Thanks to its design and technical parameters, it meets the requirements of the EN54-4 standard, ensuring the reliability and safety of fire protection installations.

The power supply has an output of 10 A / 27.6 V DC / 284 W for intermittent operation (Imax b - 5 minutes) and 8.2 A / 27.6 V DC for continuous operation (Imax a).

This allows it to support both normal system operation and emergency situations. A key feature of the Pulsar EN54C-10A40 is its ability to charge two 40 Ah batteries at 1.8 A, ensuring long-term power supply in the event of a mains outage.

This ensures the alarm system remains operational even after the loss of an external power source. The power supply is equipped with a range of protections, such as SCP (overload protection), OLP (low voltage protection), OVP (over voltage protection), UVP (high current protection), and tamper protection, ensuring the reliability and safety of the installation.

The Pulsar EN54C-10A40 is certified for compliance with fire protection standards (EN54-4) and ventilation and smoke extraction (EN12101-10), which is crucial for professional fire protection installations.

High energy efficiency of 88% and low power consumption of the power supply circuits (maximum 85 mA) make the device energy-efficient and do not create additional load on the system.

The power supply has a compact design, measuring 420 x 407 x 178 mm (with a tolerance of +/- 2 mm) and a mounting surface clearance of 8 mm, facilitating installation in a variety of conditions.

The Pulsar EN54C-10A40 is constructed of the highest quality materials – 1.2 mm thick DC01 steel, painted red (RAL3001), ensuring durability and resistance to mechanical damage.

IP30 protection guarantees protection against the ingress of solid objects and water, which is essential in industrial and commercial environments.

The manufacturer provides a 3-year warranty on the device, demonstrating its reliability and build quality. The Pulsar EN54C-10A40 is an ideal solution for professional fire alarm installations requiring reliable and safe backup power.