2013-3 - FFC PMA Left Hand Outboard Wing Fuel Cell Assembly for King Air
Update your Textron King Air aircraft with the 2013-3 PMA Left Hand Outboard Wing Fuel Cell Assembly manufactured by FFC. Designed to ensure optimal performance and reliability, this fuel cell is essential for maintaining the fuel system's integrity and efficiency and just plain old holding fuel in the airplane! Built OEM strong by FFC, this PMA replacement component meets Textron's stringent PMA aviation standards, ensuring safety and durability in flight and is the PMA fuel cell for the aircraft models listed below.
Key Features:
- High-Quality Construction: Crafted from durable materials to withstand the demanding conditions of aviation environments.
- Precision Fit: Engineered to provide a perfect fit in King Air models, ensuring seamless integration and performance.
- Lightweight Design: Constructed as a light-weight bladder for easy installation and efficient operation.
- Certified Quality: Meets Technical Standard TSO-C80, ensuring compliance with rigorous aviation safety and performance standards.
- Wide Compatibility: Suitable for various King Air models, including the 90, 100, 200, and 300 series.
Specifications:
- Part Number: 2013-3
- Type: Left Hand Inboard Box Fuel Cell
- OEM Number: 002-920013-1, 002-920013-3
- Construction: Light-Weight Bladder
- Dimensions: 15 inches (L) x 23 inches (W) x 9 inches (H)
- Weight: 9 lbs
- Certification: FAA-PMA
Applicable Textron Aircraft:
- King Air 350 or 350C FM-1 to FM-35
- King Air 360, 350i or 350C FM-36 & on
- King Air B200, B200T, B200C or B200CT
- King Air B200GT or B200CGT
List not comprehensive, may be applicable on other models.
Description:
Ensure your aircraft's fuel system is operating at its best with the FFC PMA Left Hand Inboard Box Fuel Cell, part number 2534-19. Available at AirParts.Aero, this fuel cell is designed for King Air models, offering reliable performance and compliance with FAA-PMA standards. Lightweight and durable, it ensures efficient fuel storage and transfer, critical for safe and effective flight operations.