the power source planning flexibility and better security protection; intelligent battery management technology greatly prolongs the service life of the battery; LED+LCD display allows users to intuitively understand UPS running state and loading condition; Clients can use the PC RS232 interface through the UPS real-time understanding of work status, historical records and automatic switch machine; SNMP cards and related software can realize unattended and remote network monitoring and management, adapting to advanced network system using.
·Features
■Adopt advanced DSP digital control technology, which makes UPS performance stable and quality reliable;
■Adopt digital power factor correction technique (PFC), so that the input power factor is close to 1, reduce the power waste, completely eliminate UPS to electric power pollution, thus realizing the real green power;
■Achieve almost 90% of the full load operation efficiency, could reduce UPS power loss, and save expenditure of charge of electricity which is effective for you;
■Provide the best power for loading equipment by outputting low distortion sine wave power, either in AC mode or battery mode;
■The wide input voltage and frequency range, avoid grid voltage changes, frequently switch to battery power supply, and adapt to the harsh environment of the power region;
■The city electrical abnormalities (including electric power or the electric voltage is too high, too low, or frequency exceed the standard) or electricity is restored, the UPS output without switching time, meet the high standards and high demands of sophisticated equipments to the UPS power supply;
■Starting from the diagnosis functions, avoiding pitfalls and UPS may trigger failure risks;
■Comprehensive protection function, with the AC input, over and under-voltage protection, rectifier over and under-voltage protection, output, output under voltage protection, overload, short circuit protection, over temperature protection inverter multi function s protection in one, greatly guarantee the stability and reliability of the system;
■ 6KVA-10KVA can realize the N+X redundant functions, automatic load sharing, if one UPS fails, will automatically cut off the output, the load from the remaining UPS will provide power supply and parallel redundancy to improve the reliability of UPS system, of which the UPS is the mainstream technology in the field;
■The bypass function, when the UPS failure occurs, power to the load through bypass uninterruptedly, and provides a sound and light alarm;
■By the operation panel alarm silencing function button, can avoid unnecessary loud sound, when the battery voltage is low or the UPS exception occurs, the alarm can be automatically restored;
■The DC cold start function, unique DC (DC) boot, the public power is interrupted when the battery for start UPS directly, giving full play to the UPS emergency functions, making the use of which more convenient and reliable;
■The overload or inverter failure conditions, UPS will convert to bypass state, by the power supply; if the overload condition is removed, UPS will be automatically transferred back to the inverter power supply state;
■The intelligent unattended function, when the UPS in electric power or electric under-voltage or ultra high pressure and enable battery mode power supply, ultimately for the battery under-voltage automatic protection shutdown; when the utility power is restored, the UPS first detection voltage, frequency is within the normal range, when the electric voltage, frequency in the normal range, UPS since the start of the power to the load; when the electric voltage, frequency is not in the normal range, UPS is only starting charger to charge the battery, until the voltage, frequency recovered to within the normal range or charging of the battery voltage reaches a predetermined value UPS to start trend load power supply;
■ 1KVA-3KVA zero line reversal detection function, avoid UPS input power zero line plug;
■To prevent false triggering function, each key has a delay function, only the sustained one reaches a predetermined time value, the key will play a role of corresponding functions, in order to prevent the misuse of shutdown, shutdown key predetermined time value is set for the longest one;
