 |
10KV - 400KVA Online Low Frequency UPS
Product Details:
| Place of Origin: | China |
| Brand Name: | HRD brand |
| Certification: | CE,ISO9001:2008,TUV |
| Model Number: | PV3310ii PV3320ii ,PV3330ii...PV33200ii,PV33250ii,PV33300ii,PV33400ii |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1 |
|---|---|
| Price: | 2500-20000usd/unit |
| Packaging Details: | 1PCS/1WOODEN |
| Delivery Time: | 3-4 weeks after payment |
| Payment Terms: | TT/LC at sight |
| Supply Ability: | 200PCS/WEEK |
| Warranty: | 3 years after shipment |
|
Detail Information |
|||
| Product Name: | Online Uninterruptible Power Supply | Communication Interface: | Standard RS232,optional: RS485 / MODBUS |
|---|---|---|---|
| Cooling: | Forced Air(speed Varying According To Load Percent) | Noise (dB): | 52 ~ 58DB |
| IP Protection: | IP20 | Input/output Way: | Bottom /rear |
| Highlight: | online lowe frequency ups,low frequency online ups,400KVA Online Low Frequency UPS |
||
Product Description
10KV - 400KVA Online Low Frequency UPS / HRD PV Network UPS
Introduction:Power value plus(Ⅱ) is DSP controlled Online LF UPS with output isolation transformer.
It can be your perfect large capacity power shield for your critical and industrial load.
QUALITY POWER SUPPLY
HRD PV Plus series is an On-Line double conversion (VFI) UPS with isolation output transformer, unit capacity from 10KVA to 400KVA. It is immune to the interferences on the electric power supply line as it has special input and output filters. World leading DSP technology, with high speed DSP processor are adopted to guarantee system’s high stability and giving stable output power supply for all kinds of harsh load.
PERFECT APPLICAITON: Middle and large data center, Telecom, Finance, Traffic, Defense, Medical, Education, Energy, Manufacture, Industry, etc.
MAXIMUM RELIABILITY
The advanced DPS technology appliance considerably improves reliability, since a reduction in electronic components lowers the likelihood of breakdowns. Digital control is provided by the microprocessor that, in the PV Plus series,
controls all the internal parameters, thus increasing reliability and performance. In parallel connections, digital control ensures balance of the currents, which generally change over time due to phenomena such as vibrations and temperature, between the UPS units and the exchange of information with no need for manual tuning. MTBF >200,000h
PV Plus has been designed so that it can be connected in parallel even after the installation of the first unit. The power availability can be increased thanks to various configurations available such as the parallel configuration, the Dual Bus function and the Dynamic Dual Bus system.
HIGH SPEED DSP PROCESSOR: Ensuring the operation more fast and stable
OUTPUT 100% UNBALANCE LOAD
The ups can accept 3phase 100% unbalance load to satisfy kinds of load configuration.
ECO function: under good power condition, UPS can work in ECO mode, efficiency reach 98%, green and energy saving;
UPS FOR INDUSTRIAL LOADS
PV-Plus with its strong overload capability, output galvanic isolation and low harmonic current distortion, is the ideal solution for industrial applications.
Thanks to the high battery current, PV Plus Series is suitable to work with large battery banks as it can guarantee recharging in 10 hours as recommended by the battery manufacturer.
OPERATING FLEXIBILITY:All power ratings of the PV Plus series can also be used as Frequency Converters 50 to 60 Hz and vice versa.
COLORFUL MULTIFUCTIONAL PANEL
The 7 inch colorful multifunctional panel allows easy and humanized operation of the UPS. It gives access to the most important parameters: status and alarms, control commands, input, output, battery measurements (power, current, voltage, frequency and temperature) and settings. The PV Plus diagnostics system includes up to 128 alarms or messages allowing precise and detailed identification of any event.
Advanced Battery Management(ABM)
Optimal battery management includes:
- Periodic battery test,
- Automatically adjusting the battery charging current according to battery capacity
- Recharge temperature compensation (optional).
MAXIMUM SAFETY FOR PERSONNEL
The back feed protection device prevents any voltage back feed in the upstream distribution board, thus ensuring the safety of the maintenance personnel.
FULL FRONT ACCESS AND CONVENIENT CABLE CONNECTION
Full frontal access is for all power and electronic components ,which reduces the floor space required and consequently reduces the installation costs.
