Roshni LED Isolators provide an extra layer of safety by completely isolating electrical circuits, allowing for maintenance or repairs without the risk of electric shocks, ensuring the well-being of electricians and maintenance personnel.
With Roshni LED Isolators, you can isolate faulty circuits quickly, preventing cascading failures and minimizing downtime, thus ensuring uninterrupted power supply and improved system reliability.
Built with high-quality materials, Roshni LED Isolators offer durability and longevity, capable of withstanding harsh environments and frequent operation, reducing replacement costs and ensuring consistent performance over time.
Featuring a user-friendly design, Roshni LED Isolators are easy to install and maintain, saving time and effort for electricians. Clear labeling and intuitive operation streamline maintenance tasks, enhancing overall efficiency.
Isolators are electrical switches used to safely disconnect or isolate electrical circuits or equipment from the power source. They:
1. Ensure safety during maintenance
2. Prevent accidental start-ups
3. Provide a visible break in the circuit
1. Disconnect Switches
2. Load Break Switches
3. Isolating Switches
4. Safety Switches
5. Emergency Stop Switches
1. Clearly indicate ON/OFF status
2. Provide a physical gap in the circuit
3. Designed for manual operation
4. Available in various voltages and currents
5. Can be lockable for added safety
1. Standalone solar street lights
2. Grid-tied solar street lights
3. Hybrid solar street lights
4. Smart solar street lights (with Wi-Fi connectivity and sensors)
1. Industrial power distribution
2. Electrical panels
3. Motor control centers
4. Generator sets
5. Electrical substations
6. Commercial and residential buildings
1. Enhanced electrical safety
2. Reduced risk of accidents
3. Easy maintenance
4. Compliance with safety standards
5. Visible indication of circuit status
Isolators are essential components in electrical systems, ensuring safety and facilitating maintenance. They provide a clear and visible break in the circuit, preventing accidental start-ups and electrical shocks.
