TP33 (OST POWER 33) three-three UPS
TP33 Series Products
TP33 series of Industrial-frequency three-three-online UPS, Single capacity from 10KVA to 400KVA, is designed for large technology companies OST critical applications such as data processing center, the host system, manufacturing and telecommunications equipment, medical equipment designed for high performance Sine Wave Uninterruptible Power System. Its high availability and high reliability for critical applications for large power systems provide important protection. The series of double conversion online UPS applications IGBT technology and high-speed DSP digital processor, to ensure the stability of the voltage and frequency of the pure sine wave output.
TP33 series of three three industrial-type parallel UPS uses advanced digital control technology, provide up to a maximum of 8 units and machine operation, and to provide users harmonic suppression filter, bypass input isolation transformer and SNMP adapters can be option.
TP33 Series technical characteristics
High reliability design
◆Double-conversion online topology design, the UPS output frequency tracking, phase lock, regulator and filter out the noise, interference from power fluctuations pure sine wave power, providing more comprehensive and perfect protection for user equipment ;
◆standard output isolation transformer, has a strong anti-shock load and short-circuit protection, even when the inverter failure load completely breakdown can also protect against threats, but also optional bypass isolation transformer to achieve zero voltage value is 0V, effectively filter all kinds of noise, to ensure safe and reliable loading equipment;
◆standard 6-pulse rectifier, optional 12-pulse rectifier 11 plus harmonic filter, the UPS input power factor, the 6-pulse rectifier is greater than 0.66 to 0.83 up to 0.98, a significant saving; harmonic components of the input current (THD) to 5% or less, in addition to greatly reduce the UPS itself against external pollution of the grid, you can eliminate the load carried by the harmonic pollution and power factor correction;
◆output zero transfer time to meet the high standards of precision equipment for power requirements;
◆N +1 redundant variable speed fan cooling system to ensure the safety of wearing parts after failure;
◆the use of advanced technology and electronic lock-synchronous static bypass switch, to ensure continuity of load power;
◆Built-in manual maintenance bypass switch, to further improve the reliability of the load continuous operation.
Digital control technology
◆application of advanced digital control technology, a breakthrough technology bottlenecks industry to digital logic control system to replace the traditional analog control circuit, a remarkable innovation. In the digital control technology systems, applications, high-speed DSP digital processor and programmable logic devices, the control circuit, parameter setting and operation management more perfect, self-test and self-detection function more powerful. Digital sampling technology is not only beneficial for all connections on the independent circuit circuit self-test and failure analysis, more digitally transformed into extremely pure sine wave voltage and stability, to ensure stable operation of the system over.
◆the use of advanced intelligent battery management system, according to the user's battery configuration automatically adjusts the battery charge current parameters, and based on the battery-powered environments are filled float conversion, temperature compensated charging and battery management. Additionally, you can run through the monitoring interface for battery state detection management to ensure efficient operation of the battery. Intelligent battery management system not only reduces the burden on administrators, extending the battery life of more than 50%.
◆smart guard throughout the timely detection systems, digital control systems for all of uninterrupted power status, breaker status, fuse status and working conditions of all the online detection circuit, when a fault occurs, the system will immediately detect alarm to notify administrators and synchronization starts UPS comprehensive protection.
Superior performance
◆using the most advanced fifth generation IGBT technology to enhance the efficiency of the inverter, UPS makes lower temperature rise and higher reliability;
◆fully meet the load from 0-100% of the jump without having to switch to the bypass, and ensure that the output is stable and reliable;
◆instantaneous feedback control using a variety of control methods and RMS, to achieve a high dynamic regulation, reduce the output voltage distortion;
◆three-phase independent control, in order to achieve a balance of instantaneous overload control, and can achieve an output of 100% load imbalance;
◆using the new vortex fan, excellent thermal performance, speed and energy saving;
Comprehensive and reliable protection measures
◆with power self-diagnosis function to avoid the risk of failure due to hazards that may lead to the UPS;
◆with AC input surge surge protection, overvoltage / undervoltage protection; output overload / short circuit protection; inverter, rectifier over-temperature protection; battery voltage warning protection; battery overcharge protection; variety of fuses, circuit breakers protection and other protection functions, which greatly ensure the stability and reliability of the system operation.
Human information processing technology
◆Goodwill in English and optional HMI touch screen design, intuitive operation status flowchart intelligent touch-screen design icon, makes machine communication distance;
◆UPS running data-rich, multi-layered historical event records and fault code display, makes the human information processing;
◆through RS232 interface, with intelligent monitoring software can be used with a PC for instant messaging, various parameters and status of the UPS system at a glance display on the PC communication interface, by setting, the computer can perform a variety of functions in the UPS system direct control;
◆Optional RS485 interface and MODBUS protocol 14 road dry node interface, especially for industrial control field;
◆The external SNMP adapter, the system has a direct Internet access, providing instant messages UPS data and power through a variety of network management platform for communication, management, system instantly become a network.
