Introducing the Mega+ Pure Sinewave Commercial UPS, a pinnacle of innovation and reliability in the realm of power backup solutions. Designed to empower businesses and homes with seamless power continuity, the Mega+ Series stands as a beacon of assurance during outages and electrical disturbances. Its state-of-the-art features redefine dependability, with an intuitive LCD display providing real-time insights, automatic bypass ensuring seamless operation, a built-in galvanic isolation transformer safeguarding sensitive equipment and 4th generation 32-bit a fast microprocessor for superior power & swift performance.
Moreover, the Mega+ Series boasts powerful charging during low voltage situations as low as 90V, super fast charging up to 25 Amp – 1st in the industry, and compatibility with generators, further solidifying its status as a go-to choice for unparalleled backup performance. With the Invertek Mega+ Pure Sinewave Commercial UPS, be prepared for the unexpected, ensuring smooth operations and peace of mind in any power emergency.
Available in 3500 & 5000
Available from 900 to 2500
Available in 3500 & 5000
Available from 1250 to 5000
Model: MEGA+ 900/12V
Va Rating: 800VA/12V
Bulb Load In Watt: 640 Watt
Max Charging Current: 18 Ampere (±3Amp)
Model: MEGA+ 1100/12V
Va Rating: 1000VA/12V
Bulb Load In Watt: 800 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 1250/12V
Va Rating: 1100VA/12V
Bulb Load In Watt: 880 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 1500/12V
Va Rating: 1250VA/12V
Bulb Load In Watt: 1000 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 1600/24V
Va Rating: 1600VA/24V
Bulb Load In Watt: 1280 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 2000/24V
Va Rating: 2000VA/24V
Bulb Load In Watt: 1600 Watt
Max Charging Current: 25 Ampere(±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 2500/24V
Va Rating: 2500VA/24V
Bulb Load In Watt: 2000 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 3500/24V
Va Rating: 3200VA/24V
Bulb Load In Watt: 2560 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 4000/48V
Va Rating: 4000VA/48V
Bulb Load In Watt: 3200 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
Model: MEGA+ 5000/48V
Va Rating: 5000VA/48V
Bulb Load In Watt: 4000 Watt
Max Charging Current: 25 Ampere (±3Amp)
Variable Charging Current: 5A/10A/15A/25A
What it is: This feature allows the UPS battery to charge at variable speeds, with a maximum capacity of 25AMP.
How it works: It adjusts the battery charging rate based on availability and demand, providing the option for faster charging when required or slower, steady recharging to prioritize energy efficiency.
Why it matters: By optimizing the charging rate, the system reduces electricity wastage and ensures the battery is charged quickly when needed. For users, this means faster readiness during power outages and better control over energy costs.
What it is: This capability ensures the battery charges effectively even when the input voltage drops as low as 90V.
How it works: The system is designed to adapt to significant voltage fluctuations, maintaining its charging performance even in low-voltage conditions common in areas with unstable grids.
Why it matters: Power instability is no longer a problem. You can count on your appliances to stay powered even in regions where voltage fluctuations are frequent, making the UPS highly dependable.
What it is: A microprocessor acts as the UPS’s “brain,” controlling its operations and optimizing system performance.
How it works: This sophisticated microprocessor manages various UPS functions, including voltage regulation, charging cycles, and safety protocols, with a high level of precision.
Why it matters: The microprocessor enhances the UPS’s stability and efficiency, ensuring smooth, uninterrupted performance. It creates a balance between power output and safety, offering reliable functionality over the long term.
What it is: An isolation transformer is a device that separates the electrical load from the power source, creating a buffer for safety.
How it works: It prevents direct electrical connection between the input and output, reducing the risk of electrical shocks or damage to appliances caused by power surges.
Why it matters: This built-in feature ensures the safe operation of all connected devices, protecting both the system and your home from potential electrical hazards. It adds a layer of confidence in your UPS’s ability to handle unexpected surges or voltage irregularities.
What it is: An AC Miniature Circuit Breaker (MCB) is a safety switch that safeguards electrical systems from overloads and short circuits.
How it works: The MCB constantly monitors the electrical current and automatically disconnects the circuit when it detects any faults or excessive loads.
Why it matters: Continuous, round-the-clock protection offers peace of mind. Your UPS and appliances remain shielded from electrical issues, ensuring safety and stability at all times.
What it is: The automatic bypass is a feature that ensures power supply continuity even when the UPS requires maintenance or encounters a fault.
How it works: When a problem or maintenance task arises, the system instantly bypasses the UPS and directly connects the electrical load to the main power source.
Why it matters: This prevents interruptions, keeping your appliances running smoothly. With this feature, you don’t have to worry about downtime, making the UPS a reliable power backup solution.
What it is: A feature that ensures the power supply shifts from the grid to the UPS almost instantly during power cuts.
How it works: When the main power goes out, the UPS immediately activates, taking only a few milliseconds to transfer power to connected appliances.
Why it matters: This near-instant changeover ensures that sensitive electronics like computers, routers, and medical equipment remain uninterrupted. It’s critical for maintaining smooth operation in homes and offices without any delays or disruptions.
What it is: A 16×2 Liquid Crystal Display (LCD) integrated into the UPS for clear and accessible information.
How it works: The LCD panel displays real-time updates, including input voltage, battery status, charging levels, and fault indicators, allowing users to monitor the system’s performance easily.
Why it matters: The easy-to-read display enhances user interaction and keeps you informed about the UPS’s status, making it simpler to manage and troubleshoot, if needed.
What it is: Crest factor refers to the ratio of peak current to the RMS (Root Mean Square) current of a UPS, which indicates how well it handles sudden power surges.
How it works: A higher crest factor ensures that devices requiring more power during startup, such as refrigerators or air conditioners, can safely and efficiently run without overloading or damaging the system.
Why it matters: The improved capacity to manage power surges ensures your UPS can support heavy-duty appliances and extend the lifespan of your electrical devices, providing consistent and reliable operation.
What it is: A manual bypass switch allows you to maintain power supply directly from the grid by bypassing the UPS during servicing or repairs.
How it works: When activated, the switch disconnects the UPS system and reroutes electrical load directly to the main power source, ensuring that your devices remain powered during maintenance.
Why it matters: This feature eliminates downtime and ensures your appliances stay functional in critical moments. It’s a user-friendly and practical solution for uninterrupted operation during system maintenance.
What it is: A double-pole AC Miniature Circuit Breaker (MCB) provides comprehensive protection by monitoring and disconnecting both the live and neutral wires when required.
How it works: By isolating both poles, this advanced MCB enhances protection against electrical faults, overloads, and short circuits, ensuring no part of the system remains exposed to electrical hazards.
Why it matters: Enhanced safety for your home and appliances is guaranteed. A double-pole MCB offers a higher level of fault detection and isolation, making the UPS system even more secure and reliable.
What it is: This feature ensures the UPS is capable of seamlessly working with a generator as an alternate power source.
How it works: The system is designed to automatically adjust to variations in power quality and frequency from generators, ensuring uninterrupted power supply without compatibility issues.
Why it matters: Generator compatibility offers greater flexibility by allowing you to use various power sources during extended outages. This makes it ideal for areas prone to prolonged power cuts or where backup generators are a common solution.
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