■ 1KVA-3KVA with surge voltage protection function (TVSS), ensure the telephone, fax, Modem, network and other communications from UPS surge, the lightning disturbance (unique);
■With remote power function (EPO), when accidents happened, people can quickly turn off UPS;
■The battery protection function, effectively prevent the battery discharge / charging battery might cause permanent damages and short life expectancy, battery under-voltage warning function can inform the user relevant treatment is carried out, and by setting the regularly self-checking, early detection of battery failure, avoid loss;
■Intelligent battery management function (ABM) technology, effectively extending the service life of the battery, reduce the number of battery maintenance. The use of advanced automated conversion of constant current and constant voltage charging technology, the maximum activation cell, save the charging time, thereby prolonging the service life of the battery;
■In the normal city, no battery is needed to start the UPS, both to meet the user's demand of emergency rescue, and to be in maximum repair damage cell;
■The long-acting type in the city power under pressure or high pressure and enabling battery mode power supply, the built-in high current charger and battery connected in parallel to the UPS provides DC current, thus prolonging the standby time UPS, UPS in half, 1 times longer than that of standby time;
■The configuration manual repair bypass, as long as the UPS is to repair its mode, it can be in continuous supply for a load under the condition of on line repair;
■The selection of isolation transformer, the input and output of which are isolated, which provide the user with isolated protections;
■Can be paired with generator uses, use time more extended, and effectively ,remove the generator to generate power for the load side, and provide clean, safe, stable power supply;
■The centralized control panel can provide rich information (LED/LCD panel display panel optional), LED communication interface in a graphic display of UPS power supply, inverter, battery powered, bypass power supply, UPS fault, battery capacity, load capacity of working condition; LCD liquid crystal display interface to the user accurately display the current, voltage, UPS frequency, fault information, work environment, work conditions and load conditions, so that the various parameters of UPS stick out a mile display interface in the LCD, which can master the UPS power supply quality and changes of environment at any time;
■The adoption of advanced technology for anti electromagnetic interference, electromagnetic interference and radio frequency interference, of which is in line with international standards EN50091-2 and IEC61000-4 series standard design, and has very good electromagnetic compatibilities, with minimizing or even eliminating the equipments caused by electromagnetic interference;
■ UPS between PC and UPS through RS232 interface, multiple functions of monitoring, real-time understanding of the working state of UPS, historical records and automatic switch machine, simplify the network management, improve the system reliability;
■The configuration of the SNMP card and monitoring software, using TCP/IP, SNMP, HTTP, TFTP, through the WEB browser, to achieve in the Internet/ Intranet remote monitoring, real-time status query, information management, remote control, parameters settings, user managements, historical data query comprehensive monitoring and management functions, and can send short message or Email to users to alarm through mobile phones or system administrators, support for the operating systems: Windows 7, Unix, Linux etc.
Model
|
HR910S
|
HR910H
|
HR920S
|
HR920H
|
HR930S
|
HR930H
|
Capacity
|
1KVA/900W
|
2KVA/1800W
|
3KVA/2700W
|
|||
Input and output
|
1-in/1-out
|
|||||
Input
|
||||||
Cold start
|
support the battery cold start, the default frequency is 50HZ(settable)
|
|||||
Input voltage
|
50%~125%(220VAC/230VAC/240VAC)
|
|||||
80%~125% at 100% rated load
|
||||||
70%~125% at 85% rated load
|