And advanced digital control technology
◆Digital circulation control technology to ensure parallel UPS into the same frequency, in phase with the voltage, so that circulation between the parallel UPS greatly reduced, to enhance the reliability of the parallel system;
◆unique between different power UPS to achieve and machine size automatically assigned by UPS power load, greatly facilitate the expansion of UPS;
◆insert that came with the card and the machine (optional) can achieve up to 8 parallel UPS units, improve system reliability, increase the total output power. And stand-alone machines easy to upgrade to, scalability and strong;
◆redundant and closed-loop communication cable machine, and the machine to enhance the safety and reliability;
◆parallel UPS can share the same battery pack that can save investment.
TP33 Series Applications
Large ICD data room, banking / securities clearing center, communications network management center, semiconductor production lines and large-scale automated production line and its control system, highway lighting / billing, small and medium-scale data room, business services group, small-scale office automation, computer equipment, precision instruments, medical equipment and so on.
TP33 Series Model name defined
TP33 **** - *
TP33: said three-three series
*: Indicates the UPS capacity, the unit is Kva
*: Indicates whether the parallel system, the suffix P indicates the built-in parallel with the package, all the capacity available in the series UPS and machine operation.
- *: Indicates whether the 12-pulse rectifier, the suffix-12P is represented as a 12-pulse rectifier.
Such as: TP3320 is expressed as three-lapse into three 20Kva host,
TP33100P expressed as a three-three 100Kva built-and time-lapse host machine package.
TP33400P-12P expressed as a built-in three-three 400Kva and machine kit, 12-pulse rectifier long delay hosts.
TP33 Series 10-120KVA Technical Specifications Table
Model |
TP3310 |
TP3315 |
TP3320 |
TP3330 |
TP3340 |
TP3360 |
TP3380 |
TP33100 |
TP33120 |
Capacity |
10KVA |
15KVA |
20KVA |
30KVA |
40KVA |
60KVA |
80KVA |
100KVA |
120KVA |
6-pulse |
6-pulse |
6-pulse |
6-pulse |
6-pulse |
6-pulse |
6-pulse |
6-pulse |
6-pulse |
|
System parameters | |||||||||
Rated voltage |
380/400/415VAC three-phase three-wire |
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Voltage Range |
±15% (± 25% adjustable) |
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Rated frequency |
50/60 Hz auto-identification |
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Frequency Range |
45 ~ 65 |
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Slow start function input power |
There are 0 - 100%, 10-300 seconds can be set |
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Input power factor cosφ |
Up to 0.99 (plus harmonic filter time) |
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Overall efficiency (normal mode) 100% load |
92% |
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Load 50% |
90% |
||||||||
Overall efficiency (economy mode): 100% load |
98% |
||||||||
Maximum leakage current (mA) |
100 |
||||||||
Standby economic model |
Standard features |
||||||||
Mean time between failures (MTBF) |
200,000 hours |
||||||||
Dry contact signal |
Standard three contact signal (low battery, battery discharge, bypass / fault); optional 14 contact signal; output 12Vdc 80mA |
||||||||
Computer monitor port |
Standard RS232, optional RS485 / MODBUS |
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Operating temperature |
0 ~ 40 °C |
||||||||
Maximum relative humidity |
95% (non-condensing) |
||||||||
Cooling |
Forced ventilation (fan speed varies with load) |
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Maximum altitude |
1000 m rated power (100 m lower -1%) Maximum 4000 m |
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Noise dB |
52 ~ 58 |
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Protection class (EN 60529) |
IP20 |
||||||||
Inlet and outlet |
Under / post |
||||||||
Safety standards |
Safety: GB4943, EN 50091-1; Electromagnetic compatibility: GB7260.2, GB / T 17626.2 ~ 5EMC, EN 50091-2 |
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Physical parameters | |||||||||
Width (mm) W |
600 |
800 |
800 |
||||||
D * H (mm) D * H |
600*1280 |
800*1480 |
800*1800 |
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Weight Kg |
195 |
210 |
220 |
305 |
340 |
500 |
600 |
800 |
950 |
Battery | |||||||||
Unit number (rated voltage) |
192 units (384VDC) |
||||||||
Charge current setting |
0.1A x C10 |
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Inverter output | |||||||||
Rated voltage [V] |
380/400/415VAC phase four-wire |
||||||||
Phase voltage settings |
