·
The VTI 4130 1.5 ton inverter AC stabilizer from V-Guard is
a fine example of technical excellence, with its range of functions coming
together optimally to protect your air-conditioner. The stabilizer’s ‘smart
output voltage correction’ feature enables it to readjust the regulation range
to work in accordance with supply voltage variation. This, in turn, helps it to
gain the precise power regulation that is required for the safe working of the
connected device.
·
An advanced in-built thermal overload protection system
ensures that any condition of overload or over current is addressed via a
thermal sensor which disconnects the connected load immediately to avoid any
possibility of high-temperature burnout. With this feature in place, the safety
of valuable equipment is heightened.
·
The VTI 430 stabilizer makes optimal use of its micro
controller-based design, allowing faster voltage corrections to occur. This is
a crucial feature, given that the slightest of variations in fluctuations can
harm vital components of your AC.
·
The stabilizer’s sleek cabinet design, along with its
wall-mounting facility, makes it an ideal choice in a wide range of spaces. An
excellent Intelligent Time Delay System (ITDS) enables the activation of an
automatic time delay that guarantees protection for your air-conditioner in
cases of power failure.
· V-Guard’s VTI 4130 serves as an excellent protection system for your air-conditioner, bringing you a winning combination of efficiency, security, and longevity.
· An efficient ‘Smart output voltage correction’ system
· Micro controlled operations for faster voltage corrections
· An advanced Intelligent time delay system (ITDS)
· An in-built thermal overload protection for improved safety of your air-conditioner
· A sleek and elegant cabinet design with wall mounting facility
Model |
Capacity |
Working Range (Input) |
Cabinet Material |
Application |
Warranty |
Time Delay |
VTI 4130 |
12 Ampere |
130 VAC - 280 VAC |
Metal |
One Inverter AC Up to 1.5 Ton or 18000 BTU/Hour |
3 Year |
3 Minutes ± 20 seconds (ITDS) |