||||||
60%~125% at 75% rated load
|
||||||
50%~125% at 60% rated load
|
||||||
Voltage switching point
|
Low voltage switching 110VAC
|
|||||
Low voltage recovery 121VAC |
||||||
High voltage switching 288VAC
|
||||||
High voltage recovery 281VAC
|
||||||
Input currenton
|
4.8A
|
9.6A
|
14.4A
|
|||
Input frequency
|
40~70Hz
|
|||||
Power factor
|
≥0.97
|
|||||
Output
|
||||||
Rated voltage
|
220VAC
|
|||||
Output waveform
|
sine wave
|
|||||
Power factor
|
0.9
|
|||||
Voltage regulation
|
±1%
|
|||||
Dynamic response
|
≤5% (0% - 100% -0%)
|
|||||
Dynamic recovery
|
≤10ms (0% - 100% -0%)
|
|||||
Voltage distortion
|
≤1% THD, linear load
|
|||||
≤5.5% THD, nonlinear load
|
≤5% THD, nonlinear load
|
≤5% THD, nonlinear load
|
||||
Frequency adaptive
|
settable
|
|||||
Trace range
|
±5Hz acquiescent
|
|||||
Trace velocity
|
0.5~5Hz/s,2 Hz/s acquiescent
|
|||||
Battery mode
|
(50±0.1) Hz acquiescent
|
|||||
Current
|
4.3A
|
8.6A
|
13.5A
|
|||
Overload capacity
(Online mode)
|
105%~130%: 1m then switch to bypass
|
|||||
150%: 30s then switch to bypass
|
||||||
Overload capacity
(battery mode)
|
105%~130%:maintain 10s then shutdown
|
|||||
150%:maintain 5s then shutdown
|
||||||
Overload capacity
(bypass mode)
|
<130%: normal
|
|||||
130%~150%:1m then shutdown
|
||||||
150%~180%:5s then shutdown
|
||||||
Load crest factor
|
3:1(Max)
|
|||||
System
|
||||||
Switching time
|
0ms (main switch to battery)
|
|||||
2ms(inverter switch to bypass)
|
||||||
EMI/EMC
|
IEC/EN 62040-2:2006 C3
|
|||||
EMS
|
IEC/EN 61000-4-2:2009 B (ESD)
|
|||||
IEC/EN 61000-4-3:2006 +A1:2008 +A2:2010 A (RS)
|
||||||
IEC/EN 61000-4-4:2004+A1:2010 B(EFT)
|
||||||
IEC/EN 61000-4-5:2006 B(Surge)
|
||||||
IEC/EN 61000-4-6:2009 A(RF)
|
||||||
IEC/EN 61000-4-8:2010 A(Magnetic Field)
|
||||||
IEC/EN 61000-4-11:2004 A(VD)
|
||||||
IEC/EN 61000-2-2:2002 A(LF)
|
||||||
Efficiency
|
||||||
Main mode with
batteries charged
|
when 100% rated load, it is 86%
when 50% rated load, it is 87%
|
when 100% rated load, it is 88%
when 50% rated load, it is 91%
|
when 100% rated load, it is 88%
when 50% rated load, it is 90%
|
|||
ECO mode
|
94%
|
97%
|
97%
|
|||
Battery mode
|
when 100% rated load, it is 83%
when 50% rated load, it is 84%
|
when 100% rated load, it is 87%
when 50% rated load, it is 88%
|
when 100% rated load, it is 87%
when 50% rated load, it is 89%
|
|||
Noise
(1m far away)
|
when <60% rated load, it is <45dB
when >60% rated load, it is <50dB
|
when <60% rated load, it is <50dB
when >60% rated load, it is <55dB
|
when <60% rated load, it is <50dB
when >60% rated load, it is <55dB
|
|||
Battery
|
||||||
Type
|
maintenance-free lead-acid batteries
|
|||||
Model
|
12VDC/7Ah
|
depending on the external battery
|
12VDC/7Ah
|
depending on the external battery
|
12VDC/7Ah
|
depending on the external battery
|
Quantity
|
3
|
6
|
8
|
|||
Direct voltage
|
36VDC
|
72VDC
|
96VDC
|
|||
Backup time
|
80%load
6m |
depending on the external battery
|
80%load
6m |
depending on the external battery
|
80%load
5.5m |
depending on the external battery
|
Low-voltage battery
|
33VDC~35VDC,changed by load factor
|
66VDC~70VDC,changed by load factor
|
88VDC~94VDC,changed by load factor
|
|||
Charger
|
||||||
Charging voltage
|
floating charge:41VDC/ equalized charging:42VDC
|
floating charge:82VDC/ equalized charging:84VDC
|
floating charge:109VDC/ equalized charging:112VDC
|
|||
Maximum charging current
|
1A
|
4A/8A
|
1A
|
4A/8A
|
1A
|
4A/8A
|
Charging time
|
8h up to 90%
|
depending on the external battery
|
8h up to 90%
|
depending on the external battery
|
8h up to 90%
|
depending on the external battery
|
Leakage current
|
<1mA
|
|||||
Display and alarm
|
||||||
Display
|
LED+LCD
|
|||||
Battery discharge
|
sounds every 2m
|
|||||
Low-voltage battery
|
sounds every 6s
|
|||||
Overload
|
persistent sound
|
|||||
Abnormal input voltages (including phase sequence reversed, unearthed)
|
sounds every 2m
|
|||||
Alarm
|
sounds every 6s
|
|||||
Fault
|
persistent sounding
|
|||||
Interface
|
||||||
RS232
|
support background software through the standard cable
|
|||||
SNMP(option)
|
monitoring machine through the network monitoring machine
|
|||||
EPO
|
emergency shutdown