Configured with top and bottom cable connection
PERFECT HUMAN-MACHINE COMMUNICATION
UPS Monitor software displays the most important information such as the input and output voltage, the load applied, the remaining back-up time, etc., in the form of bar graphs. The software is able to provide information even in the event of a failure, in support of the fault diagnostics. The UPS Monitor software can be used to program the automatic shutdown of all open systems in the event of a prolonged black out. PV Plus can also operate with a network agent for applications
on LAN or WAN networks.
The UPS contains the following hardware interfaces:
- RS232 /RS485 interface,
- Dry contacts: battery low,battery discharge,bypass/breakdown
- EPO (Emergency Power Off) contact for UPS shutdown using the remote emergency button.
- SNMP card(optional)
ADVANCED PARALLEL
Maximum parallel up to 8 units and share the common battery pack.10-80kva parallel with parallel card only ;
100kva-400kva,parallel card with weaver reactance.
DYNAMIC DUAL BUS SYSTEM
Two independent systems set in Dual Bus Configuration can be merged together at any time for system expansion or maintenance. This provides a lot of flexibility in your installation in case of maintenance or when it is necessary to change the redundancy level of both systems.
EVENT LOG: 1000 historical events can be saved, which is easy for tracing ups operation status and useful for maintenance
Technical specification:
1) 10-120KVA specification:
|
Model |
PV3310ii |
PV3315ii |
PV3320ii |
PV3330ii |
PV3340ii |
PV3360ii |
PV3380ii |
PV33100ii |
PV33120ii |
|
Capacity |
10KVA |
15KVA |
20KVA |
30KVA |
40KVA |
60KVA |
80KVA |
100KVA |
120KVA |
|
6pulse |
6pulse |
6 pulse |
6 pulse |
6 pulse |
6 pulse |
6 pulse |
6 pulse |
6 pulse |
|
|
system |
|||||||||
|
Output PF |
0.8(lag) |
||||||||
|
System efficiency (inverter mode) |
92%(@100% load) ;90% @50%load; |
||||||||
|
System efficiency (ECO mode) |
98%(@100%load) |
||||||||
|
Maximum leakage current |
100(mA) |
||||||||
|
MTBF |
Above 200,000hours |
||||||||
|
Dry contact |
Standard: 3 types signal(BAT. low,battery mode,bypass /failure)； Optional:14 dry contact ; output: 12Vdc 80mA |
||||||||
|
Communication interface |
Standard RS232,optional: RS485 / MODBUS |
||||||||
|
Operation temperature |
0 ~ 40 °C |
||||||||
|
Humidity |
95 % (non-condense) |
||||||||
|
Cooling |
Forced air(speed varying according to load percent) |
||||||||
|
Max. altitude |
Within 1000m(every 100increase,capacity decrease -1%),Maximum 4000m |
||||||||
|
Noise (dB) |
52 ~ 58 |
||||||||
|
IP protection (EN 60529) |
IP20 |
||||||||
|
Input/output way |
Bottom /rear |
||||||||
|
Safety standard |
safety:GB4943 ,EN 50091-1；EMI:GB7260.2,GB/T 17626.2~5EMC, EN 50091-2 |
||||||||
|
Physical |
|||||||||
|
W *D*H(mm) |
600*600*1280 |
800*800*1480 |
800*800*1800 |
||||||
|
Weight(Kg) |
195 |
210 |
220 |
305 |
340 |
500 |
600 |
800 |
950 |
|
AC input |
|||||||||
|
Rated voltage |
380/400/415VAC Three-phase three-wire |
||||||||
|
Input voltage range |
± 15 %- ± 25 % adjustable) |
||||||||
|
Rate frequency |
50 / 60 Hz auto-sense |
||||||||
|
Frequency range |
50/60Hz+/-5Hz |
||||||||
|
Input soft start function |
0 - 100%,10-300s(settable) |
||||||||
|
Input power factor |
Reachable 0.99(plus harmonic filter) |
||||||||
|
Input current harmonic component(THDi ) |
