Product details
Specification
Specification | Details |
---|---|
Model | Robust R650 |
Brand | SANTAK |
Power Rating | 650 VA / 360 W |
Input Voltage Range | 140-300 VAC |
Output Voltage | 230 VAC |
Backup Time | Up to 15 minutes |
Frequency | 50/60 Hz ± 1 Hz |
Waveform Type | Simulated Sine Wave |
Battery Type | Sealed Lead Acid |
Dimensions (mm) | 287 x 100 x 142 |
Weight | Approx. 4.2 kg |
Review
The SANTAK Robust R650 650VA Offline UPS delivers dependable power backup for small office or home use.
Performance:
With a 650 VA/360 W capacity, it efficiently powers essential devices during outages, offering up to 15 minutes of backup time, depending on the load. The simulated sine wave output is suitable for basic electronics.
Design:
Compact and lightweight, its design makes it convenient to place in tight spaces. The sleek body enhances its compatibility with modern setups.
Usability:
Its input voltage range of 140-300 VAC ensures adaptability to unstable power grids. LED indicators provide an intuitive way to monitor status and functionality.
Reliability:
The Robust R650 is equipped with a durable sealed lead-acid battery and overload protection, ensuring the safety of connected devices.
SANTAK Robust R650 Price in Bangladesh
The price of the SANTAK Robust R650 650VA Offline UPS in Bangladesh is 4,850৳.
Where Can You Buy SANTAK Robust R650 in Bangladesh?
You can purchase the SANTAK Robust R650 UPS from trusted retailers like Shift Tech BD.
FAQ for SANTAK Robust R650 in Bangladesh
- What is the backup time of the Robust R650 UPS?
It provides up to 15 minutes of backup, depending on the connected load. - Is it suitable for computers and routers?
Yes, it is ideal for small devices like computers, routers, and modems. - Does it have overload protection?
Yes, the UPS includes overload protection for device safety. - What type of battery does it use?
The Robust R650 uses a sealed lead-acid battery. - Is it compatible with Bangladeshi power systems?
Yes, its input voltage range of 140-300 VAC ensures compatibility with local power conditions.