ALU-6539-3 Plane Power 24V/75A BD Alternator Assy

Overview

The ALU-6539-3 is engineered to meet the electrical demands of aircraft that require 75A of power at 24V. Whether you’re powering avionics, communication systems, lighting, or other electrical equipment, this alternator ensures consistent and reliable performance. The belt-driven design (BD) offers efficient power transfer from the engine to the alternator, minimizing engine strain and enhancing fuel efficiency. This alternator is built to withstand the harsh conditions of aviation, ensuring long-term reliability.

Features

• 24V / 75A Power Output – Provides 75 amps at 24 volts, ideal for aircraft with higher electrical demands, including avionics, radios, lighting, and other systems.

• Belt-Driven Design (BD) – Efficiently transfers power with minimal engine load, improving fuel efficiency and ensuring a smooth, reliable power supply.

• Durable Construction – Constructed with aviation-grade materials, ensuring a long-lasting and reliable service life even under the demanding conditions of aviation.

• Stable Power Delivery – Delivers consistent and stable power to ensure reliable operation of sensitive avionics, lighting, and communication systems, preventing voltage fluctuations.

• Efficient Power for Moderate to High Electrical Demands – Ideal for aircraft with higher power requirements, including multi-system avionics, radio communications, and lighting.

• Easy Installation – Designed for a direct replacement or new installations, ensuring compatibility with a wide range of aircraft configurations.

Applications

The ALU-6539-3 Plane Power Alternator is designed for general aviation aircraft with higher electrical demands, requiring 75A at 24V to power complex avionics, lighting, communication systems, and other electrical systems. It is ideal for aircraft needing a reliable and efficient alternator to ensure smooth operation during flight.

This alternator is suitable for both new installations and as a replacement for older alternators in aircraft requiring moderate to high electrical output. The belt-driven design ensures efficient power transfer, contributing to fuel savings and long-lasting reliability throughout the life of the alternator.