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LVT ASN-600 0.7 kVA / 600 W

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The LVT ASN-600 stabilizer is based on a relay mechanism that supports input voltage from 145 to 280 V. The accuracy of the output signal equalization is 6.4%, and the working load is 600 W. The model is designed for household and commercial equipment with asynchronous motors (freezers, refrigerators, heating systems) and copes well with short-term (up to 8 seconds) power surges up to 2400 W during their start-up. On the back side of the metal case, 1 socket is available, and the front panel is supplemented with a digital voltmeter. The device protects against high-frequency interference, overheating, overload and short circuit. Floor installation next to the consumer is provided.
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LVT ASN-600 0.7 kVA / 600 W
Main
AVR typerelay
Input voltage230V (1 phase)
Power600 W
Power0.7 kVA
Specs
Input voltage range145 – 280 В
Output voltage accuracy (±)6.4 %
Response time40 ms
Voltmeterdigital
Sockets
Grounded sockets1
Protection levels
Protectionoverheating
high frequency interference
short circuit
overload
over / under voltage
General
Installationfloor
Coolingpassive
IP protection rating20
Dimensions80x125x192 mm
Weight2.5 kg
Official Websitelvt.ua
Added to E-CatalogMarch 2014

The LVT ASN-600 stabilizer is based on a relay mechanism that supports input voltage from 145 to 280 V. The accuracy of the output signal equalization is 6.4%, and the working load is 600 W. The model is designed for household and commercial equipment with asynchronous motors (freezers, refrigerators, heating systems) and copes well with short-term (up to 8 seconds) power surges up to 2400 W during their start-up. On the back side of the metal case, 1 socket is available, and the front panel is supplemented with a digital voltmeter. The device protects against high-frequency interference, overheating, overload and short circuit. Floor installation next to the consumer is provided.

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.
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Model overview based on user reviews  
The LVT ASN-250 250 W voltage stabilizer is highly regarded for its excellent stabilization capabilities, effectively maintaining output voltage even at high input levels, such as 270 volts. Users appreciate its range of protections, including overheating, high-frequency interference, and short circuit protection, ensuring the safety of connected devices. The stabilizer operates quietly with passive cooling, making it suitable for home use. Although its design is described as harsh or utilitarian, its functionality and reliability outweigh aesthetic concerns. The product is especially useful in areas with fluctuating voltage, providing peace of mind for protecting sensitive equipment like boilers and refrigerators. However, there is some dissatisfaction with the warranty terms, as it is limited to 36 months from the date of production, which may not align with the purchase date. Overall, the LVT ASN-250 is a dependable choice for those needing a robust solution to voltage instability.
Pros

Cons

Quality stabilizer for freezing equipment
27 May 2017 
The trouble with the voltage in the network began in one of my outlets. Two chest freezers with ice cream can hold a lot of goods that you don’t want to lose, but I don’t even want to think about the cost of repairing the refrigerators themselves. In general, since the electricians could not do anything, I had to solve the problem on my own. I bought such a stabilizer and I no longer worry about this issue.
Easily serves two freezers. Chest freezers are rather big and their starting currents are large, but the stabilizer has one feature that allows it to easily cope with this. For a short time, up to eight seconds, it can deliver power of 2400 watts and will go into protection only if during this time it does not return to 600 watts. Thanks to this cunning system, the starting currents of the freezers are not afraid of the stabilizer. In operating mode, chests consume up to 480 W, and this value is also within acceptable limits. I also liked the multifunction button, with which you can measure not only the output and input voltage, but also determine the load power.
According to the information on the website, the full official manufacturer's warranty is 36 months ... Cool? Yeah, and now the continuation: ... 36 months from the date of production. What the hell is this? Could it be perishable yogurt? I understand why this is done, this is a legal way to reduce warranty obligations. After all, the company from which I bought it has already cut the warranty to two years.
good model, liked it
26 May 2017 
I can’t even imagine how we got problems with mains voltage at home. Everything was always fine, but around the beginning of last winter, incomprehensible jumps began from the nominal 220-230 volts to 260 and even 270 volts. Moreover, such tension is obtained in the evenings, that is, when the maximum of household appliances is working. In theory, under such conditions, the voltage should sag, but it grows in a strange way and reaches values \u200b\u200bthat are dangerous for household appliances. Most of all I was worried about the heating boiler and refrigerator. On the boiler, however, there was a cut-off device that worked properly. But a non-working heating boiler in winter is a problem and no small one. So instead of cutters, I put here such a stabilizer. The power in it would be enough for two boilers, but it would be better if there was a reserve.
The stabilization is excellent, now even at the highest network voltage values, which is about 270 volts, the output, that is at the boiler, never exceeds 225. Moreover, this figure is maintained even at 240-250-260 volts at the input. I take all measurements with a "proper" multimeter, whose readings I compared at work with an officially verified instrument. Besides exceptional stabilization, it also has a whole range of protections. The most important I consider is the protection against a high-voltage pulse in the network, which is made on varistors and such pulses with small amplitude are successfully smoothed out, and at too high figures, it shuts down. There is also protection for current, from overheating, from short circuit, and even from high-frequency interference. It operates quietly, its cooling is fanless, passive.
You can’t call this stabilizer beautiful, its design is harsh, one might say soviet))
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