D-Link DPS-700 Redundant Power Supply - Network Switch Component

Introducing the D-Link DPS-700 Redundant Power Supply, a vital component for ensuring uninterrupted operation of your network switches. Built with reliability in mind, this power supply boasts a mean time between failures (MTBF) of an impressive 624,961 hours, making it a robust choice for any business.

Designed in a sleek black finish, the DPS-700 seamlessly integrates into any network setup. With a total power output of 589 W, it delivers the strength needed to keep your equipment running without hiccups. Moreover, the AC input voltage range of 90 - 264 V and AC frequency of 50 - 60 Hz allows flexibility in various environments.

The DPS-700 is engineered to handle extreme conditions, operating efficiently in temperatures from 0 - 65 °C and storing securely at temperatures between -40 - 85 °C. Its wide operational relative humidity range of 5 - 95% ensures that it performs reliably in typical office conditions.

Measuring 441 mm in width, 199 mm in depth, and 44 mm in height, this power supply is compact yet powerful, fitting conveniently into your existing infrastructure. Weighing 3.7 kg, it is lightweight enough for easy installation but durable enough for long-term use.

When it comes to shipping, the DPS-700 package dimensions are 344 mm in width, 559 mm in depth, and 132 mm in height, with a total package weight of 5.6 kg. This makes it convenient to transport and install.

For businesses that prioritize uptime, the D-Link DPS-700 is an ideal choice. It’s particularly beneficial in environments requiring continuous power, such as data centers, telecommunication hubs, or other critical IT infrastructure setups.

• Key Features:
• Mean Time Between Failures (MTBF): 624,961 h
• Total Power Output: 589 W
• AC Input Voltage: 90 - 264 V
• Operating Temperature: 0 - 65 °C
• Storage Temperature: -40 - 85 °C

In summary, the D-Link DPS-700 Redundant Power Supply is not only designed to provide superior power management but also to ensure reliability and performance in demanding environments.