| Specification : | |
| Brand | Microtek |
| Model Code | iMERLYN UPS 1250 / DG1250/12V |
| Type | Microprocessor-Based Digital Square Wave Inverter |
| Load Capacity Rating | 1100 VA / 850 Watts |
| Nominal System Voltage (DC) | 12 V |
| Technology / Waveform | Advanced Digital Wave / Square Wave Architecture |
| Input Voltage Range (Inverter Mode) | 80 V to 290 V AC |
| Input Voltage Range (UPS Mode) | 180 V to 265 V AC |
| Output Voltage Parameter | 230 Voltage Nominal |
| Input / Output Frequency | 50 Hz plus or minus 0.1 Hz |
| Backup Runtime Window | Up to 1.67 Hours (Load and Battery Capacity Dependent) |
| Supported Connected Appliances | Structural Fans, CFL/LED Lights, Smart Televisions, Workstation Laptops, and Wi-Fi Routers |
| Safety Circuit System | Overload, Short Circuit, Overcharging, and Overheating Protection |
| Chassis Dimensions (L x W x H) | 39.2 cm x 20.2 cm x 34.5 cm |
| Product Net Weight | 9.0 kg |
| Ideal Applications | Residential Homes, Corporate Workspace Backups, Retail Outlets, and Standby Emergency Utility Grids |
High-Capacity 1100VA / 850W Output: Engineered with an upgraded heavy-duty power transformer framework that delivers an active 850-Watt baseline to effortlessly drive multiple fans, lighting systems, and office electronics.
Advanced Digital Square Wave Engine: Formulated with intelligent digital processing loops that optimize power inversion, ensuring steady, reliable voltage transmission during extended blackouts.
Dual-Calibrated Inverter & UPS tracking: Outfitted with an interactive input selector toggle supporting a broad 80V to 290V threshold for volatile rural grids, or a fast 180V to 265V line to safeguard computer systems.
Integrated Multi-Level Safety Safeguards: Built with proactive internal sensor arrays that actively block operational damage from sudden circuit overloads, dead short circuits, cell overcharging, and deep heat generation.
Efficient 12V Single Battery Integration: Calibrated to synchronize fluidly with a single 12V battery block, yielding up to 1.67 hours of continuous support under standard running conditions.