Fonte de alimentação ininterrupta UPS Eaton 9SX 5000I

The Eaton 9SX 5000I Uninterruptible Power Supply (UPS) provides on-line double-conversion protection in a versatile Rack/Tower format. It is designed for high availability and advanced protection of infrastructure, IT equipment, networking, storage, telecom and sensitive medical or industrial systems. The unit features a compact footprint (244 mm W × 542 mm D × 575 mm H), a black finish and a charging current of 90 A to ensure reliable battery recharge and continuity of power delivery within an input voltage range of 176–276 V.

Advantages

The Eaton 9SX 5000I delivers continuous on-line double-conversion protection and up to 95% efficiency, reducing power losses under normal operation. Its Rack/Tower form factor and compact dimensions allow flexible installation in data centers, server rooms or network closets. A 90 A charging current supports fast and reliable battery replenishment, while wide input voltage tolerance helps keep connected equipment stable during supply fluctuations.

Suitable for

• Servers and IT equipment
• Network switches and routers
• Storage arrays and backup systems
• Telecom cabinets and base stations
• Medical devices and industrial control systems

Key specifications

• Model: Eaton 9SX 5000I (MPN: 9SX5KI)
• Topology: On-line double-conversion (UPS)
• Form factor: Rack/Tower
• Input voltage range: 176–276 V
• Charging current: 90 A
• Dimensions (W × D × H): 244 × 542 × 575 mm
• Weight: 65.5 kg
• Colour: Black
• Efficiency: up to 95%

How to use

Install the Eaton 9SX 5000I according to rack or tower mounting guidelines, ensuring adequate ventilation and secure mounting. Connect mains input to the designated terminals and attach critical loads to the UPS output circuits. Configure any available management interfaces or monitoring software to supervise battery status, load and alarms. Verify battery connections and allow the unit to charge (charging current 90 A) before relying on battery backup for extended outages.

Recommendations

Place the UPS in a controlled environment with stable temperature and low humidity, perform regular battery tests and replace batteries according to the manufacturer’s maintenance schedule. Ensure that connected equipment power draw does not exceed the UPS rated capacity and plan for periodic inspection of ventilation, electrical connections and firmware updates.