<p>The RT Series UPS is a robust and reliable solution designed for industrial and commercial applications, providing consistent power protection with its 8 kVA capacity. This uninterruptible power supply (UPS) ensures that your critical systems remain operational during power disturbances, making it an essential component in environments where uptime is crucial.</p><p>Operating at a rated voltage of 200/208/220/230/240 VAC, the RT Series UPS offers flexibility across various electrical setups. It supports an output frequency of 50/60 Hz, accommodating different regional standards without compromising performance. The noise level is maintained at a modest 50 dBA, ensuring minimal disruption in workspaces where quiet operation is preferred.</p><p>The unit features two terminal block receptacles: one for input and another load bank terminal block for output connections. This setup facilitates straightforward integration into existing systems while maintaining high reliability. With a wide relative humidity tolerance of 5-95%, the UPS can operate efficiently in diverse environmental conditions.</p><p>Input frequency ranges from 40 to 70 Hz, offering compatibility with varying input sources. The battery system operates at 144 VDC with a charge current of 8 A, ensuring rapid recharge times and sustained performance during outages.</p><p>For seamless communication and monitoring capabilities, the RT Series UPS includes several interface options: MINI, Parallel, USB, RS232, RS485, and REPO/Roo connections are available to suit different management needs.</p><p>Physically compact yet powerful, the UPS measures 565 mm in width by 88.2 mm in height by 430 mm in depth and weighs just 15.2 kg—making it easy to install even in space-constrained environments. Its operational temperature range spans from an impressive -0 to +55&#176;C; this resilience makes it suitable for use in demanding industrial settings or challenging climates.</p><p>Overall, the RT Series UPS provides dependable power protection tailored for those who require uninterrupted service continuity without sacrificing efficiency or adaptability—a practical choice for professionals seeking long-term reliability within their technical infrastructure strategies.</p>