V-Guard’s VI 4160 inverter stabilizer provides an excellent system of protection for your AC. The advanced technology of its ‘smart output voltage correction’ system enables flexible adjustment of the voltage regulation range in accordance with supply voltage variation. This helps it achieve the most satisfactory power regulation that is required for safe and secure functioning of your air-conditioner.
A highlight of the VI 4160 stabilizer is its state-of-the-art digital display system. This excellent feature brings you clear and complete visibility into input voltage, output voltage, and any protective mode that may be enabled.
Its microcontroller-based design ensures that faster voltage corrections are made possible. Even the slightest of fluctuations in voltage could harm sensitive electronic components of your AC; the VI 4160 inverter stabilizer’s micro controlled operations address this issue with a high level of efficiency.
An electrical device runs the risk of malfunctioning when it is operated at a level that is above or below a specific voltage range. The stabilizer’s ‘low & high voltage cut off’ mechanism protects your AC from damage due to abnormal voltage levels.
Another great feature of the V-Guard’s VI 4160 stabilizer is a highly efficient Intelligent Time Delay System (ITDS), allowing 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.
If you’re looking to protect your AC with a stabilizer that combines strength, improved efficiency, and longevity, VI 4160 is an ideal choice.
| Model | Capacity | Working Range (Input) | Cabinet Material | Application | Warranty | Time Delay |
|---|---|---|---|---|---|---|
| VI 4160 | 12 Ampere | 160 VAC - 280 VAC | ABS | One Inverter AC Up to 1.5 Ton or 18000 BTU/Hour | 3 Year | 3 Minutes ± 20 Seconds ITDS |
