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ZEBRONICS MLS755 Line Interactive UPS System, 600VA / 360W, Microcontroller Based, Supports Micro Load, Go to Power Backup & Protection for Home Office, Desktop PC, Routers & Home Electronics - Image 1

ZEBRONICS MLS755 Line Interactive UPS System, 600VA / 360W, Microcontroller Based, Supports Micro Load, Go to Power Backup & Protection for Home Office, Desktop PC, Routers & Home Electronics

Micro Load UPS: The ZEB-MLS755 is a micro-load UPS specifically designed for applications such as WiFi routers, surveillance systems*(* Under testing conditions with 1 DVR without HDD and 3 cameras without IR enabled), PoE switches, Smart Home Hubs, VoIP Phones, Small Nas etc..
ZEB Micro Load Sense System: The UPS supports a wide input voltage range, ensuring consistent performance even in areas
Battery backup: The ZEB-MLS755 provides an impressive backup of up to 3 hours and 45 minutes* (* Under testing conditions with 1 DVR without HDD and 3 cameras without IR enabled) for micropower consumption devices.
Microprocessor Control: The ZEB-MLS755’s advanced microprocessor control system ensures efficient power management and precise functionality.
Advanced 3-Tier Battery Management System: The 3-tier battery management system extends battery life by over 30%, optimizing charging and discharging for maximum efficiency and durability.
Rogue Equipment Connection Proof: The ZEB-MLS755 is compatible with generators and inverters, even those with poor power factors or outdated square wave outputs.
LED & Audible Alarms for Instant Alerts: The ZEB-MLS755’s LED indicators and audible alarms deliver instant alerts for power interruptions or faults, enabling timely action to avoid downtime.

Line-Interactive UPS with Auto Restart: The ZEB-MLS755’s line-interactive functionality with AVR and double boost ensures continuous power, while its auto-restart feature facilitates a smooth transition when AC power is restored.
Double Boost and AVR: The UPS incorporates double boost technology and AVR to maintain a stable output voltage, even during significant input fluctuations.