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V-Guard’s VI 4170 Prime 1.5 ton inverter AC stabilizer packs
in a winning combination of efficiency, convenience, and longevity. Its energy
monitoring system allows you to keep an eye on your AC at all points throughout
its life cycle.
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During conditions such as internal short, the damage of
certain components in the connected load may lead to an ‘over current’
situation - the current sensor provided in this stabilizer senses this and
disconnects the air-conditioner to prevent burnout. Protect your AC against
over current risks with a strong and highly efficient system.
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V-Guard’s VI 4170 Prime is further distinguished by its
excellent digital display system providing complete visibility into input
voltage and any protective mode that may be enabled.
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Another outstanding feature of the VI 4170 Prime stabilizer
is its Intelligent Time Delay System (ITDS), which allows proper balancing time
for the compressor before ‘restart’. This smart technology ensures that there
are no delays in restarting when the stabilizer is in off-mode for three or
more minutes. At the same time, it guarantees that, in case power supply fails
and comes back within three minutes, a time delay is automatically activated.
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It is important to note that even a slight fluctuation in
voltage could harm sensitive electronic components of your AC. V-Guard’s VI
4170 Prime stabilizer addresses this issue with its microcontroller-based
design, ensuring that faster voltage correction is made possible.
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Keep your air-conditioner safe; choose this excellent
stabilizer and enjoy the benefits from its spectrum of essential functions.
· An advanced energy monitoring system
· A highly efficient digital display system
· A microcontroller-based design for faster voltage corrections
· An over current protective mechanism
· An advanced Intelligent Time Delay System (ITDS)
Model |
Capacity |
Working Range (Input) |
Cabinet Material |
Application |
Warranty |
Time Delay |
VI 4170 PRIME |
12 Ampere |
170 VAC - 270 VAC |
Metal |
One Inverter AC Up to 1.5 Ton or 18000 BTU/Hour |
3 Year |
3 Minutes ± 20 Seconds ITDS |