V-Guard DU 875 Pro+ Pure Sine Wave Inverter vs V-Guard Smart 1100 Pure Sine Wave Inverter comparison

DU 875 Pro Never falls short on delivery or style, the new V-Guard DU 875 Pro is the calling when it comes to uncompromised performance. Pro to the hilt, it packs a punch with high frequency switching design which not only looks intelligent but provides nonchalant thermal management relief. V-Guard DU 875 Pro never lets your power infra to shiver or blink all because of its MOSFET based PWM technology which enhances dynamic stability. None of its features are run of the mill, so you get the reliable most machine to bank upon. Envy the competition with V-Guard DU 875 Pro that has in-built back feed, battery over charge, deep discharge, smart overload and short circuit protection features. V-Guard DU 875 Pro is the coveted machines that interacts with its user as it is pinned with intelligent audio and LED indications to provide you the superb monitoring and control mechanism. Ultra in all terms V-Guard DU 875 Pro comes with optional selectable battery, fully DSP based design, SMPS based Smart Charger, Sine wave output, generator compatibility with selectable working

Imagine the convenience of being able to operate your inverter using your own smart phone. That is exactly the advantage that the splendid Smart 1100 series brings to you. This comes with an exclusive app that lets you control it using just a smartphone. You can switch on and off, control the performance levels and know in detail about the battery usage information with this special product. With the Smart 110, you can run high intensity appliances such as iron box, grinder and toaster. This product comes with a turbo charge feature that lets you charge the inverter very quickly so that it is all set whenever there is a power cut. Yet another special feature of the product is that you can switch it to a Holiday Mode so that it saves power and maintains the health of your battery even when you are away. Not to forget the plus of being able to take over from the mains during potentially dangerous power fluctuations.