Ruland MCL-6-P Shaft Collar One Piece Clamp Screw is designed for efficient mechanical power transmission applications requiring precise shaft positioning and secure fastening. Manufactured in the United States, this shaft collar features a 6 mm bore diameter, a 16 mm outside diameter, and a width of 9 mm.
The collar is constructed from plastic, providing a lightweight yet durable solution that prevents damage to the shaft, as it does not score the shaft surface. Its one piece clamp screw fastening mechanism facilitates easy installation and adjustment, ensuring reliable fixation in various industrial machinery and equipment.
This shaft collar is single wide and has a plain bore type, suited for versatile industrial uses such as conveyor mechanisms, lab instruments, and material handling equipment. The threaded bore size is M3, allowing compatibility with standard machine screws for secure clamping action.
Standards compliance includes RoHS3, DIN 912 12.9, and REACH, confirming adherence to environmental and quality regulations. The plain finish provides a smooth surface for enhanced mechanical performance.
Constructed from durable plastic material offering lightweight design. One piece clamp screw fastening ensures secure attachment to shafts. Plain bore type prevents scoring of the shaft during installation. Single wide collar suitable for various mechanical power transmission applications.
Threaded bore size M3 compatible with corresponding screws. Complies with RoHS3, DIN 912 12.9, and REACH standards. Finish is plain providing smooth surface quality. Series: MCL, originating from the United States.
This shaft collar is essential in laboratory, manufacturing, construction, and mechanical equipment applications where precise shaft positioning and non-damaging mounting are critical. Available within Industrial Supplies under the Shaft Collar category, this product offers reliability and compliance for professional industrial use.
Browse more products from Ruland and related Shaft Collars on EnvMart for comprehensive solutions in mechanical power transmission.
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