APC by Schneider Electric SMT2200C vs CyberPower PR2200RT2UC: Specification Comparison
Both the APC SMT2200C and CyberPower PR2200RT2UC are 2200VA line-interactive sine wave UPS units targeting IT infrastructure, network closets, and edge deployments requiring conditioned power. The APC unit is a tower form factor while the CyberPower is a 2U rack/tower convertible. This comparison evaluates their power delivery and efficiency, input/output electrical characteristics and protection levels, and management and monitoring capabilities — the three axes most critical to installers and IT buyers selecting a UPS at this capacity tier.
In This Guide
- How do the SMT2200C and PR2200RT2UC differ in real power output and efficiency?
- Which unit offers broader input tolerance and stronger electrical protection?
- What management options and physical deployment differences should installers consider?
- Which should you choose: the SMT2200C or the PR2200RT2UC?
- Side-by-Side Specs
- FAQ
How do the SMT2200C and PR2200RT2UC differ in real power output and efficiency?
The CyberPower PR2200RT2UC delivers a rated 2200 W of real power against its 2200 VA capacity, yielding a power factor of 1.0 as specified. The APC SMT2200C is rated at 1980 W from the same 2200 VA nameplate, implying an effective power factor of approximately 0.9 — a 220 W gap in available wattage under full load.
For load calculations, this distinction matters: a rack drawing 2100 W would exceed the APC's 1980 W capacity but remain within the CyberPower's 2200 W output. Neither product's spec sheet provides runtime curves, battery capacity in Ah, or efficiency percentage, so direct runtime comparisons cannot be made from the provided data. Heat dissipation is disclosed only for the CyberPower at 135 BTU/h; the APC spec omits this figure.
Which unit offers broader input tolerance and stronger electrical protection?
Both units share an identical minimum input voltage of 75 V, but their upper thresholds differ: the APC SMT2200C accepts up to 154 V, versus 149 V for the CyberPower PR2200RT2UC. Both provide Automatic Voltage Regulation (AVR) — confirmed for the APC; the CyberPower spec does not explicitly list AVR, though its line-interactive topology inherently includes voltage regulation.
Surge protection diverges significantly. The CyberPower carries a surge energy rating of 2430 J and explicitly lists surge protection as present, along with EMI/RFI noise filtering. The APC SMT2200C is rated at 530 J — less than one-quarter the CyberPower's surge energy capacity — and its spec sheet explicitly marks surge protection as 'No.' The APC does list a 5% output voltage THD figure; no THD spec is provided for the CyberPower. Output voltage regulation is specified with a 110–127 V range for the APC; the CyberPower discloses only a 120 V maximum output.
Transfer response time is documented only for the CyberPower at 6 ms. The APC spec omits this value. The CyberPower also supports a broader input frequency window of 47–63 Hz versus the APC's 50/60 Hz discrete specification.
What management options and physical deployment differences should installers consider?
The APC SMT2200C provides web-based management as a specified feature and includes Emergency Power Off (EPO) — a compliance-relevant capability for data center installations requiring remote shutdown. The CyberPower PR2200RT2UC lists cloud management capability per its product description, but neither 'web-based management' nor EPO appears explicitly in the spec data provided; these capabilities cannot be confirmed from the available specification set.
Form factor is a clear differentiator: the APC SMT2200C is a tower unit; the CyberPower PR2200RT2UC is a 2U rack-mount unit (described as rack/tower convertible in the product title). Outlet configurations differ as well — the APC provides 8x NEMA 5-15R plus 2x NEMA 5-20 receptacles, while the CyberPower provides 8x NEMA 5-20R outlets with a single input cord specified at 10 ft. Noise levels are 45 dB for the APC and 52.5 dB for the CyberPower — a 7.5 dB difference relevant in open-office or noise-sensitive environments.
Which should you choose: the SMT2200C or the PR2200RT2UC?