Can <5%(plus harmonic filter) |
||||||||
|
Max. input current [A] |
18 |
27 |
36 |
54 |
72 |
108 |
144 |
180 |
216 |
|
The output characteristic of the rectifier |
|||||||||
|
Maintain the voltage (20°C) |
Battery type1 and 2 :V =435Vdc (2.266 x el.) |
||||||||
|
Battery type 3 :V =424Vdc (2.21 x el.) |
|||||||||
|
Battery type 0:the voltage value between type 1and 2, Voltage regulating range: V =400~460Vdc |
|||||||||
|
Charging voltage (20°C) |
Battery type1 and 2 :V (%recharging<95%) = 445Vdc (2.32 x el.) |
||||||||
|
Battery type 3 :V (%recharging<95%) = 460Vdc (2.4 x el.) |
|||||||||
|
Battery type 0: the voltage value between type 1and 2, Voltage regulating range: V =400~460Vdc |
|||||||||
|
The highest charging voltage |
445V |
||||||||
|
The charger output voltage regulation accuracy |
1% |
||||||||
|
DC ripple voltage component |
≤1% |
||||||||
|
Battery |
|||||||||
|
Unit number(rated voltage) |
384VDC(360-384v,selectable) |
||||||||
|
Charging current settings |
0.1C(battery capacity) |
||||||||
|
The battery discharge end voltage |
Battery type 1,2 and 3:no-load discharge current,V min=346 [V dc] |
||||||||
|
Battery type 1,2 and 3:output current =Ah capacity,V min=316 [V dc] |
|||||||||
|
Battery type 1,2 and 3:output current >Ah capacity,V min=306 [V dc] |
|||||||||
|
Battery type 0: the factory set the default values,V min=320 [V dc] Regulating range: V min =300~360[V dc] |
|||||||||
|
Inverter output |
|||||||||
|
Rated capacity [KVA] |
10 |
15 |
20 |
30 |
40 |
60 |
80 |
100 |
120 |
|
Rated power [KW] |
8 |
12 |
16 |
24 |
32 |
48 |
64 |
80 |
96 |
|
Rated voltage [V] |
380/400/415VAC three-phase four-wire |
||||||||
|
Rated current [A] |
12 |
18 |
24 |
36 |
48 |
72 |
96 |
120 |
144 |
|
Phase voltage setting |
200 ~ 244 V (control board) |
||||||||
|
Peak factor |
3:1 |
||||||||
|
Waveform |
Sine wave |
||||||||
|
Voltage phase shift (degrees) 100% balanced load |
± 1' |
||||||||
|
Voltage phase shift (degrees) 100% unbalanced load |
± 2' |
||||||||
|
Phase voltage difference 100% balance load |
± 1 % |
||||||||
|
Phase voltage difference 100% unbalanced load |
± 3 % |
||||||||
|
Total harmonic content(THD v) 100% linear load |
<2% |
||||||||
|
Total harmonic content(THD v) 100% non-linear load |
<5% |
||||||||
|
Steady-state voltage stability |
± 1 % |
||||||||
|
Transient voltage response |
± 5 % within 10ms |
||||||||
|
Rated frequency |
Same as input |
||||||||
|
Frequency stability |
When asynchronous,± 0.5 %；synchronization,± 2 % (can be set to ± 1~5 %,by the panel operation) |
||||||||
|
Overload |
600’ / 10’ / 1’ (110/125/150% rated current) |
||||||||
|
Short circuit 0.1s |
Double input |
||||||||
|
Inverter efficiency (load 100%) |
98% |
||||||||
|
Bypass |
|||||||||
|
Rated capacity [KVA] |
10 |
15 |
20 |
30 |
40 |
60 |
80 |
100 |
120 |
|
Rated voltage [V] |
380/400/415VAC Three-phase four-wire |
||||||||
|
Input voltage range |
±15 %(can be adjusted from the control panel ± 10 %,± 20%) |
||||||||
|
Rated frequency [Hz] |
50 / 60 |
||||||||
|
Frequency range |
±2 %(can be adjusted from the control panel ± 5 %) |
||||||||
|
“STAND-BY ON”(Eco mode, the bypass switch to inverter)transfer time |
2~5ms |
||||||||
|
Inverter/bypass transfer time |
<1ms |
||||||||
|
Overload |
10’/1’/18” (150/175/200% Rated current) |
||||||||
|
Standard configuration |
