Sistema de alimentación ininterrumpida SAI APC SY32K48H-PD 32 kVA 61 dB

The APC SY32K48H-PD is a 32 kVA three-phase uninterruptible power supply (UPS) designed for small and medium data center environments. It provides scalable power, runtime and distribution in a single high-density frame, delivering reliable power protection for critical loads. The unit includes a Network Management Card and Start-Up Service and has a measured noise level of 61 dB with a battery recharge time of 3 hours.

Advantages

This high-efficiency UPS supports hot-scalable capacity and can scale as a data center grows up to 48 kW/48 kVA. Its single-frame, high-density design simplifies deployment where floor space is limited. Integrated network management allows remote monitoring and control, while the included Start-Up Service helps ensure correct installation and configuration. The robust construction and 32 kVA output power capacity support continuous operation of critical equipment.

Suitable for

• Small and medium data centers
• Server rooms with three-phase power requirements
• Critical IT equipment and network infrastructure
• Environments requiring scalable power capacity

Key specifications

• Brand: APC
• Model: SY32K48H-PD
• Output power capacity: 32 kVA (scalable up to 48 kVA)
• Noise level: 61 dB
• Battery recharge time: 3 hours
• Weight: 666.4 kg
• Colour: Black
• Included: Network Management Card, Start-Up Service

How to use

Install the UPS in a dedicated equipment room with adequate cooling and floor loading capacity. Connect three-phase input and output power cabling according to site electrical design and local codes. Use the Network Management Card to configure remote monitoring, alerts and graceful shutdown procedures for connected devices. Follow the Start-Up Service instructions provided by the vendor to verify battery connections, firmware settings and initial load tests before placing critical loads on the UPS.

Recommendations

Place the UPS on a level floor with sufficient clearance for ventilation, perform periodic battery and system health checks, and ensure the environment meets the manufacturer's temperature and humidity requirements for optimal performance.