APC Smart-ups 1980 Watts /2200 VA Input 208V 230V /output 230V Interface Port - SMX2200HV

APC by Schneider Electric SMX2200HV 2200VA Smart-UPS for Network and Server Applications

The SMX2200HV is a 2200VA / 1980-watt line-interactive UPS from APC by Schneider Electric designed for network infrastructure and server environments where power continuity is non-negotiable. With dual-voltage input acceptance (208V and 230V) and a regulated 230V output, it accommodates the mixed-voltage supply situations common in international deployments and equipment rooms that source power from diverse panel configurations. If you are specifying uninterruptible power supplies for a server room, network closet, or surveillance recording infrastructure, the SMX2200HV sits in the mid-range rackmount class — substantial enough to carry a dense 1U/2U server load or a multi-camera NVR stack through a brief utility event.

Key Features

• 2200VA / 1980W Capacity: The VA-to-watt ratio (0.9 power factor) reflects a genuine real-power rating — at 1980W you can calculate actual connected load against nameplate draw rather than padding with an arbitrary derating. This matters when you are provisioning for a loaded network video recorder plus ancillary switching equipment.
• 208V / 230V Dual Input: Accepts both 208V and 230V input without a manual tap change, which simplifies installation in facilities where utility supply or PDU output voltage varies between rooms or buildings. No need to order a separate input transformer or reconfigure the UPS on-site when moving between sites.
• 230V Regulated Output: Output is held at 230V regardless of input fluctuation within the acceptance window — equipment powered downstream sees stable voltage, reducing stress on server PSUs and network gear power stages.
• Maintenance-Free Sealed Lead-Acid Battery with Suspended Electrolyte: The leakproof, suspended-electrolyte design means the battery can be installed and operated in any orientation without spillage risk — relevant in tight rack environments where physical orientation may be constrained. No venting provisions or special enclosure requirements apply.
• Interface Port: An onboard interface port supports connectivity to management systems, enabling runtime monitoring, load readings, and graceful shutdown coordination — essential for unattended server rooms where manual response to a power event is not realistic.
• Rackmount Form Factor: The 432 x 178 x 483 mm chassis (3U equivalent height at 178mm) fits standard 19-inch racks. Depth of 483mm is within the envelope of most two-post and four-post open-frame racks, though verify against shallow-depth wall enclosures before specifying.

Integration and Compatibility

The SMX2200HV is classified for network and server applications and carries ECCN 5D992, which covers general-purpose computing and power management equipment. The dual-voltage input makes it compatible with the power infrastructure found in commercial security and IT deployments across North America and international sites running 50/60 Hz grids. For PoE switch and NVR stacks drawing sustained loads, verify total connected draw against the 1980W real-power ceiling before finalizing your design — the VA rating alone can mislead if downstream equipment has a low power factor.

Frequently Asked Questions

Q: What is the real-power output of the SMX2200HV?

A: The SMX2200HV is rated at 1980 watts (1980W) real power at a 2200VA apparent power rating, reflecting a 0.9 power factor. Use the watt figure when sizing against connected equipment load.

Q: What input voltages does the SMX2200HV accept?

A: The SMX2200HV accepts both 208V and 230V input, making it usable in facilities with either supply voltage without hardware modification.

Q: What is the output voltage of the SMX2200HV?

A: Output is regulated at 230V.

Q: Is the battery in the SMX2200HV spill-proof?

A: Yes. The unit uses a maintenance-free sealed lead-acid battery with suspended electrolyte, which is leakproof and can be operated in any physical orientation.

Q: What are the physical dimensions of the SMX2200HV?

A: The SMX2200HV measures 432mm wide x 178mm tall x 483mm deep, fitting a standard 19-inch rack.

Q: What is the ECCN classification for the SMX2200HV?

A: The SMX2200HV carries ECCN 5D992, applicable to general-purpose computing and power management equipment.

Jerry Tildsen

The SMX2200HV's dual 208V/230V input acceptance is the detail I look at first on a UPS spec for mixed-infrastructure deployments — it eliminates a common field problem where the electrical room feeds 208V but the UPS is configured for 230V only, requiring a last-minute tap change or transformer. On the SMX2200HV that compatibility is built in.

Technical Highlights:

• 1980W Real-Power Rating: At 0.9 power factor, the 2200VA translates to 1980W usable — a meaningful ceiling when you are stacking NVR, PoE switch, and management station on a single UPS circuit.
• Suspended-Electrolyte Battery: The leakproof sealed design removes the orientation and ventilation constraints that apply to conventional flooded-cell batteries, simplifying installation in space-constrained rack enclosures.
• 432 x 178 x 483mm Chassis: At 178mm tall (approximately 4U), depth at 483mm is on the longer end — measure your rack's usable depth before ordering, particularly in wall-mount enclosures where depth clearance is often the binding constraint.

Deployment Considerations:

• Confirm total real-power draw of all connected equipment against the 1980W ceiling — NVRs with multiple spinning drives and fully loaded PoE switches can approach this limit faster than their nameplate VA suggests.
• Evidence does not confirm output waveform type (pure sine vs. stepped approximation) — verify with APC documentation before connecting active-PFC server power supplies, which require pure sine output to operate correctly during battery mode.

The SMX2200HV is a practical fit for mid-density server room and security infrastructure racks in international or dual-voltage facilities — particularly where a single UPS must cover a mix of network gear and recording equipment drawing from a 230V regulated output.