APC SMT2200IC Smart-UPS 2200VA LCD

APC SMT2200IC Smart-UPS represents a significant step up in uninterruptible power supply capability, delivering 2200VA of robust power protection designed for rack-mount servers, storage arrays, enterprise networking equipment, and multi-system installations. This line-interactive UPS combines substantial runtime capacity with intelligent management features, making it an optimal choice for organizations where extended power availability directly impacts operational continuity.

Performance Specifications and Power Delivery

Operating at 2200VA with 1980 Watts of output power, the APC SMT2200IC supports considerably larger equipment loads than lower-capacity models. This higher wattage accommodates modern servers with multiple processors, high-performance storage systems, and fully loaded network switches that demand substantial power resources.

Key technical specifications:

• Output power capacity: 1980 Watts / 2200VA
• Input voltage: 230V
• Output voltage: 230V nominal
• Topology: Line-interactive with automatic voltage regulation
• Output waveform: Pure sine wave
• Transfer time: 2 milliseconds typical
• Full load runtime: 7.8 minutes
• Half load runtime: 24.5 minutes
• Network management: SmartSlot compatible

Intelligent LCD Display and User Interface

The front-panel LCD on the APC SMT2200IC Smart-UPS provides comprehensive status information without requiring computer connectivity. The multi-line display shows input voltage quality, output load consumption in watts and percentage, battery charge level, estimated runtime remaining at current load, and diagnostic messages. Navigation buttons allow administrators to configure alarm thresholds, test battery health, and adjust sensitivity settings directly from the unit.

This intuitive interface enables quick troubleshooting during power events and simplifies capacity planning by displaying real-time load measurements. Technicians can verify proper operation immediately after installation without launching management software or connecting external devices.

Automatic Voltage Regulation Technology

The APC SMT2200IC employs boost and trim AVR technology that corrects voltage deviations without engaging battery power. When input voltage drops below acceptable thresholds, the boost circuit elevates voltage to nominal levels. Conversely, when input voltage exceeds safe parameters, the trim circuit reduces voltage to protect connected equipment.

This intelligent regulation extends battery service life by reserving battery capacity for complete power failures rather than depleting charge during common voltage fluctuations. The wide input voltage window (160-286V) accommodates poor utility power quality without constant battery switching.

Comprehensive Connectivity Options

Eight IEC 320 C13 outlets provide standardized connections for rack-mount servers and networking equipment. The outlet configuration divides into two groups: four outlets delivering full battery backup and surge protection, plus four outlets providing surge protection only. This segregation allows administrators to connect critical equipment to battery-backed outlets while reserving surge-only outlets for less critical peripherals.

The SmartSlot expansion bay accepts optional network management cards, transforming the APC SMT2200IC Smart-UPS into a network-manageable device. Available cards enable SNMP monitoring, email notifications, remote outlet control, environmental monitoring, and integration with enterprise management platforms including VMware vCenter, Microsoft System Center, and various DCIM solutions.

Standard USB and serial ports support local monitoring through PowerChute software, enabling automated graceful shutdowns across Windows Server, Linux distributions, VMware ESXi, Microsoft Hyper-V, and other virtualization platforms.

Energy Efficiency and Operating Cost Reduction

Line-interactive topology delivers 95% efficiency during normal operation, substantially reducing energy consumption compared to older double-conversion designs. For organizations running UPS systems continuously, this efficiency translates to measurable reductions in electricity costs and cooling requirements.

Green mode operation increases efficiency to 98% by maintaining the UPS in bypass configuration during clean power conditions while keeping battery backup instantly available. This mode particularly benefits installations with stable utility power that rarely experience outages but require protection against occasional power events.

Deployment Applications and Use Cases

The APC SMT2200IC serves diverse enterprise applications:

• Multi-processor blade servers and rack-mount systems
• Network operations centers with multiple switches and routers
• Storage area networks (SAN) and network-attached storage (NAS)
• Virtualization clusters running business-critical virtual machines
• Branch office server rooms and distributed IT infrastructure
• Healthcare facilities protecting diagnostic equipment
• Financial services transaction processing systems
• Manufacturing execution systems and industrial control networks
• Telecommunications equipment requiring extended runtime

Battery Technology and Maintenance

Hot-swappable, user-replaceable batteries enable maintenance without powering down protected equipment. Replacement procedures take minutes and require only basic tools, eliminating costly service calls for routine battery changes. Battery modules feature standardized connectors that prevent incorrect installation.

Intelligent battery management includes temperature-compensated charging that monitors ambient conditions and adjusts charge voltage accordingly. This compensation prevents overcharging in warm server rooms and undercharging in air-conditioned environments, optimizing battery performance across varied operating conditions.

The UPS performs automatic self-tests at regular intervals, assessing battery capacity and internal electronics integrity. These tests generate advance warnings when battery replacement becomes necessary, typically 3-5 years depending on usage patterns, environmental factors, and discharge frequency.

Physical Characteristics and Installation

The tower/rack-convertible design measures 130 x 216 x 439 mm and weighs 30.7 kg fully assembled. While suitable for floor or desk placement in tower orientation, the unit converts to rack-mount configuration using the included rail kit, occupying 2U of rack space in standard 19-inch equipment racks.

Installation requires adequate ventilation clearance—maintain 50mm minimum spacing on all sides for proper airflow. Operating temperature range spans 0-40°C, with recommended operation between 20-25°C for optimal battery life. Maximum operating altitude reaches 3000 meters without derating.

Advanced Protection Mechanisms

The APC SMT2200IC Smart-UPS implements multiple protection layers beyond basic battery backup:

• Surge energy rating exceeding 680 Joules
• EMI/RFI noise filtering protecting against electromagnetic interference
• Overload protection with automatic load shedding
• Output short circuit protection
• Over-temperature automatic shutdown
• Deep discharge battery protection circuits
• Input circuit breaker for overcurrent protection

Configurable audible alarms provide immediate notification of power events, low battery conditions, overload situations, and fault conditions. Alarm configuration allows customization of notification behaviors to match specific operational requirements.

Management Software Integration

PowerChute Business Edition software provides sophisticated energy management and graceful shutdown capabilities. The software monitors UPS status, logs power events, generates detailed reports, and coordinates automated shutdowns across multiple protected systems when runtime nears exhaustion.

For virtualized environments, PowerChute integrates with hypervisor platforms to migrate virtual machines to alternative hosts during extended outages, maximizing uptime for critical workloads. This integration proves particularly valuable in branch office deployments where IT staff may not be immediately available during power events.