DAYTON 6L014 Rigid Shaft Coupling, 3/8 Inch Bore Dia., For Round Shaft Type

Dayton 6L014 rigid steel coupling is ideal for industrial settings where precise and reliable torque transmission between two shafts is crucial. These couplings are used in manufacturing, agriculture and material handling applications. They provide a robust connection and enhance the efficiency and alignment of shafts, minimising misalignment, vibrations and power losses.

Features:

• Dayton 6L014 coupling has a zero backlash design with set screws, ensuring precise torque transmission.
• It can be operated at a maximum speed of 3500 RPM and handles a rated torque of 70 lb-inch.
• This 6L014 rigid steel coupling features carbon steel construction with zinc plated finish for resisting corrosion on exposed surfaces and durability.
• It has a 1/4 inch-28 screw thread size to ensure secure fastening.

Frequently Asked Questions:

Q. What is the purpose of a keyway in Dayton rigid shaft couplings?

A. Keyway is a groove in the coupling's shaft that aligns it correctly with another part using a matching key, preventing incorrect assembly.

Q. What is the advantage of the zero backlash feature in this Dayton 6L014 coupling?

A. The zero backlash feature reduces shaft play, preserving precise power transmission.

Q. How to install this Dayton 6L014 rigid steel coupling?

A.

• Installing Dayton 6L014 rigid steel coupling involves securely connecting two shafts to transmit power and torque. Thoroughly inspect the coupling for defects and cleanliness. Prepare the shaft ends by cleaning and lubricating them if necessary.
• Slide the coupling onto one shaft end. Align two shafts accurately, maintaining their coaxial arrangement. Then, place the other end of the coupling onto the second shaft, ensuring a snug fit.
• Tighten fasteners, like set screws or bolts. Utilise appropriate tools to achieve the specified torque. Double-check shaft alignment and test the connected shafts' rotation manually.
• Securely fasten the coupling, confirming all fasteners are tightened according to specifications. If the coupling is part of a larger assembly, secure additional components and guards as needed.