Our powerfully designed performance-oriented Industrial UPS work accordingly and save users from any adverse input & output transient conditions. They function efficiently and smoothly to bring desired power results to users. High frequency PWM Voltage Fed Inversion (VFI) Technology is utilized in combination with micro-controller based electronic control system to manufacture such Industrial UPS Systems at us.
Industrial UPS Systems
Our Industrial UPS Systems are rated as the vital reliability solution for large scale and critical applications. We have brought significant output performance besides adding further enhancements over previous models to give total comfort to our industrial clients. With a number of new features, clients are assured of enhanced performance, efficiency, applications flexibility and above all reliability.
Model |
HyP Series |
10 KVA-200KVA ONLINE UPS |
|
Input Parameters |
|
Nominal Voltage |
415V, 3 Phase, 4 Wire/5 Wire |
Voltage Range |
300 VAC-480VAC |
Nominal Frequency |
50 Hz |
Frequency Tolerance |
±5Hz |
Power Factor |
Better then 0.8 at full load |
Output Parameters |
|
Power Factor (Tolerance) |
0.8. |
Nominal Voltage |
400 VAC |
Voltage Regulation |
Unbalanced load better than ± 1% |
Voltage Tolerance |
Better than ± 5% |
Nominal Frequency |
50 Hz Synchronized to mains |
Frequency Tolerance |
Better than ± 0.05% (On Batteries) |
Total Harmonic Distortion(Linear Load) |
Better than 3% on Full Load |
THD % (Input) |
<5 % |
Transient Recovery (Time) |
4ms for 100% step load change |
Transient Variation (Voltage) |
1% for 100% step load change |
Load Crest Factor* |
Up to 5:1 |
Overload Capacity* |
110% for 30 Sec. |
Manual Maintenance Bypass |
Provided. Static Bypass Optional. |
Isolation Transformer |
Inbuilt in design. |
Inverter Parameter |
|
Efficiency |
Better than 85% |
Technology |
Microprocessor controlled Double conversion advanced VFI inverter with Isolation Transformer at the output. |
Converter Design |
12 Pulse full bridge rectifier with filter to keep ripple factor < 2 Volts P-P. |
Control Technique |
Adaptive Sine wave PWM with high frequency switching (20KHz) using IGBT as Principle switching devices. |
Battery Parameters |
|
Battery Type |
SMF Type |
Installation and Commissioning |
Done by Supplier |
Battery Make |
Relicell, Rocket,Quanta |
Battery Charger Type |
|
Battery Charger Type |
High Efficiency CVCC temperature compensated charger. |
Battery Recharge |
8 to 10 Hours. |
Battery Charging Current* |
Proportional to 10 Hours rate for the rated AH of Batteries. |
Charger Efficiency |
Better than 80%. |
Alarms |
|
Mains Failure |
Audible & Indication. |
Battery Low |
Audible & Indication. |
Indicators |
|
Display Type |
Micro Controller Based LED Metering. |
Output Load |
Percentage of rated load in use. |
Battery Charge Status |
Percentage of Battery Charge. |
Input / Output Voltage |
Digital Numerical Value. |
Input / Output Frequency |
Digital Numerical Value. |
Protection |
|
Output |
On Inverter / Bypass. |
Input |
Over Voltage, Under Voltage, Phase Failure. |
Inverter |
Over Load / Fail. |
Battery |
Galvanic Isolation/Over Charging. |
Reliability & Maintainability |
|
Software Interface |
RS 485 ( optional on Extra cost) |
Battery Voltage |
360 VDC and 384 VDC. |
General |
|
Operating Temperature |
0-60 Deg. Celsius (ambient) |