Portronics Power Plate 19 Extension Board with 4 Universal Power Sockets ( WHITE)

Brand ‎Portronics Model Name Power Plate 19 Model ‎POR-2570 Product Dimensions ‎31.9 x 13.4 x 0.1 cm Item model number ‎POR-2570 Compatible Devices ‎Personal Computer, E-Reader, Speaker, Electric Fountain, Rice Cooker, Smartphone, Router, Laptop, Water Boiler, Audio Sound System, Cellular Phone, Tablet, Monitor, Microwave Oven, DVD Player, Coffee Machine, Scanner, Light, Juicer, Hair Dryer, Heater, Fax Machine, Refrigerator, Home Theater, Noise Maker, Projector, Modem, Radio, Gaming Console, Smartwatch, Fan, Printer, Set Top Box, Camera, Television, Lamp, Air Conditioner, Mixer Grinder, Toaster, Iron, MP3 Player, Freezer Special Features ‎On And Off Switch, Child Safety Shutters, Long Cable, Mountable, USB Slot, Fast Charging Number of items ‎1 Batteries Required ‎No Number of Ports ‎4 Total USB ports ‎2 Material ‎ABS Plastic Manufacturer ‎Portronics Country of Origin ‎India Item Weight ‎320 g consumption efficiently, while built-in safeguards like a resettable fuse and child safety shutters provide complete peace of mind. The 3 meter long power cord offers flexible placement options, and wall mount holes enable easy installation, keeping your charging station organized. Forget about tangled wires and searching for the right outlet – the Portronics Power Plate 19 is your one-stop solution for a clean and efficient charging experience! Portronics Power Plate 19 power cord 4 Universal Power Sockets: Compatible with various plug types. 3 Meter Long Cord: Offers extended reach for flexibility. 2000W Power Capacity: Handles high-power devices safely. 5 Individual Power Switches: Control each socket separately. Overload Protection: Safeguards devices from power surges. Compact & Durable Design: Space-saving and built to last. Enhanced Safety Features: Includes child-safety shutters on sockets. Ideal for Home & Office: Perfect for multiple devices and appliances. LED Power Indicator: Easily check the power status. Energy-Efficient: Reduce energy wastage with individual switches.