Dayton Shaft Collar: 1-Piece, Inch, Round, Clamp-On, 1 5/8 in Bore Dia
The DAYTON Shaft Collar (MPN 1L669) is a 1-piece steel shaft collar in inch dimensions. It features a round, clamp-on design with a 1 5/8 in bore diameter and a 2 5/8 in collar outside diameter.
SKU 3G-OTH-148176
Need installation or engineering help?
Ask a question
Product Description
The DAYTON Shaft Collar (MPN 1L669) is a 1-piece steel shaft collar in inch dimensions. It features a round, clamp-on design with a 1 5/8 in bore diameter and a 2 5/8 in collar outside diameter.
Frequently Asked Questions
What is the DAYTON Shaft Collar 1L669 used for?
The DAYTON Shaft Collar 1L669 is used to secure components on a shaft, preventing axial movement in industrial machinery. It is commonly applied in conveyors, gearboxes, and power transmission systems where precise positioning and reliable clamping are required.
What are the specifications of the DAYTON Shaft Collar 1L669?
The DAYTON Shaft Collar 1L669 is a 1-piece steel collar with a round, clamp-on design. It has a 1 5/8 in bore diameter and a 2 5/8 in collar outside diameter. It uses inch dimensions and is manufactured by Dayton under MPN 1L669.
Where to buy the DAYTON Shaft Collar 1L669 worldwide?
You can source the DAYTON Shaft Collar 1L669 through 3G Electric, a global industrial equipment distributor. We handle full logistics, customs clearance, and delivery to worldwide destinations, ensuring the part reaches your facility efficiently.
How to install a DAYTON Shaft Collar 1L669?
To install the DAYTON Shaft Collar 1L669, slide it onto the shaft at the desired position, then tighten the clamp screw evenly using a hex key. Ensure the bore aligns with the shaft surface and re-check torque after initial operation to maintain secure clamping.
Used in
Common applications for DaytonDayton Products
3G Electric supplies Dayton steel shaft collars. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.