Feed flow protection, bypass independently isolated |
||||||||
2) 160-400KVA product specification parameter table:
|
Model |
PV33160ii |
PV33200ii |
PV33250ii |
PV33300ii |
PV33350ii |
PV33400ii |
|||||||
|
Capacity |
160KVA |
200KVA |
250KVA |
300KVA |
350KVA |
400KVA |
|||||||
|
6 pulse |
12 pulse |
6 pulse |
12 pulse |
6 pulse |
12 pulse |
6 pulse |
12 pulse |
6 pulse |
12 pulse |
6 pulse |
12 pulse |
|
|
|
System parameter |
|||||||||||||
|
Output power factor |
0.8(lag) |
||||||||||||
|
Overall efficiency (normal model) Load 100% |
94% |
||||||||||||
|
Load 50% |
92% |
||||||||||||
|
Overall efficiency: (ECO mode) Load 100% |
98% |
||||||||||||
|
Maximum leakage current(mA) |
100 |
||||||||||||
|
Standby economic model |
Standard functions |
||||||||||||
|
Mean time before failure(MTBF) |
Above 200,000 hours |
||||||||||||
|
Dry contact signal |
Standard three control signal (battery low,battery discharge,bypass/breakdown)； Optional 14 control signal；output 12Vdc 80mA |
||||||||||||
|
Computer monitors port |
Standard S232,optional ODBUS |
||||||||||||
|
Running temperature |
0 ~ 40 °C |
||||||||||||
|
Maximum relative humidity |
95 % (non-condensing) |
||||||||||||
|
Cooling |
Forced ventilation (fan speed changing with load) |
||||||||||||
|
Maximum altitude |
1000m rated power(Rising 100m lower 1%) maximum 4000m |
||||||||||||
|
Noise dB |
54 ~ 62 |
||||||||||||
|
Protection class (EN 60529) |
IP20 |
||||||||||||
|
Inlet and outlet of the wire way |
Bottom /rear |
||||||||||||
|
Safety standard |
Safety: GB4943,EN 50091-1；electromagnetic compatibility: GB7260.2, GB/T 17626.2~5EMC,EN 50091-2 |
||||||||||||
|
Physical parameter |
|||||||||||||
|
Wide (mm) |
1100 |
1400 |
1100 |
1400 |
1400 |
1400 |
1400 |
1400 |
1600 |
1600 |
1600 |
1600 |
|
|
Deep*high (mm) |
800*1800 |
1000*2000 |
1100*2000 |
||||||||||
|
Weight(kg) |
1200 |
1550 |
1350 |
1750 |
1500 |
1950 |
1650 |
2150 |
1850 |
2400 |
2100 |
2700 |
|
|
The input rectifier features |
|||||||||||||
|
Rated voltage |
380/400/415VAC Three-phase three wire |
||||||||||||
|
Voltage range |
± 15 % (± 25 % adjustable) |
||||||||||||
|
Rated frequency |
50 / 60 Hz automatic identification |
||||||||||||
|
Frequency range |
45 ~ 65 |
||||||||||||
|
Input power slow start function |
Yes,0 - 100%,can be set to 10-300 seconds |
||||||||||||
|
Input power factors cosφ |
Reachable 0.99(plus harmonic filter) |
||||||||||||
|
Input current harmonic component(THDi ) |
can<5%(plus harmonic filter) |
||||||||||||
|
Max.input current [A] |
250 |
315 |
400 |
500 |
550 |
630 |
|||||||
|
The output characteristic of the rectifier |
|||||||||||||
|
Maintain the voltage (20°C) |
Battery type1 and 2 :V =435Vdc (2.266 x el.) |
Battery type1 and 2 : V =544Vdc (2.266 x el.) |
|||||||||||
|
Battery type 3 :V =424Vdc (2.21 x el.) |
Battery type 3 : V =530Vdc (2.21 x el.) |
||||||||||||
|
Battery type 0:the voltage value between type 1 and 2, Voltage regulating range: V =400~460Vdc |
Battery type 0:the voltage value between type 1 and 2, Voltage regulating range: V =500~575Vdc |
||||||||||||
|
Charging voltage (20°C) |
Battery type1 and 2 :V (%recharging<95%)=445Vdc (2.32 x el.) |
Battery type1 and 2 : V (%recharging<95%) =557Vdc (2.32 x el.) |
|||||||||||
|
Battery type 3 :V (%recharging<95%)=460Vdc (2.4 x el.) |
Battery type 3 :V (%recharging<95%) =576Vdc (2.4 x el.) |
||||||||||||
|
