Choose AeroForce - your aircraft will thank you. Hartzell Engine Technologies (HET) continues to expand their product lines, with new and rebuilt turbochargers, controllers, and more! These turbochargers offer advanced product design, simulation and component testing, and new-generation manufacturing. When you choose AeroForce, you are choosing the best!
AeroForce CF600573-0000 is an FAA-approved turbocharger engineered as a direct replacement for multiple aircraft engines, cross-referenced to OE part #600573-0000 and available from Air Power.
AeroForce 406610-9005 is a high-performance, FAA-approved replacement turbocharger built to match OEM part #406610-9005, ensuring reliable boost for certified aircraft engines.
AeroForce 466304-9003 is an FAA-approved turbocharger designed as a direct replacement for OEM part number 466304-9003, offering dependable boost control for general aviation aircraft.
FAA-approved AeroForce Turbocharger 466642-0005 is a direct replacement for turbocharged Piper PA46-350P and Cessna 177RG aircraft, offering reliable, high-altitude engine performance.
Precision-engineered Aeroforce Wastegate 470908-0011 ensures optimal turbocharging control for multiple Textron Aviation aircraft powered by TSIO-520 and IO-550 series engines.
The CF600391-0000 is a high-quality, precision-engineered component designed for reliable performance in demanding aerospace and industrial systems. Built to meet or exceed OEM standards, this part ensures optimal functionality, durability, and seamless integration into complex systems, contributing to the overall efficiency and performance of your equipment.
The Hartzell Engine Tech Lock Tab (PN 406064-0000) is a precision-engineered component designed to secure critical engine parts, enhancing safety and performance in aviation applications.
The 477359-0001 AeroForce Clevis is a high-strength, precision-engineered component designed to provide secure and reliable attachment points for mechanical linkages in aerospace systems. This clevis is commonly used to connect rods, cables, and other components, ensuring stable and durable connections under demanding operational conditions.
The 477359-0002 AeroForce Clevis is a high-precision, durable component designed to provide secure and reliable connections for mechanical linkages in aerospace systems. This clevis ensures strong and stable attachments between rods, cables, or other components, contributing to the overall performance and integrity of the system.
The 477363-0004 AeroForce Spring is a high-performance, precision-engineered component designed to provide consistent force and mechanical resilience within aerospace systems. This spring is specifically crafted to maintain optimal performance and ensure reliable movement or tension regulation under extreme operating conditions.
The 477378-0000 AeroForce Spring is a high-quality, precision-engineered component designed to provide reliable force, tension, and resilience within aerospace systems. This spring is built to perform in demanding environments, ensuring consistent mechanical operation and system stability.
The 477379-0000 AeroForce Spring is a high-performance, precision-engineered component designed to provide consistent force and mechanical resilience in aerospace systems. This spring ensures reliable movement and tension regulation, helping to maintain the stability and performance of critical mechanical and fluid control components under extreme operational conditions.
The 477387-0009 AeroForce Shaft Cam is a precision-engineered mechanical component designed to transmit rotational force and convert it into linear motion within aerospace systems. This cam plays a crucial role in ensuring accurate positioning and smooth operation of various mechanical and fluid control systems, contributing to the overall performance and reliability of aerospace applications.
The 477413-0000 AeroForce Damper Assembly is a precision-engineered component designed to absorb and control shock, vibration, and oscillation in aerospace systems. By dampening unwanted movements, it ensures smooth operation and protects sensitive components from potential damage caused by mechanical stress or turbulence in high-pressure and high-temperature environments.
The 477437-0000 AeroForce Spring is a high-performance, precision-engineered component designed to provide reliable force and tension regulation in aerospace systems. Built to endure extreme operational conditions, this spring ensures consistent mechanical performance, contributing to the stability and reliability of fluid control systems and other aerospace applications.
The 477535-0001 AeroForce Shim is a precision-engineered component designed to provide precise alignment and spacing within aerospace systems. This shim is used to adjust the gap or distance between parts, ensuring proper assembly and function in mechanical and fluid control systems.
The 477535-0002 AeroForce Shim is a precision-machined component designed to provide accurate spacing and alignment within aerospace systems. It is used to ensure proper fitment and operational efficiency by adjusting the gap between parts, preventing misalignment, and maintaining optimal performance in mechanical assemblies.
The 477535-0003 AeroForce Shim is a precisely engineered component designed to provide accurate spacing, alignment, and gap adjustments within aerospace systems. This shim ensures proper fitment between parts, helping maintain system integrity and enhancing the overall performance of mechanical assemblies under demanding conditions.
The 477542-0001 AeroForce Valve Housing is a high-performance, precision-machined component designed to house and protect the internal components of aerospace valve systems. This valve housing is engineered to ensure efficient fluid control, providing a secure and durable structure for critical aerospace applications.
The 477542-0002 AeroForce Valve Housing is a precisely engineered, high-strength component designed to securely house and protect the internal mechanisms of aerospace valve systems. It plays a crucial role in maintaining the integrity and performance of the valve, offering reliable protection and optimal functionality in demanding aerospace applications.
The 477552-0000 AeroForce Cover Valve is a precision-engineered component designed to provide secure and efficient sealing for aerospace valve systems. This cover valve ensures the proper containment and protection of internal valve components, helping to maintain optimal performance and system integrity in aerospace applications.
The 477555-0000 Hartzell Engine Tech Valve Housing is a high-precision, durable component designed to encase and protect the internal mechanisms of valve systems within aerospace and engine applications. This valve housing ensures the proper function, alignment, and integrity of the valve components while offering robust protection against external stressors.
This video offers great tips and provides advice for how to conduct a bearing check on an AeroForce turbocharger. Hartzell Engine Tech settles for no less than the best, and their brand AeroForce is nothing but that! We carry your favorite products at Air Power, Inc. Remember to register a free account today to start saving, and call us to see if you qualify for special discounts (that's you, flight schools!) Be sure to check our website frequently for updates and promotions!
FAQ - AEROFORCE
Some frequently asked questions about AeroForce turbochargers.
Q: What are the requirements when installing a turbocharger? A: First, all work should be accomplished IAW the applicable engine and/or aircraft maintenance manual.
Q: Why is my new turbocharger leaking oil? A: 400 series turbochargers do not incorporate seals in the center housing where the oil is located. They do incorporate small piston rings on the shaft that, along with the gas pressures pushing in, help prevent the oil from coming out. Until there is a varnish built up on the shaft and housing, a new turbocharger will leak oil. This oil seepage may last up to 10 hours but typically is gone within a couple hours of run time. Once the turbo is installed and pre-lubed, run the engine at normal operation to help “seat” the piston rings and build up the protective coat of varnish.
Q: Why should I pre-oil my turbocharger after a new installation? A: Pre-oiling should be accomplished at installation or any time the turbocharger oil system is disassembled for any reason. Pre-oiling insures there will be adequate oil flow at the turbocharger bearings to support the shaft load at initial start-up. Just like a crank or camshaft bearing, we do not want to “start” the turbocharger with dry bearings. Once a turbocharger bearing is compromised due to lack of lubrication, turbocharger life will be diminished. Pre-oiling instructions can be found under the turbocharger Installation Instructions on the Aeroforce.aero website.
Q: Can I changed the position of the housings on a new turbocharger? A: Yes, the compressor and exhaust housings are factory set at a pre-determined position, many times for shipping purposes. The housings can be re-aligned at installation to fit the engine installation. The alignment procedure can be found under the turbocharger Installation Instructions on the Aeroforce.aero website.
TURBO COOL-DOWN
This video explain why it's important to allow your turbocharger to cool off to prolong its longevity!
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