GQP12V1125+FEM0-IMTT1500

The Exide GQP12V1125 Inverter is a high-performance pure sine wave inverter built to provide uninterrupted power for your home, office, or small commercial space. With an output capacity of 1125 VA, it can handle multiple appliances simultaneously, ensuring a smooth transition during power outages. Equipped with advanced Digital Signal Processing (DSP) technology and a smart 3-stage charging system, this inverter guarantees safe operation for sensitive electronics while optimizing battery life and performance.

Benefits of Exide GQP12V1125 Inverter

• Pure Sine Wave Output – Ensures the safety and smooth operation of sensitive appliances like LED TVs, computers, routers, and refrigerators.
• High Capacity (1125 VA) – Supports multiple electrical devices simultaneously during power cuts.
• Smart 3-Stage Charging – Enhances battery life and ensures faster, more efficient charging.
• Advanced DSP Technology – Optimizes performance, ensuring consistent and reliable power output.
• Wide Input Voltage Range – Operates effectively even with fluctuating grid power—ideal for unstable regions.

The Exide FEM0-IMTT1500 is a robust 150Ah tall tubular battery designed to deliver long-lasting and efficient power backup. Featuring advanced tubular plate construction, this battery is engineered to handle deep discharges, recharge faster, and last longer with minimal maintenance. It offers excellent performance in both home and commercial setups, especially in regions with regular power cuts.

Benefits of FEMO-IMTT1500 Inverter Battery

• High Power Backup (150Ah Capacity) – Offers extended backup time, suitable for powering multiple appliances during long outages.
• Tubular Plate Technology – Designed for durability and consistent performance under frequent deep discharges.
• Fast Charging – Recharges quickly, reducing downtime between power cuts.
• Low Maintenance – Requires fewer water top-ups due to low water loss design, saving effort and cost.
• Leak-Resistant and Rugged Design – Built to handle tough conditions and minimize the risk of acid spillage.