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John Deere Hexagonal Lock Nut, M16 - 14M7551
Key Features
- Hexagonal lock nut from John Deere with M16 thread (part 14M7551).
- Internally threaded fastener designed to be secured in a fixed position through mechanical deformation.
- Includes self-locking nuts to resist loosening in vibration-prone environments common in agricultural and heavy equipment.
- Compact, clamp-friendly design suitable for mounting brackets, linkages, and other M16-threaded connections.
- Engineering-focused construction intended to maintain preload and reliable clamping under dynamic loads.
Product Details
- Manufacturer: John Deere
- Part Number: 14M7551
- Device Type: Hexagonal lock nut, internally threaded
- Thread Size: M16 (metric)
- Locking Method: Self-locking features included; position secured by mechanical deformation of the assembly
- Installation Note: Ensure mating components are clean and free of debris; engage full thread length and avoid over-tightening to preserve the locking mechanism
Compatibility
- Thread Compatibility: Fits M16 bolts / studs with standard metric threading
- Application Context: Suitable for John Deere equipment assemblies and other metric-M16 threaded connections in agricultural and heavy machinery
- Design Fit: Intended for assemblies where vibration resistance and secure retention are priority, leveraging the self-locking feature to minimize loosening over time
Key Features
- Hexagonal lock nut from John Deere with M16 thread (part 14M7551).
- Internally threaded fastener designed to be secured in a fixed position through mechanical deformation.
- Includes self-locking nuts to resist loosening in vibration-prone environments common in agricultural and heavy equipment.
- Compact, clamp-friendly design suitable for mounting brackets, linkages, and other M16-threaded connections.
- Engineering-focused construction intended to maintain preload and reliable clamping under dynamic loads.
Product Details
- Manufacturer: John Deere
- Part Number: 14M7551
- Device Type: Hexagonal lock nut, internally threaded
- Thread Size: M16 (metric)
- Locking Method: Self-locking features included; position secured by mechanical deformation of the assembly
- Installation Note: Ensure mating components are clean and free of debris; engage full thread length and avoid over-tightening to preserve the locking mechanism
Compatibility
- Thread Compatibility: Fits M16 bolts / studs with standard metric threading
- Application Context: Suitable for John Deere equipment assemblies and other metric-M16 threaded connections in agricultural and heavy machinery
- Design Fit: Intended for assemblies where vibration resistance and secure retention are priority, leveraging the self-locking feature to minimize loosening over time
$5.63
John Deere Hexagonal Lock Nut, M16 - 14M7551—
$5.63
Description
Key Features
- Hexagonal lock nut from John Deere with M16 thread (part 14M7551).
- Internally threaded fastener designed to be secured in a fixed position through mechanical deformation.
- Includes self-locking nuts to resist loosening in vibration-prone environments common in agricultural and heavy equipment.
- Compact, clamp-friendly design suitable for mounting brackets, linkages, and other M16-threaded connections.
- Engineering-focused construction intended to maintain preload and reliable clamping under dynamic loads.
Product Details
- Manufacturer: John Deere
- Part Number: 14M7551
- Device Type: Hexagonal lock nut, internally threaded
- Thread Size: M16 (metric)
- Locking Method: Self-locking features included; position secured by mechanical deformation of the assembly
- Installation Note: Ensure mating components are clean and free of debris; engage full thread length and avoid over-tightening to preserve the locking mechanism
Compatibility
- Thread Compatibility: Fits M16 bolts / studs with standard metric threading
- Application Context: Suitable for John Deere equipment assemblies and other metric-M16 threaded connections in agricultural and heavy machinery
- Design Fit: Intended for assemblies where vibration resistance and secure retention are priority, leveraging the self-locking feature to minimize loosening over time
















