<p>When it comes to ensuring the reliable performance of critical systems, the DPH series UPS is a dependable choice for industrial and commercial applications. Designed with precision and efficiency in mind, this UPS offers a robust solution for maintaining power continuity.</p><p>The DPH series operates at a rated voltage of 400 V, delivering a substantial rated power of 120 kVA. This makes it well-suited for environments where high power capacity is essential. With a power factor of 0.9, it efficiently converts input power to output load, minimizing energy loss and maximizing performance.</p><p>One of the standout features of the DPH series is its flexibility in output frequency, supporting both 50 Hz and 60 Hz operations. This adaptability ensures compatibility across various regions and equipment specifications without requiring additional modifications or configurations.</p><p>The three-phase design enhances the stability and reliability of power delivery, particularly important in settings where uninterrupted operation is crucial. Whether you&#39;re managing data centers, telecommunications infrastructure, or industrial processes, this UPS can handle demanding requirements with ease.</p><p>Operational temperature range is another critical aspect to consider when selecting a UPS. The DPH series performs optimally between 0 to 40 degrees Celsius. This range covers most indoor operational conditions found in Australia’s diverse climate zones—whether it&#39;s cooler southern regions or warmer northern areas—providing peace of mind that your systems remain protected under varying environmental conditions.</p><p>In summary, the DPH series UPS stands out as a solid performer for those needing consistent and efficient power management solutions. Its combination of high-rated voltage and power capacity with adaptable frequency support makes it versatile enough to meet diverse application needs while ensuring reliability across different operational scenarios.</p><p>Whether you are upgrading existing infrastructure or planning new installations, considering these technical parameters can help determine if this model aligns with your specific requirements effectively meeting both current demands and future scalability needs without unnecessary complexity or cost overheads associated with less efficient alternatives on the market today.</p>