- Double conversion online UPS
- Input power factor near unity
- Low Input current distortion
- Active power factor correction
- High efficiency
- Inbuilt galvanic isolation transformer
- Advanced network connectivity
- IGBT based design
| Capacity | 10KVA | 20KVA | 30KVA | 50KVA | 80KVA | 100KVA | |
|---|---|---|---|---|---|---|---|
| Technology | Double conversion Online with the latest MPWM technology using IGBT | ||||||
| DC Bus | 360V | ||||||
| Input | |||||||
| Input Voltage | 415 V 3Ph and N | ||||||
| Input Voltage Window | 330 - 470V | ||||||
| Input Frequency | 45-55Hz | ||||||
| Input PFC | > 0.95 | ||||||
| Power | Soft start for 0 20 seconds power | ||||||
| Rectifier | IGBT based Full bridge | ||||||
| Voltage Regulation | (+)1% | ||||||
| Ripple Voltage | < 2% | ||||||
| Converter Protection | Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses | ||||||
| Inverter | |||||||
| Inverter Type | IGBT based MPWM with instantaneous Sinewave Control | ||||||
| Power Factor | 0.8 lag | ||||||
| Nominal Voltage | 415 Ph to Ph | ||||||
| Regulation | ( ± ) 1% | ||||||
| Frequency | 50Hz ± 1Hz | ||||||
| Total Harmonic Distortion | <2% for linear load, <6% for non linear load | ||||||
| Over Load Capacity | 100%-Continuous : 125% -1 Minute : 150% 5 Seconds | ||||||
| Transient Response | Remains within +/- 5% & recover to normal within 20 msec | ||||||
| Nominal output current | 10A | 20A | 30A | 50A | 80A | 100A | |
| Crest Factor | 3:1 | ||||||
| Mode of Operation | Designed for Continuous operation | ||||||
| Waveform | True Sinewave | ||||||
| Unbalanced Load Phase Shift | 120°± 0.5° | ||||||
| Isolation | True Online with complete galvanic isolation | ||||||
| Inverter Protection | Advanced Electronic Protection for device safety backed up with MCB’s/ MCCBs & fast acting fuses,high speed pulse by pulse electronic device protection over voltage / under voltage protection, Electronic over current trip | ||||||
| Bypass | |||||||
| Manual Bypass | Provided | ||||||
| Static bypass(Optional) | Optional Feature | ||||||
| Efficiency | |||||||
| Efficiency - 100% load | >86% to > 88 % | ||||||
| Battery | |||||||
| Battery Type | SMF/ TUBULAR | ||||||
| No. of Batteries | 30 | ||||||
| Voltage | 360V | ||||||
| Battery Low advance warning at | 11 v / battery | ||||||
| Battery Low cut off at | 10.5 V / Battery | ||||||
| Charger | CCVA | ||||||
| Charging Current Standard | 0-10 A | ||||||
| Alarms | Input / Low / Fail | Output Overload | Over Temperature | Battery low | ||||||
| Display | |||||||
| LCD Display | Input Voltage | Output Voltage | Load current | Output Overload | Output Frequency | ||||||
| LED INDICATIONS (Single LED with multi function) |
Mains on | UPS on | Battery Low | Overload | ||||||
| Protection | |||||||
| Protecting the load | |||||||
| Output Under Voltage Output Over Voltage |
Protects the load and its components from premature failure | ||||||
| Output Single Phase prevention | Protects the connected three phase loads & its components from premature failure | ||||||
| Output short circuit with pulse | Protects against false tripping & complete shutdown in case of surge | ||||||
| by pulse current limit up to 200μsecs.Protects 300% for 15 msecs,500% for 5msec &1000% for 1.5 msec of the rated current | Power drawn by the load (non linear loads) | ||||||
| Neutral drift
Neutral failure Lightning EMI & Harmonics in the input Neutral High voltage transient protection & Electrostatic discharge protection as per IEC 62040-2 |
Galvanic isolation provides complete isolation between output neutral and Input & the the output is fully protected against neutral drifts,voltage avalanches like lighting & input harmonics commonly found in the input side. | ||||||
| Protecting the UPS | |||||||
| Input MCCB / MCB | Protects th input from very large current caused by short circuit or due to a damaged internal component and avoids further damage to the equipment | ||||||
| Input Under Voltage / Over Voltage | Prevents damage of components in the input sensing & the converter devices | ||||||
| Over Temperature Protection | Protects the Inverter & Converter magnetics and switching devices against premature failure | ||||||
| Over Load protection | Protects the Inverter components against premature failure | ||||||
| Input Under Voltage / Over Voltage 'High voltage transient protection & Electrostatic discharge protection as per IEC 62040-2 |
Protects the Inverter & Converter magnetics and switching devices against premature failure | ||||||
| External Magnetic field Protection | Protects against external power frequency magnetic field | ||||||
| Environmental | |||||||
| Acoustic Noise level | <60db @ 1.5 meter | ||||||
| Ambient Temperature | 0 to 40 Deg C | ||||||
| Storage Temperature | -10 to 70 Deg C | ||||||
| Humidity | Up to 95% RH Non condensing | ||||||
| Altitude | < 3000 Feet above sea level (without derating) | ||||||
| Extreme climatic conditions | AC Environment is required if the temperature goes beyond the normal operating temperature (0-40 deg C) | ||||||
| Physical | |||||||
| Enclosure Protection Grade | IP - 20 | ||||||
| Cooling | Forced Air | ||||||
| Cable Entry | Front side bottom | ||||||
| Testing Standard | As per IEC 62040 - 3 | ||||||
*Due to continous improvements actual specifications may change without prior notice
