CLUTCH THROW OUT SPACER 0.406 IN X 0.75 0.25 REKLUSE 414-153
The Rekluse Clutch Throw Out Spacer, with dimensions 0.406 inches x 0.75 inches x 0.25 inches, part number 414-153, is expertly crafted for use in clutch assemblies. This spacer is essential for ensuring correct spacing and alignment, promoting the smooth engagement and reliability of the clutch system.
Features:
- Specific dimensions of 0.406 inches inner diameter, 0.75 inches outer diameter, and 0.25 inches thickness for precise fit
- Important for maintaining proper spacing and preventing misalignment in clutch systems
- Constructed from durable materials for long-lasting performance under various conditions
- Helps reduce wear on components and supports efficient clutch operation
- Vital for maintaining mechanical integrity and enhancing the overall functionality of the clutch assembly
This throw out spacer is a fundamental component for any clutch system, offering critical support to ensure precise alignment and reliable performance throughout demanding use cases.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Rekluse Clutch Throw Out Spacer, with dimensions 0.406 inches x 0.75 inches x 0.25 inches, part number 414-153, is expertly crafted for use in clutch assemblies. This spacer is essential for ensuring correct spacing and alignment, promoting the smooth engagement and reliability of the clutch system.
Features:
- Specific dimensions of 0.406 inches inner diameter, 0.75 inches outer diameter, and 0.25 inches thickness for precise fit
- Important for maintaining proper spacing and preventing misalignment in clutch systems
- Constructed from durable materials for long-lasting performance under various conditions
- Helps reduce wear on components and supports efficient clutch operation
- Vital for maintaining mechanical integrity and enhancing the overall functionality of the clutch assembly
This throw out spacer is a fundamental component for any clutch system, offering critical support to ensure precise alignment and reliable performance throughout demanding use cases.
