How To check a Stabilizer (V-Guard iD4 Ace 5540 for 1.5 Ton Inverter A.C)

V-Guard iD4 Ace 5540 for 1.5 Ton Inverter A.C


An air conditioner requires a constant power supply to the compressor and PCB modules. These electrical components are highly sensitive to voltage fluctuation. A voltage supply in the range between 180V-260V range is required for these components work efficiently. An excessive voltage supply due to a power fluctuation can cause considerable damage to the compressor and control PCB. These components are highly expensive to repair. This V-Guard AC Stabilizer is specially designed to deliver a precise power output voltage (180 - 260V) irrespective of any variation in the input voltage supply.
Cabinet with Wall Mount Slot:-
This stabilizer features a sleek cabinet design that allows you to wall mount it. Its design will complement the looks of you AC, wall and interiors.

Wide Operation Range (140V-280V):-
The V-Guard iD4 ACE 5540 is capable of handling a wide range of input voltage (90V-300V). It restricts the voltage output to an optimal output voltage to ensure your AC is functioning safely. Enjoy uninterrupted cooling while keeping your AC safe with this stabilizer.

Intelligent Time Delay System (ITDS) for you AC’s Safety:-
In the event of a power outage, this stabilizer will automatically switch on within three minutes if it has been in the switched-off state for three minutes. If the power outage lasts for longer than three minutes, the stabilizer switches on when the power supply resumes.


Thermal Sensor for Overload Protection - Safety:-
Your device can start overheating due to an excessive current consumption that is a result of component damage or internal short circuit. This V-Guard Voltage Stabilizer features a Thermal Sensor that can sense excessive current consumption to effectively disconnect the power load, thereby preventing your appliances from burning out.


Safety Features:-
This V-Guard iD4 ACE 5540 stabilizer has safety features such as low and high voltage cut-off, smart output voltage correction, initial time delay.