Product comparison · 2 uninterruptible power supplies (upss)

APC 2200VA + BAT SMT vs APC SUA3000RMI2U Kit

25specifications compared
7differ
18identical
4known for one product only

Key differences

The APC SUA3000RMI2U Kit has 0.8 kVA more output power capacity than the APC 2200VA + BAT SMT (3 kVA vs 2.2 kVA). The APC SUA3000RMI2U Kit has 720 W more output power than the APC 2200VA + BAT SMT (2700 W vs 1980 W). The APC 2200VA + BAT SMT has 2.2 min more typical backup time at full load than the APC SUA3000RMI2U Kit (5.2 min vs 3 min).

Output power capacity
- 2200VA + BAT SMT:2.2 kVA
- SUA3000RMI2U Kit:3 kVA
Output power
- 2200VA + BAT SMT:1980 W
- SUA3000RMI2U Kit:2700 W
Typical backup time at full load
- 2200VA + BAT SMT:5.2 min
- SUA3000RMI2U Kit:3 min
Typical backup time at half load
- 2200VA + BAT SMT:15.7 min
- SUA3000RMI2U Kit:11.3 min
Operating relative humidity (H-H)
- 2200VA + BAT SMT:0 - 95%
- SUA3000RMI2U Kit:5 - 95%
Storage relative humidity (H-H)
- 2200VA + BAT SMT:0 - 95%
- SUA3000RMI2U Kit:5 - 95%

Side by side

Differences highlightedShow differences only

Comparison of 2200VA + BAT SMT, SUA3000RMI2U Kit
29 specifications	A APC 2200VA + BAT SMT View product	B APC SUA3000RMI2U Kit View product
Features2 differ
Output power capacityDiffers	2.2 kVA	3 kVA
Output powerDiffers	1980 W	2700 W
Ports & interfacesidentical
Number of output IEC jumpersKnown for one	3	Unknown — not stated by the source
Battery2 differ
Typical backup time at full loadDiffers	5.2 min	3 min
Typical backup time at half loadDiffers	15.7 min	11.3 min
Replacement battery cartridgeKnown for one	RBC43	Unknown — not stated by the source
Designidentical
LED indicatorsKnown for one	Unknown — not stated by the source	Yes
Operational conditions2 differ
Operating relative humidity (H-H)Differs	0 - 95%	5 - 95%
Storage relative humidity (H-H)Differs	0 - 95%	5 - 95%
Other features1 differ
Output connectionsDiffers	8 x IEC 320 C13 1 x IEC 320 C19	8 x IEC 320 C13 3 x IEC Jumpers 1 x IEC 320 C19
Mac compatibilityKnown for one	Unknown — not stated by the source	Yes

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.

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