EVEREST EW 300 Used Upto 1 Ton AC Voltage Stabilizer (Working Range : 170 V to 270 V) Upto 1 Ton AC.  (White)

Model : EW 3KVA, Working Range : 170 V to 270 V, Power Input : 185v-270v ,Power Output : 200 V-240 V ,AMPS : 10 ,Watts : 3000 W, Used For : 1 Ton AC ,The Everest EW 3 KVA is powered by advanced technology to match with your highly sensitive and efficient appliances and enhance their productivity Advance Safety with the help of Toroidal Transformers (The latest German technology), 40% power savings ,Noise-free ,Instant start and intelligent time delay provisions Product Description IC Technology-based Design The IC-based design of the Everest ECC 100 LED wide range stabiliser protects the sensitive parts of your electronic appliances, like the PCB or display panel, from damage. It works by modifying the input voltage to provide a reliable and steady output voltage. Thermal Overload Protection If your appliance consumes excess power due to a circuit failure or component damage, it may start to heat up. The thermal sensor function in this stabiliser detects excess electricity consumption and shuts off the power supply, protecting your appliances from high-temperature burnouts. Micro-controlled Operations Since voltage fluctuations are harmful to any electronic appliance, this stabiliser features a microcontroller to take care of such instabilities. This microcontroller can stabilise such fluctuations in the voltage to provide a steady output in a short period of time. This system relies on the improved circuit design to enhance the durability and reliability of the stabiliser. Intelligent Time Delay System (ITDS) With the Intelligent Time Delay system, this stabiliser protects the AC’s compressor from damage. This system enables the stabiliser to switch on automatically if it is off for more than three minutes. If the power failure lasts for more than three minutes, the stabiliser will turn on only when the power supply resumes. However, if the power supply resumes within three minutes of shutting down, there will be a time delay depending upon the duration of the power failure.