Made specifically for your 2-ton inverter AC, complete with an elegant design to perfectly complement the equipment, V-Guard’s Arizor SD 5170 is a state-of-the-art stabilizer equipped with a range of excellent technical features like intelligent thermal management, ITDS, and IC-based operations, to ensure smooth functioning of your inverter AC and protection against all types of power fluctuations. Intelligent Thermal Management The Arizor SD 5170 is designed with an intelligent thermal management system which maintains the temperature of magnetics and electronic components within safe limits, thus ensuring enhanced protection for connected appliances. Intelligent Time Delay System (ITDS) The Arizor SD 5170 is provided with an “Intelligent Time Delay System”. When the stabilizer has been off for over three minutes and is then switched on, it switches on output power to the AC immediately. If, on the other hand, power supply fails and returns within three minutes, the stabilizer delays delivery of power output by a time period that is proportionate to the period of absence of power. This intelligent time delay system ensures proper balancing time for the compressor before restart under all conditions, while at the same time avoiding unnecessary delay in the switching on of the AC. Thermal Overload Protection Under certain conditions, like a short-circuit for example, a component in the connected appliance may cause excessive current to be drawn through the stabilizer. A thermal sensor in the stabilizer senses this overload condition and immediately disconnects the load to protect both the appliance and the stabilizer itself from further damage.
Features:
- Under/ over voltage protection
- Advanced IC based design
- Elegantly designed cabinet
- Wall mountable
- ITDS (Intelligent time delay system)
- 3-year warranty
Specifications:
Model: Arizor SD 5170
Capacity: 15 Ampere
Working Range (Input): 170V – 270V
Cabinet Material: ABS
Application: One Inverter AC up to 2Ton or 24000BTU/ hour
Warranty: 3 Year
Time Delay: 3min ± 20s ITDS