⚡ Power up your fridge protection with silent precision!
The AXVOLT 1 KVA Digital Voltage Stabilizer is a cutting-edge, microprocessor-controlled device designed to protect large refrigerators and deep freezers (up to 800L and 500L respectively) from voltage fluctuations. Featuring a digital display, multiple safety protections including overload and spike protection, and silent operation, it ensures optimal appliance performance and longevity. Certified for quality and backed by a 2-year warranty, it’s the smart choice for modern homes and offices.
| Manufacturer | AXVOLT |
| Country of Origin | India |
| Item model number | Axvolt grid 1 kva |
| ASIN | B0BSBZ2DFH |
M**A
heavy body to keep on refrigerator but indian product so preferable
good display working except time kept for restart after electricity comes back is too short 16 seconds. minimum 1 or one and half or 2 minutes preferred to protect damage to item when electricity is flickeriing or low voltage up and down constantly.overall good
K**O
Stabilizer,
It is quality is good,
S**.
Worst Product and Service
After purchasing within 2 months it stopped working. They provided me the warranty certificate of the product, but when I called them they told me to share the video of the stabilizer, but I didn't received any response from them. I also followed up for 4 times with them but they did not respond. The quality of the product and the service of the company is really worst. Don't waste your money and time by purchasing this product.
A**I
Good product at that price point
Company need to work on improving the output plug placement at horizontal position or at higher place as that Stablizer legs are not getting grounded at current position.
V**.
Excellent product
Workmenship and functionality good.
S**J
1.0 KVA Stablizer
The design n features are good. However the lead wire is too short in length.
M**A
Good
Good product but don't know how to get warrenty. please send always with warrenty card
K**N
Does not work as intended
The device keeps hunting and changing input voltage even when input voltage was ok.In general it was trying to lower already acceptable voltages to a lower unacceptable limit.
Trustpilot
2 months ago
1 month ago