Battery type 0:the voltage value between type 1 and 2, Voltage regulating range: V =400~460Vdc |
Battery type 0:the voltage value between type 1 and 2, Voltage regulating range: V =500~575Vdc |
||||||||||||
|
The highest charging voltage |
445V |
556V |
|||||||||||
|
The charger output voltage regulation accuracy |
1% |
||||||||||||
|
DC ripple voltage component |
≤1% |
||||||||||||
|
Battery |
|||||||||||||
|
Unit number(rated voltage) |
192 units(384VDC) |
240 units(480VDC) |
|||||||||||
|
Charging current settings |
0.1 C(battery capacity) |
||||||||||||
|
The battery discharge end voltage |
Battery type 1,2 and 3:no-load discharge current, Vmin=346 [V dc] |
Battery type 1,2 and 3:no-load discharge current,Vmin=433 [V dc] |
|||||||||||
|
Battery type1,2 and 3:output current =Ah capacity, Vmin=316 [V dc] |
Battery type 1,2 and 3: output current =Ah capacity, Vmin=395 [V dc] |
||||||||||||
|
Battery type 1,2,3:output current >Ah capacity, Vmin=306 [V dc] |
Battery type 1,2 and 3: output current >Ah capacity, Vmin=383 [V dc] |
||||||||||||
|
Battery type 0:the factory set the default values,Vmin=320 [Vdc] Regulating range: Vmin =300~360V[V dc] |
Battery type 0:the factory set the default values,Vmin=400 [V dc] Regulating range: Vmin =375~450V[V dc] |
||||||||||||
|
Inverter output |
|||||||||||||
|
Rated capacity [KVA] |
160 |
200 |
250 |
300 |
350 |
400 |
|||||||
|
Rated power [KW] |
128 |
160 |
200 |
240 |
280 |
320 |
|||||||
|
Rated voltage [V] |
380/400/415VAC three-phase four-wire |
||||||||||||
|
Rated current [A] |
195 |
243 |
304 |
365 |
426 |
486 |
|||||||
|
Phase voltage setting |
200 ~ 244 V (control board) |
||||||||||||
|
Peak factor |
3:1 |
||||||||||||
|
Waveform |
Sine wave |
||||||||||||
|
Voltage phase shift (degrees) 100% balanced load |
± 1' |
||||||||||||
|
Voltage phase shift (degrees) 100% unbalanced load |
± 2' |
||||||||||||
|
Phase voltage difference 100% balance load |
± 1 % |
||||||||||||
|
Phase voltage difference 100% unbalanced load |
± 3 % |
||||||||||||
|
Total harmonic content(THD v) 100% linear load |
<2% |
||||||||||||
|
Total harmonic content(THD v) 100% non-linear load |
<5% |
||||||||||||
|
Steady-state voltage stability |
± 1 % |
||||||||||||
|
Transient voltage response |
± 5 % within 10ms |
||||||||||||
|
Rated frequency |
Same as input |
||||||||||||
|
Frequency stability |
When asynchronous,± 0.5 %；synchronization,± 2 % can be set to ± 1~5 %,by the panel operation) |
||||||||||||
|
Overload |
600’ / 10’ / 1’ (110/125/150% rated current) |
||||||||||||
|
Short circuit 0.1s |
Double input |
||||||||||||
|
Inverter efficiency (load 100%) |
98% |
||||||||||||
|
Bypass |
|||||||||||||
|
Rated capacity [KVA] |
160 |
200 |
250 |
300 |
350 |
400 |
|||||||
|
Rated voltage [V] |
380/400/415VAC three-phase four-wire |
||||||||||||
|
Input voltage range |
±15 %(can be adjusted from the control panel± 10 %,± 20%) |
||||||||||||
|
Rated frequency [Hz] |
50 / 60 |
||||||||||||
|
Frequency range |
±2 %(can be adjusted from the control panel± 5 %) |
||||||||||||
|
“STAND-BY ON”(Economic mode, the bypass switch to inverter)conversion time |
2~5ms |
||||||||||||
|
Inverter/bypass transfer time |
<1ms |
||||||||||||
|
Overload |
10’/1’/18” (150/175/200% rated current) |
||||||||||||
|
Standard configuration |
Feed flow protection, bypass independently isolated |
||||||||||||