Our take: The PR2200RT2UC is the stronger choice when maximum wattage output, surge protection margin, and rack integration are the primary requirements. The CyberPower delivers 2200 W versus the APC's 1980 W — a 220 W advantage at full load — and its 2430 J surge energy rating is nearly 4.6× the APC's 530 J, with explicit surge protection and EMI/RFI filtering included. The APC SMT2200C is the stronger choice when EPO compliance, lower acoustic output (45 dB vs. 52.5 dB), and confirmed web-based management are non-negotiable. The APC's broader upper input tolerance (154 V vs. 149 V) also offers a marginal edge in high-voltage environments. Buyers deploying into rack-dense data closets or needing maximum watt-for-VA efficiency should favor the CyberPower; those prioritizing EPO, quieter operation, or tower placement with a mixed 5-15R/5-20 outlet requirement should favor the APC.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | APC by Schneider Electric SMT2200C | CyberPower PR2200RT2UC |
|---|---|---|
| UPS Topology | Line-Interactive | Line-Interactive |
| Output Power Capacity | 2.2 kVA | 2.2 kVA |
| Real Power Output (W) | 1980 W | 2200 W |
| Power Factor | — | 1.0 |
| Waveform | Sine | Sine |
| Input Voltage Range | 75 V – 154 V | 75 V – 149 V |
| Input Frequency | 50/60 Hz | 47 – 63 Hz |
| Output Voltage Range | 110 V – 127 V | — (max 120 V) |
| Output THD | 5% | — |
| Surge Energy Rating | 530 J | 2430 J |
| Surge Protection | No | Yes |
| EMI/RFI Filtering | — | Yes |
| Transfer Response Time | — | 6 ms |
| AVR | Yes | — |
| EPO | Yes | — |
| Web-Based Management | Yes | — |
| Noise Level | 45 dB | 52.5 dB |
| Heat Dissipation | — | 135 BTU/h |
| Audible Alarms | Yes | Yes |
| Form Factor | Tower | 2U Rack |
| Outlets | 8x NEMA 5-15R + 2x NEMA 5-20 | 8x NEMA 5-20R |
Frequently Asked Questions
Which should you choose: the SMT2200C or the PR2200RT2UC?
The PR2200RT2UC is the stronger choice when maximum wattage output, surge protection margin, and rack integration are the primary requirements. The CyberPower delivers 2200 W versus the APC's 1980 W — a 220 W advantage at full load — and its 2430 J surge energy rating is nearly 4.6× the APC's 530 J, with explicit surge protection and EMI/RFI filtering included. The APC SMT2200C is the stronger choice when EPO compliance, lower acoustic output (45 dB vs. 52.5 dB), and confirmed web-based management are non-negotiable. The APC's broader upper input tolerance (154 V vs. 149 V) also offers a marginal edge in high-voltage environments. Buyers deploying into rack-dense data closets or needing maximum watt-for-VA efficiency should favor the CyberPower; those prioritizing EPO, quieter operation, or tower placement with a mixed 5-15R/5-20 outlet requirement should favor the APC.
Which UPS can handle heavier server loads — the SMT2200C or the PR2200RT2UC?
Based on specified real power output, the CyberPower PR2200RT2UC supports up to 2200 W versus the APC SMT2200C's 1980 W ceiling. If your connected load exceeds 1980 W, only the PR2200RT2UC has sufficient rated capacity from the specs provided.
Does either unit include surge protection for sensitive networking equipment?
Yes, but only the CyberPower PR2200RT2UC explicitly lists surge protection as present, with a 2430 J surge energy rating and EMI/RFI filtering. The APC SMT2200C spec sheet marks surge protection as 'No' and rates surge energy at 530 J. Buyers protecting sensitive switching or storage equipment should note this difference.
Is the SMT2200C or PR2200RT2UC better suited for a rack cabinet installation?
The CyberPower PR2200RT2UC is a 2U rack-mount form factor and is purpose-built for rack deployment. The APC SMT2200C is specified as a tower unit. If rack mounting is required, the PR2200RT2UC is the appropriate choice based on the provided specifications; the APC would require confirmation of a separate rack-mount kit not reflected in the given spec data.
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