200 ~ 244 V (Control Panel) |
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Crest factor (Ipeak / Irms) |
3:1 |
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Waveform |
Sine wave |
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Steady-state voltage stability |
± 1 % |
||||||||
Transient voltage response |
Within ± 5% in 10ms |
||||||||
Rated frequency |
And enter the same |
||||||||
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% of rated current) |
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Short circuit 0.1 seconds |
2 times the input |
||||||||
Inverter efficiency (100% load) |
98% |
||||||||
Bypass | |||||||||
Rated voltage [V] |
380/400/415VAC phase four-wire |
||||||||
Input Voltage Range |
±15% (can be adjusted from the control panel of ± 10%, ± 20%) |
||||||||
Rated frequency [Hz] |
50 / 60 |
||||||||
Frequency Range |
±2% (from the control panel can be adjusted to ± 5%) |
||||||||
"STAND-BY ON" (economy mode, the switch from bypass to inverter) conversion time |
2~5ms |
||||||||
Inverter / bypass transfer time |
<1ms |
||||||||
Overload |
10 '/ 1' / 18 "(150/175/200% of rated current) |
||||||||
Standard configuration |
Feed-flow protection; bypass independently isolated |
TP33 Series 160-400KVA Technical Specifications Table
Model |
TP33160 |
TP33200 |
TP33250 |
TP33300 |
TP33350 |
TP33400 |
||||||
Capacity |
160KVA |
200KVA |
250KVA |
300KVA |
350KVA |
400KVA |
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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 parameters | ||||||||||||
Rated voltage |
380/400/415VAC three-phase three-wire |
|||||||||||
Voltage Range |
±15% (± 25% adjustable) |
|||||||||||
Rated frequency |
50/60 Hz auto-identification |
|||||||||||
Frequency Range |
45 ~ 65 |
|||||||||||
Slow start function input power |
There are 0 - 100%, 10-300 seconds can be set |
|||||||||||
Input power factor cosφ |
Up to 0.99 (plus harmonic filter time) |
|||||||||||
Overall efficiency (normal mode) 100% load |
94% |
|||||||||||
Load 50% |
92% |
|||||||||||
Overall efficiency (economy mode) 100% load |
98% |
|||||||||||
Maximum leakage current (mA) |
100 |
|||||||||||
Standby economic model |
Standard features |
|||||||||||
Mean time between failures (MTBF) |
200,000 hours |
|||||||||||
Dry contact signal |
Standard three contact signal (low battery, battery discharge, bypass / fault); optional 14 contact signal; output 12Vdc 80mA |
|||||||||||
Computer monitor port |
Standard RS232, optional RS485 / MODBUS |
|||||||||||
Operating temperature |
0 ~ 40 °C |
|||||||||||
Maximum relative humidity |
95% (non-condensing) |
|||||||||||
Cooling |
Forced ventilation (fan speed varies with load) |
|||||||||||
Maximum altitude |
1000 m rated power (100 m lower -1%) Maximum 4000 m |
|||||||||||
Noise dB |
54 ~ 62 |
|||||||||||
Protection class (EN 60529) |
IP20 |
|||||||||||
Inlet and outlet |
Under / post |
|||||||||||
Safety standards |
Safety: GB4943, EN 50091-1; Electromagnetic compatibility: GB7260.2, GB / T 17626.2 ~ 5EMC, EN 50091-2 |
|||||||||||
Physical parameters | ||||||||||||
Width (mm) W |
1100 |
1400 |
1600 |
|||||||||
D * H (mm) D * H |
800*1800 |
1100*2000 |
1100*2000 |
|||||||||
Weight Kg |
1200 |
1550 |
1350 |
1750 |
1500 |
1950 |
1650 |
2150 |
1850 |
2400 |
2100 |
2700 |
Battery | ||||||||||||
Unit number (rated voltage) |
192 units (384VDC) |
240 units (480VDC) |
||||||||||
Charge current setting |
0.1A x C10 |
|||||||||||
Inverter output | ||||||||||||
Rated voltage [V] |
380/400/415VAC phase four-wire |
|||||||||||
Phase voltage settings |
200 ~ 244 V (Control Panel) |
|||||||||||
Crest factor (Ipeak / Irms) |
3:1 |
|||||||||||
Waveform |
Sine wave |
|||||||||||
Steady-state voltage stability |
± 1 % |
|||||||||||
Transient voltage response |
Within ± 5% in 10ms |
|||||||||||
Rated frequency |
And enter the same |
|||||||||||
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% of rated current) |
|||||||||||
Short circuit 0.1 seconds |
2 times the input |
|||||||||||
Inverter efficiency (100% load) |
98% |
|||||||||||
Bypass | ||||||||||||
Rated Capacity [KVA] |
160 |
200 |
250 |
300 |
350 |
400 |
||||||
Rated voltage [V] |
380/400/415VAC phase four-wire |
|||||||||||
Input Voltage Range |
±15% (can be adjusted from the control panel of ± 10%, ± 20%) |
|||||||||||
Rated frequency [Hz] |
50 / 60 |
|||||||||||
Frequency Range |
±2% (from the control panel can be adjusted to ± 5%) |
|||||||||||
"STAND-BY ON" (economy mode, the switch from bypass to inverter) conversion time |
2~5ms |
|||||||||||
Inverter / bypass transfer time |
<1ms |
|||||||||||
Overload |
10 '/ 1' / 18 "(150/175/200% of rated current) |
|||||||||||
Standard configuration |
Feed-flow protection; bypass independently isolated |