Extralink Piorun 1000VA/800W Volt Sinus Pro replacement | Power inverter | pure sine wave, battery voltage 12VDC

Extralink Lightning 1000VA 800W pure sine wave inverter

Introducing the powerful Extralink Lightning inverter with pure sine wave, designed to meet all your power supply needs. Our inverter features a fast switching time, ensuring a seamless transition from mains to battery power in the event of a power outage. In addition, the Extralink Lightning is designed with multiple layers of protection, including overload, overvoltage, short circuit and over-temperature protection, ensuring safe and reliable operation. The Extralink inverter combined with Extralink batteries (sold separately) will create a reliable UPS backup power system.

Key features of Extralink Lightning 1000VA/800W

• Very wide range of input voltage from mains
• Stable output voltage (pure sine wave output), can be used for all electrical appliances
• LCD display with lots of information
• CPU control
• Short switching time, high efficiency
• Intelligent battery management to extend battery life
• Protection against overload, short circuit, over temperature

Key features of Extralink Lightning 1000VA/800W

• Very wide range of input voltage from the mains
• Stable output voltage (pure sine wave output), can be used for all electrical appliances
• LCD display with lots of information
• Control by CPU
• Short switching time, high efficiency
• Intelligent battery management to extend battery life
• Protection against overload, short circuit, over temperature

Pure sinusoidal waveform

One of the key features of our inverter is its ability to produce a pure sine wave output. This means that the alternating current produced by the inverter has the same quality and stability as the current supplied by the power grid. Pure sine wave is essential for powering sensitive electronic devices such as laptops, refrigerators, televisions and the most sensitive ones namely furnaces, CO pumps and medical equipment, which can be easily damaged by inconsistent or unstable power supply. With the pure sine wave output of our inverter, you can be sure that your electronic devices will run smoothly and efficiently, without risk of damage.

UPS emergency power supply in combination with Extralink batteries

Together with 12V batteries from Extralink (sold separately), the inverter functions as a UPS. UPS mode provides uninterrupted power in case of a power outage. When mains power is available, the inverter charges the batteries and ensures that they are always ready to provide emergency power. When mains power is interrupted, the inverter automatically switches to battery power, ensuring a quick switchover and uninterrupted power supply. UPS mode is ideal for powering critical equipment such as servers, routers and security systems that require uninterrupted power to operate efficiently. With the UPS mode of our inverter and 12V Extralink batteries, you can enjoy peace of mind knowing that your critical equipment will always be powered, even during extended power outages.

Clear LCD display

Our Extralink Lightning inverter features an easy-to-read LCD display that allows you to instantly monitor the inverter’s performance and status. The LCD display shows real-time key information such as input voltage, output voltage, battery charge level and load level. With this information at your disposal, you can easily monitor the inverter’s performance and ensure optimal operation. In addition, the LCD display is backlit, making it easy to read even in low-light conditions.

Multi-level protection for reliable operation

Layers of protection ensure safe and reliable operation of the inverter and connected devices, which are protected from potential damage or failure.

• Overload protection, which protects against excessive current consumption
• Over-voltage protection, to protect against high input voltage
• Undervoltage protection, to protect against low input voltage
• Short-circuitprotection, to prevent damage in the event of a short circuit
• Over-temperature protection, to protect against overheating

Multi-level protection for reliable operation

• Overload protection, to protect against excessive current consumption
• Over-voltage protection to protect against high input voltage
• Undervoltage protection, protecting against low input voltage
• Over-temperature protection to prevent overheating
• Short-circuit protection to prevent damage in the event of a short circuit