85Vac To 290Vac Telecom Power Backup 4-8 Hours Energy Solution

The Telecom Power System is a robust and reliable Network Power Backup Solution designed specifically to meet the demanding requirements of modern telecommunication infrastructures. This advanced Telecommunication Power Supply System ensures uninterrupted power delivery to critical network equipment, safeguarding communication channels against power outages and fluctuations.

Engineered for optimal performance and durability, the Telecom Power System is an essential component for any telecommunication facility aiming to maintain continuous operation and high service availability. Its broad operating voltage range from 85Vac to 290Vac allows efficient operation in diverse electrical environments, accommodating fluctuating input voltages without compromising output stability.

• Product Name: Telecom Power System
• Operating Voltage: 85Vac To 290Vac
• Protection Level: IP55
• Cable Inlets: From Cabinet Bottom
• Industrial AC Input: Single Phase For Each Rectifier
• Battery Test Readings: 50
• Reliable Network Power Backup Solution
• Advanced Telecommunication Power Supply System
• Efficient Telecom Power Management Unit

The QY GES10-48 Indoor Rectiverter Scable Cabinet is a cutting-edge Telecom Power Cabinet designed to provide reliable and efficient Network Power Backup for various telecommunications infrastructures. Equipped with the advanced FlatpackS 24/1800HE rectifier, this product ensures stable and uninterrupted power supply critical for maintaining continuous network operations.

With an IP55 rating, the cabinet offers excellent protection against dust and water ingress, making it suitable for indoor installations in demanding environments such as data centers, central offices, and telecom base stations. The compact modular design facilitates easy integration into existing Telecom Energy Management Systems.

This system is ideal for network power backup applications where maintaining continuous service is paramount, supporting seamless switching between main and backup power sources to prevent downtime. It also finds application in critical communication hubs, emergency response centers, and other facilities where reliable power backup is essential.