This 28VDC reversible motor is designed for aircraft applications, offering two-speed operation and variable direction control. Engineered for reliability, its compact design facilitates easy integration into existing systems, enhancing functionality across various scenarios while maintaining performance standards. Ideal for diverse aircraft system requirements.
101738-001 Piper Aircraft 2-Speed Reversible Motor operates on a 28-volt direct current, designed for applications requiring variable speed and direction control. This motor is engineered for reliability and efficiency, making it suitable for various aircraft systems. Its reversible feature allows for versatile operation, enhancing functionality in different scenarios. 101738-001 compact design ensures easy integration into existing systems without compromising performance.
Features & Benefits
Two-speed operation for adaptable performance in various applications.
Reversible functionality for enhanced operational flexibility.
Compact design for seamless integration into aircraft systems.
Increased operational versatility to meet diverse requirements.
Improved efficiency in system performance through variable speed control.
Streamlined installation process due to the compact design.
Technical Information
FAA Approval Code
PC
Condition
New
Country of Origin
United States
Harmonized Tariff Schedule Code
8501313000
Lead Time (Days)
350
Shelf Life
No
Forecasted
Yes
Dimensions (L x W x H)
6.25 x 4.25 x 4.50
Package Weight
3.37 LB
Aircraft Makes
Piper
Aircraft Models
PA-44-180
Shipping Details
Hazmat Code
ZND
ECCN
9A991.d
Schedule B
8501313000
8130-3 Eligible
Yes
Hazmat
No
Part Explosive
No
Item Replacement History
761-778=PIEXCHPiper® 761-778 2-Speed Reversible Blower Motor Assembly, 28 VDC, For Fixed Wing Aircraft
761-778=PIMOTOR: EVAP BLOWER A/C ASSEMB, USE 761-778=PIEXCH
Product information provided "as is", and Boeing may add, change, discontinue or remove product information at any time. Product photos may not be exact match to product delivered. Seeterms & conditions.
