5000VA/3000W Offline UPS Inverter Q-UP1200
-This UPS is not designed to provide continuous power, merely a window period that allows a computer or other systems to finalise the work at hand and shut down.
-Its ability to do this is dependent on the number of devices connected to the UPS. A higher load equals to less run time, generally bout 15-30 minutes on a 50% load.
-To establish what you can and cannot connect, calculate the total wattage you need to supply and ensure that the UPS you purchase meets that requirement.
Product Features:
- Microprocessor control - guarantees high reliability.
- Boost and buck AVR for voltage stabilization.
- Auto restart while AC is recovering.
- Simulated sine wave.
- 4x 16A Output plugs
Please Take Note
- It is not recommended to connect printers or non-computer peripherals the the UPS outlets.
- Do not connect surger suppressor power strips or extension cords to the UPS outlets.
- It's recommended to charge the unit for at least 6 hours befoe use. No load should be connecting to the UPS outlet during this time.
| Capacity(VA) | 5000VA |
| Wattage | 3000W |
| Input |
|
| Voltage |
220Vac/230Vac |
| Voltage Range |
140-290Vac / 140-300Vac |
| Frequency |
>40Hz Auto Sensing |
| Output | |
| AC Voltage Requlation (Batt. Mode) | 220VAC/230VAC(± 10% UPS Mode) |
| Frequency Range (Batt. Mode) | 50/60Hz ±1Hz |
| Waveform | Simulated Sine wave |
| Transfer Time | Typical 4-8ms, Max 13ms |
| Battery | |
| Battery Voltage | 24v |
| Batteries | 9Ah x4 |
| Charge Current | 2.0A |
| Protection | |
| Full Proctection | Short Circuit/Overload/Overcharger & Overdischarge |
| Alarm | |
| Battery Mode | Sounding Every 10 Seconds |
| Low Battery | Sounding Every Second |
| Overload | Sounding every 0.5 Seconds |
| Fault | Continuously Sounding |
| Dimensions & Weight | |
| Approx. Dimensions | (LxWxHmm) 400x148x235 |
| Weight (Approx.) | 19Kg |
| Operating Environment | |
| Humidity | 0-90% RH @ 0-40°C(Non-Condensing) |
| Noise Level | <55dB |
| Management | |
| Communication Port | USB or RJ45 |
NB: Due to the decreased time between load shedding cycles at stages 4-6 of load shedding, the average life span of the battery is reduced greatly, the batteries will further degrage due to them not having enough time to fully charge back up to 100% between cycles. Your total number of discharge cycles is likely to be depleted roughly within a few months of constant useage at higher stages of load shedding.