|
|||||
Input
|
IEC C14
|
14.4A
|
||||
Output
|
6*IEC C13
|
14.4A
|
||||
Option
|
||||||
IC card
|
pluggable DB9 dry contact
|
|||||
USB
|
USB interface of type B
|
|||||
SNMP
|
pluggable
|
|||||
Environment
|
||||||
Temperature
|
0~40℃
|
|||||
Humidity
|
0%~95%
|
|||||
Altitude
|
<1500m
|
|||||
Physical characteristic
|
||||||
Size(mm)
(W*D*H)
|
440*430*86
(2U)
|
440*430*86
(2U)
|
440*480*173
(4U)
|
440*480*86
(2U) |
440*480*173
(4U)
|
440*480*86
(2U)
|
Packing size (mm)
(W*D*H)
|
580*565*250
|
580*565*250
|
580*660*335
|
580*615*250
|
580*660*335
|
580*615*250
|
Weight (kg))
|
12
|
6
|
21
|
10.5
|
25.6
|
11.5
|
Gross weight (KG)
|
13
|
7
|
22
|
12
|
27
|
13
|
Colour
|
Black
|
Model
|
HR960H |
HR9010H |
Capacity |
6KVA/5400W |
10KVA/9000W |
Input and output |
1-in/1-out |
|
Input |
||
Cold start |
support the battery cold start, the default frequency is 50HZ(settable) |
|
Input voltage |
50%~125%(220VAC/230VAC/240VAC) |
|
80%~125% at 100% rated load |
||
70%~125% at 85% rated load |
||
60%~125% at 75% rated load |
||
50%~125% at 60% rated load |
||
Voltage switching point |
Low voltage switching 110VAC/115VAC/120VAC |
|
Low voltage recovery 116VAC/122VAC/127VAC |
||
High voltage switching 275VAC/288VAC/300VAC |
||
High voltage recovery 268VAC/279VAC/291VAC |
||
Input currenton |
All surpot |
|
Input frequency |
40~70Hz |
|
Power factor |
≥0.99 |
|
Output |
||
Rated voltage |
220/230/240VAC |
|
Output waveform |
sine wave |
|
Voltage regulation |
±1% |
|
Dynamic response |
≤5% (50% - 100% -50%) |
|
Dynamic recovery |
≤15ms (0% - 100% -0%) |
|
Voltage distortion |
≤1% THD,linear load |
|
≤5% THD,nonlinear load |
||
Frequency adaptive |
settable |
|
Trace range |
±3Hz acquiescent |
|
Trace velocity |
0.5~5Hz/s,2 Hz/s acquiescent |
|
Battery mode |
(50±0.05)Hz acquiescent |
|
Current |
27A |
45A |
Overload capacity (Online mode) |
110%: 10m then switch to bypass |
|
130%: 1m then switch to bypass |
||
150%:30s then switch to bypass,1m then shutdown |
||
Overload capacity (bypass mode) |
<110%: 10m then shutdown |
|
>115%:10s then shutdown |
||
Load crest factor |
3:1(Max) |
|
Power factor |
0.9 |
|
System |
||
Switching time |
Main road cut battery 0ms, cut inverter bypass 0ms | |
Repair bypass |
Standard |
|
EMI/EMC |
IEC/EN 62040-2:2006 C3 |
|
EMS |
IEC/EN 61000-4-2:2009 B (ESD) |
|
IEC/EN 61000-4-3:2006 +A1:2008 +A2:2010 A (RS) |
||
IEC/EN 61000-4-4:2004+A1:2010 B(EFT) |
||
IEC/EN 61000-4-5:2006 B(Surge) |
||
IEC/EN 61000-4-6:2009 A(RF) |
||
IEC/EN 61000-4-8:2010 A(Magnetic Field) |
||
IEC/EN 61000-4-11:2004 A(VD) |
||
IEC/EN 61000-2-2:2002 A(LF) |
||
Efficiency |
||
Main mode |
92% |
|
ECO mode |
97% |
|
Battery mode |
91% |
|
Noise (1m far away) |
when <70% rated load, it is <48dB when >70% rated load, it is <58dB |
when <70% rated load, it is <48dB when >70% rated load, it is <60dB |
Battery |
||
Type |
maintenance-free lead-acid batteries |
|
Number |
1x16x12V |
|
Backup time |
depending on the external battery |
|
Low-voltage battery |
(176±3)VDC |
|
Charger |
||
Charging voltage |
(220±1%)VDC |
|
Maximum charging current |
5A |
|
Charging time |
depending on the external battery |
|
Leakage current |
<2mA |
|
Display and alarm |
||
Display |
LED+LCD |
|
Battery discharge |
sounds every 1s |
|
Fault |
persistent sounding |
|
Interface |
||
EPO |
emergency shutdown |
|
RS232 |
support background software through the standard cable |
|
USB(option) |
support background software through the standard cable |
|
SNMP(option) |
monitoring machine through the network monitoring machine |
|
Input |
IEC C14 |
IEC C20 |
Output |
6*IEC C13 |
6*IEC C13+1*IEC C19 |
Option |
||
ECO |
Economic model |
|
Dry contact |
pluggable |
|
parallel operation |
3 |
|
battery pack |
16 battery box |
|
USB |
USB interface of type B |
|
SNMP |
pluggable |
|
Environment |
||
Temperature |
0~40℃ |
|
Storage temperature |
0~70℃ |
|
Humidity |
0%~95% |
|
Altitude |
In 1000M |
|
Standard |
||
Safety standard |
EN62040-1 |
|
EMC |
EN62040-2,EN61000-4-2,EN61000-4-3,EN61000-4-4,EN61000-4-5,EN61000-4-6 |
|
Produce |
YD/T1095-2018 |
|
Physical characteristic |
||
Size(mm) (W*D*H) |
438*130*680 |
|
Weight(kg) |
21 |
23 |
Colour |
Black |