Switching power supply 75W 5V 12A LRS-75-5

Universal switching power supply for wide applications

The LRS-75-5 switching power supply is a reliable and efficient power source, ideal for both professional and amateur applications. With a power of 75W and an output voltage of 5V at a current of 12A, it is perfect for powering various electronic devices, from monitoring and automation systems to audio-video equipment and LED lighting. Its compact size and high efficiency make it an excellent choice in situations where space and energy efficiency are important.

Safety and durability in every detail

The power supply design is designed with user safety and long-term operation in mind. It has built-in protection against short circuits, overloads and overvoltages, protecting connected devices from damage. Vibration resistance up to 5G and the ability to operate in a wide temperature range (-30°C to +70°C) guarantee reliable operation even in harsh environmental conditions. Additionally, the power supply is adapted for mounting on a DIN rail (using appropriate accessories), which facilitates installation and cable organization.

Key features for professionals and users

• High efficiency: Up to 84% efficiency translates to lower energy consumption and less heat loss.
• Wide input voltage range: Accepts input voltage from 88 to 264VAC and from 120 to 370VDC, ensuring compatibility with various electrical networks.
• Output voltage regulation: The ability to regulate the output voltage in the range of +/-10% allows you to adapt the power supply to the specific requirements of connected devices.
• Compact dimensions: Low profile (30mm) makes it easy to mount in a limited space.
• Compliance with standards: Meets the requirements of IEC/EN60335-1(PD3) and IEC/EN61558-1,-2,-16 standards, ensuring safe use.
• Durable construction: Vibration resistance and the ability to operate in a wide temperature range guarantee reliable operation for a long time.
• Low no-load power consumption: Energy consumption below 0.3W minimizes energy losses during device inactivity.