| |
|
|
|
| |
| |
Adjustable charging current by Normal Charging and High Charging settings. In ‘High Charging’ setting, it charges battery with higher current and thereby in lesser time to take care of areas with long power cuts. However, the charging is as gentle on your battery as in Normal Charging setting. |
| |
Selectable Narrow voltage and Wide voltage range. |
| |
| |
In Narrow voltage range setting, the input mains power is available at the output, when the input mains voltage is between 180V and 250 volts. When the input mains voltage goes out of this range, the Home UPS changes over to internally generated output to maintain voltage to your computer and other sensitive loads in this narrow range. This mode is suitable for running your computer on Home UPS. |
| |
In Wide voltage range setting, the home UPS remains in mains mode in wide voltage range of 110Volts to 270 volts. The battery keeps getting charged in this entire range. This setting is useful in areas with long power cuts. |
|
| |
Internal jumper setting for Inva tubular batteries (High final charging voltage) to enable them to be fully charged. |
|
| |
| |
Fast acting protection circuit to prevent damage to the Home UPS in case of output getting overloaded or accidentally short. Pepteller Home UPS is protected against overload and short circuit with fast acting electronic protection. On overload, it retries 5 times to start the output generation with beep sound to allow you to reduce load on the home UPS. |
| |
No damage to the Home UPS even in case of ‘dead short’ at the output. |
|
|
| |
| |
Options |
| Appliance |
Typical load |
| Computer |
150W |
| Television |
100W |
| Fans |
70W |
| Tube Light |
40 W |
| CFL light |
14W |
| Room cooler |
250 W |
|
| A |
B |
C |
| 1 |
|
|
| 1 |
1 |
|
| 5 |
6 |
9 |
| 5 |
6 |
8 |
| 12 |
|
|
| |
1 |
|
|
|
|
| |
| Notes: |
| 1. The above calculations are indicative values only. Actual load may vary depending on the make and model of the appliance used. |
| 2.When PC is running, it is not recommended to turn on the TV as it may reboot the PC. |
| |
| Back-up time and charging time estimates: |
| In case half the load (as given in the load table) is connected to the Home UPS and the High Charging setting is selected, the estimates of the back-up time and charging time are as under: |
| |
| |
| Back-up time at half load |
| Back-up time at full load |
| Charging time (At HC setting) |
|
| 120 AH |
150 AH |
180 AH |
| 5 Hours |
6 hours
15 min |
7 hours
30 min. |
2 Hours
30 min. |
3 hours
10 min |
3 hours
45 min. |
| 14 hours |
14 hours |
17 hours
30 min. |
|
| 200 AH |
| 8 Hours 20 min. |
| 4 Hours 10 min. |
18 hours
20 min. |
|
|
|
| |
| Note: |
| 1. The above table shows that if you are planning to run the Home UPS at full load, then this model is suitable for Power Cut Duration (PCD) of total 3 hours 45 min. in a day (24 hours). For half load, they can support PCD of about 7 hours 30 min./ day. |
| 2. Note that these durations are indicative figures for fresh batteries. |
| 3. Pepteller recommends Inva-tubular (special batteries for inverter / UPS application supporting deep discharge) batteries from a reputed make like Exide, Tata Green etc. |
| |
| I |
Input frequency Range |
42 – 62 Hz |
| II |
Battery Charger Range |
135 – 270 VAC |
| III |
Output Voltage |
|
| |
i) Wide voltage range |
110V ± 5V to 270V ± 5V |
| |
ii) Narrow voltage range |
180V ± 5V to 250V ± 5V |
| IV |
Output Frequency (Backup Mode) |
50 ± 0.5 Hz |
| V |
Output Wave form |
PWM pure sine wave |
| VI |
Typical transfer time |
10 msec |
| VII |
Max. transfer time |
15 msec |
| VIII |
Home UPS efficiency |
> 80% |
| |
| Battery Parameters |
| IX |
Battery Charging Current (Boost stage) |
|
| X |
Normal Charging setting |
10 Amp ± 1.0 Amp |
| XI |
High Charging setting |
15 Amp ± 1.0 Amp |
| |
| |
| i) Battery Boost Voltage |
| ii) Battery Float Voltage |
| iii) Battery Low Warning |
| iv) Battery Low Cutoff |
|
| Normal
battery |
Inva
tubular battery |
| 13.8 ± 0.1
V |
14.1
V ± 0.1 V |
| 13.5 ± 0.1
V |
13.65V ± 0.1
V |
| 10.2 ± 0.1
V |
10.4
V ± 0.1 V |
| 9.6 ± 0.1
V |
9.8
V ± 0.1 V |
|
|
|
| |
| Note: |
| In our continual endeavor for improvement, we reserve the right to change specifications at any time without notice. |
| |