Vinga VPE-1200P 1200 VA
 | Outdated Product Type: smart; Form factor: standard (Tower); Switching to battery (ms): 7; Input voltage: 1 phase (230V); Input voltage range (V): 165-275; Peak output power (VA): 1200; Rated output power (W): 720; Output waveform: similar to a sinusoid (approximated); Dimensions (mm): 170x140x345; Weight (kg): 9.5 |
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smart, signal: similar to a sinusoid, power: 1200 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 2, C13/C14 with reserve
smart, signal: similar to a sinusoid, power: 1200 VA, effective 840 W, battery: 7.2 Ah, sockets: type F (Schuko), with reserve 2
smart, signal: sinewave, power: 1200 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type G (UK), with reserve 3, C13/C14 with reserve
smart, signal: sinewave, power: 1260 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 3, without reserve 1
smart, signal: similar to a sinusoid, power: 1200 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 2, C13/C14 with reserve
smart, signal: sinewave, power: 1200 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type G (UK), with reserve 3, C13/C14 with reserve
smart, signal: similar to a sinusoid, power: 1200 VA, effective 650 W, battery: 9 Ah, batteries 1, sockets: type F (Schuko), with reserve 4
smart, signal: similar to a sinusoid, power: 1200 VA, effective 840 W, battery: 9 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 1200 VA, effective 720 W, battery: 7 Ah, batteries 2, mode байпаса, sockets: type F (Schuko), with reserve 4, USB A
smart, signal: similar to a sinusoid, power: 1200 VA, effective 600 W, battery: 7 Ah, batteries 2, charging current 1.2 А, sockets: type E (FR), with reserve 2, C13/C14 with reserve
smart, signal: similar to a sinusoid, power: 1200 VA, effective 700 W, battery: 5 Ah, batteries 2, mode байпаса, sockets: type F (Schuko), with reserve 4
smart, power: 1200 VA, effective 660 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 4
smart, signal: similar to a sinusoid, power: 1200 VA, effective 600 W, battery: 7 Ah, batteries 2, sockets: type E (FR), with reserve 2, C13/C14 with reserve
smart, signal: similar to a sinusoid, power: 1200 VA, effective 650 W, battery: 9 Ah, batteries 1, sockets: type E (FR), with reserve 4
smart, signal: similar to a sinusoid, power: 1200 VA, effective 600 W, battery: 7 Ah, batteries 2, charging current 1.2 А, sockets: type F (Schuko), with reserve 2, C13/C14 with reserve
Vinga VPE-1200P 1200 VA 1200 VA 1500 VA | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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The information in the model description is for reference purposes.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog Vinga 2025 - new arrivals, bestsellers, and the most relevant models Vinga.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog Vinga 2025 - new arrivals, bestsellers, and the most relevant models Vinga.
How to choose UPSMethods for choosing UPS for boiler, computer, refrigerator and other equipment
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AccessoriesAll accessories for Vinga VPE-1200P →
Model 1500P handles a 600W load without problems. Interestingly, the official response in the comments on the Vinga website states that it is not suitable for use with PSUs with active PFC. However, it works fine without the internet-promised issues. The transformer is enormous and heats accordingly, it is constantly hot. There is no active cooling, and passive cooling is absent too.  Piton32: use Vinga VPE-1500P few months |
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I don't know if there will be issues due to the capacity difference; I read somewhere that it shouldn't be more than a 10% difference. At the same time, the batteries heat up from the transformer, and it seems they might die sooner than needed. Planning to put a thermal screen between the transformer and the batteries. Also considering drilling holes on the sides of the transformer and installing fans for cooling, but I'm not sure how I'll power them yet.