AL24-F60C Plane Power ALTERNATOR, 24V/60A - CMG - Cessna C611503-0102, -0202, 1570213-7

Overview

The AL24-F60C alternator offers 60 amps of output at 24 volts, making it an ideal solution for aircraft requiring a reliable and stable power source for various electrical components. This alternator’s belt-driven design ensures efficient power transfer, while the CMG technology ensures durability and longevity. It is a direct replacement for Cessna alternators and can be easily integrated into aircraft with minimal downtime. Its high-quality constructionand reliable performance make it a trusted choice for maintaining the electrical systems of aircraft.

Features

• 24V / 60A Power Output – Delivers stable electrical power to avionics, lighting, and other aircraft systems requiring a 24V electrical supply.

• Belt-Driven Design – Ensures efficient and smooth mechanical power transfer while reducing the load on the engine.

• Direct Replacement for Cessna Alternators – Replaces Cessna part numbers C611503-0102, C611503-0202, and 1570213-7, providing an easy and cost-effective upgrade.

• CMG Technology – Built with CMG (Certified Maintenance Group) technology for enhanced durability and reliability.

• Durable Construction – Designed to withstand the demanding conditions of aviation, ensuring long-term performance with minimal maintenance.

• Effective Cooling System – Incorporates an efficient cooling design to prevent overheating and prolong the alternator’s lifespan.

• Lightweight & Compact – Offers high power output while maintaining a lightweight design that reduces overall aircraft weight.

Applications

The AL24-F60C Plane-Power Alternator is ideal for Cessna aircraft requiring a 24V electrical system and 60A power output. It serves as a direct replacement for Cessna alternators with part numbers C611503-0102, C611503-0202, and 1570213-7, making it an easy and efficient solution for upgrading or replacing existing alternators.

By choosing the AL24-F60C, aircraft owners can benefit from reliable power delivery, improved system stability, and reduced maintenance costs, ensuring that their electrical systems operate smoothly and efficiently throughout each flight.