Fast delivery within 72 Hours
Onida 13VD New power guard
UGX 55,000 Original price was: UGX 55,000.UGX 35,000Current price is: UGX 35,000.
- Product: Onida Power Guard / Voltage Protector
- Model: 13VD
- Current Rating: 13 Amps
- Color: White
- Type: Digital Voltage Protector
- Protection: Automatic over-voltage and under-voltage protection
- Voltage Range: Protects devices when voltage goes below ~185V or above ~260V
- Delay Function: Smart delay before reconnecting power
- Auto Reconnect: Automatically restores power when voltage stabilizes
- Installation: Plug-and-play wall socket design
- Compatibility: Suitable for TVs, refrigerators, computers, routers, and other electronics
Shipping & Delivery
-
Kampala Metro Area
Our courier will deliver to the specified address
1-2 Days
UGX10,000-25,000
-
Upcountry
Our courier will deliver to the specified address
2-5 Days
UGX30,000-70,000
Specification
Overview
Processor
Display
RAM
Storage
Video Card
Connectivity
Features
Battery
General
Overview
The Onida 13VD New Power Guard is a reliable voltage protection device designed to safeguard household electronics from power fluctuations and electrical surges. With a 13-amp capacity, this compact protector is suitable for devices such as televisions, refrigerators, computers, routers, and other sensitive electronics.
The power guard continuously monitors the incoming electricity supply and automatically disconnects power when voltage becomes unsafe, either too high or too low. This helps protect appliances from damage caused by sudden voltage spikes, brownouts, and unstable electricity supply.
When the voltage returns to a safe range, the protector automatically reconnects power after a short delay, ensuring appliances restart safely without sudden surges.
Designed with a plug-and-play installation, the Onida 13VD Power Guard is easy to use—simply plug it into a wall socket and connect your appliance. Its compact design and durable construction make it suitable for homes, offices, and shops, especially in areas with frequent power fluctuations.
