SVC VP-1250-LCD 1250 VA
 | Outdated Product Type: smart; Form factor: standard (Tower); Switching to battery (ms): 6; Input voltage: 1 phase (230V); Input voltage range (V): 145 – 290; Peak output power (VA): 1250; Rated output power (W): 750; Output waveform: similar to a sinusoid (approximated); Full charge time (min): 360; Dimensions (mm): 192x122x330 |
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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: sinewave, power: 1260 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 3, without reserve 1
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: 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, power: 1200 VA, effective 660 W, battery: 7 Ah, batteries 2, sockets: type E (FR), 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 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 3
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: sinewave, 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 600 W, battery: 7 Ah, batteries 2, charging current 1.2 А, sockets: type F (Schuko), with reserve 2, C13/C14 with reserve
smart, signal: similar to a sinusoid, power: 1200 VA, effective 720 W, battery: 7.2 Ah, batteries 2, sockets: type F (Schuko), with reserve 4, without reserve 1
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: 1250 VA, effective 720 W, battery: 7 Ah, batteries 2, sockets: type F (Schuko), with reserve 4, USB-A, USB-C
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
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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 SVC 2026 - new arrivals, bestsellers, and the most relevant models SVC.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog SVC 2026 - new arrivals, bestsellers, and the most relevant models SVC.
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UPD: After consideration, I'll be choosing a model with a capacity for 750W + monitors. So, 900W and above, to have some extra headroom. Switches quickly, lasts >=20 min at an average load of 160W (computer + two monitors) Sometimes the computer shuts down/reboots due to UPS overload. Although there is a power reserve, this didn't happen without the UPS (as long as there was power). I hope it's either a defect or can be fixed in the computer's BIOS.  Yegor: use SVC VP-1250-LCD less than month |
I took it because they gave me the broken charts. I didn't have high hopes, but I was pleasantly surprised. It really operates in the range of 150-280V. The AVR levels it adequately. Switches quickly, even the monitor doesn't blink. Lasts for 30 minutes and still has 25-30% charge remaining. Provides complete information to the PC via USB. There is a small minus. If the voltage is about 200V, the AVR tries to pull up but outputs 250V. Jake52010EV: use SVC VP-1500-LCD few months |
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