Logicpower LP-650VA-P 650 VA (0001879)
 | Outdated Product Type: smart; Form factor: standard (Tower); Switching to battery (ms): 6; Input voltage: 1 phase (230V); Input voltage range (V): 145 – 290; Peak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): 650; Rated output power (W): 390; Output waveform: similar to a sinusoid (approximated); Dimensions (mm): 160x95x315; Weight (kg): 4.4 |
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smart, signal: similar to a sinusoid, power: 650 VA, effective 390 W, battery: 7 Ah, batteries 1, sockets: type E (FR), with reserve 2
smart, signal: similar to a sinusoid, power: 650 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 600 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 650 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 3
smart, signal: similar to a sinusoid, power: 660 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 650 VA, effective 390 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: sinewave, power: 600 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 600 VA, effective 420 W, battery: 5 Ah, sockets: type F (Schuko), with reserve 2
smart, signal: sinewave, power: 650 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 600 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 650 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type E (FR), with reserve 2
smart, signal: sinewave, power: 780 VA, effective 390 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 650 VA, effective 360 W, battery: 7 Ah, batteries 1, mode байпаса, sockets: type E (FR), with reserve 3
smart, signal: similar to a sinusoid, power: 800 VA, effective 480 W, battery: 9 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
smart, signal: similar to a sinusoid, power: 600 VA, effective 360 W, battery: 7 Ah, batteries 1, sockets: type F (Schuko), with reserve 2
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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 Logicpower 2026 - new arrivals, bestsellers, and the most relevant models Logicpower.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog Logicpower 2026 - new arrivals, bestsellers, and the most relevant models Logicpower.
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The besperboynik was urgently needed, but as usual there was not enough money. The thing is that some kind of attack just fell on our house. The tension began to jump like a star. In the evening, it drops to 160V, and in the morning it goes up to 260V. My computer works from 16 to 24 hours a day and I can’t assume that it will turn off every time the outlet is not in good condition, losing money is too expensive. Its first big plus is that it does a good job as a stabilizer. That is, in the range from 165 to 255 volts of the input voltage, it works as a voltage regulator and the output is from 200 to 230 volts, that is, the norm. If the voltage falls below the specified range, then it instantly jumps to battery power. In this form, it can last up to 10 minutes, most often it is 8-9 minutes. But, usually dips below 165 and ups above 255 last a few seconds, a couple of minutes at most. So the uninterruptible power supply calmly returns from the batteries again to the mains voltage stabilization mode. For four months of use, it was almost discharged to zero only once, and then I still turned off the computer. Squeaks, bastard, loud and disgusting. It squeaks when it goes to the battery, it squeaks very strongly and often when the battery dies, it squeaks when it is overloaded. The most unpleasant thing is that this fucking squeak cannot be turned off, and the uninterruptible power supply is one and a half meters from my bed, that is, I hear every transition to the batteries and back. There is no interface to the computer, so that in case of danger of a complete shutdown, it turns itself off or hibernates. |
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