80/20® 10 Series 90 Degree Dynamic Pivot Assembly with Dual "L" Arms Black 4169-BLACK
80/20® 10 Series 90 Degree Dynamic Pivot Assembly with Dual "L" Arms Black
Create dynamic pivots with the 80/20 10 Series 90 Degree Dynamic Pivot Assembly. This versatile component allows for full axial motion of 0-180 degrees, making it ideal for applications that require flexibility and precision. The permanently lubricated bronze bushings and nylon thrust washers ensure smooth and durable performance. Use this assembly to create parallel pivots in a variety of settings, such as machine building, robotics, and custom fabrication. Its compact design and easy installation make it a great choice for projects requiring precise motion control, from industrial machinery to custom display fixtures.
Top product features:
- Permanently lubricated bronze bushings act as high-strength pivot points.
- The assembly has full axial motion ranging from 0-180 degrees.
- Nylon thrust washers protect the pivot arms from wear and tear.
Top product applications:
- Adjustable Shelving Units
- Dynamic Door Hinges
- Machine Tool Mounts
The standard 90 degree dynamic pivot assembly with dual "l" arms is typically used to create dynamic pivots that are parallel to the mounting profile and have full axial motion ranging from 0-180 degrees. The assembly includes one 90 degree dynamic pivot nub and two "l" dynamic pivot arms. It has permanently lubricated bronze bushings that act as high-strength pivot points and nylon thrust washers that protect the pivot arms. The hardware to connect the nub to the profile the nub to the arms and the arms to the profile are all included.
Additional Information
- Brand: 80/20 Inc
- Package Quantity: 1
- Country of Origin: US
- FOB Origin: JA
- Ships by: PARCEL
- Comes in a kit: No
- Newly added to catalog: No
- Item is on Clearance: No
- Contains Hazardous Materials: No
- CA Proposition 65 Applies: No
- Package Length: 5.01
- Package Width: 1.00
- Package Height: 1.27
- Package Weight: 0.27
Product info last updated on April 6, 2026 9:57pm UTC
Category: Structural Framing