RULAND MANUFACTURING Shaft Collars

Suitable for use as mechanical stops and bearing faces, as well as for locating components in motors without marring the shaft surfaces. Offered in quick clamp, set screw, one-piece clamp, threaded and two-piece clamp configurations

Ruland Manufacturing SC Series shaft collars are suitable for spacing, guiding, stopping and component alignment in applications where collars are infrequently removed or repositioned. They are clamped around a shaft for holding sprockets, bearings, motor components and gear assemblies in place. These collars come coated with bright / black oxide finish for glossy appearance, and are capable of withstanding temperatures ranging from -40 to 350 degrees F. Choose from a wide range of these collars, available in steel, aluminium and acetal plastic variants.

Ruland Manufacturing shaft collars are used for guiding, spacing, stopping, mounting & component alignment. These RoHS 3 & REACH compliant units have a clamp style design that does not mar the shaft, in addition to allowing easy removal & indefinite adjustments. They have a precisely controlled face to bore perpendicularity, with tight tolerances on bearing locknuts to offer positive alignment when a shaft collar is used as a load-bearing face, mechanical stop, or for mounting components. These units are stamped with bore sizes for easy identification. Selected units have double-tapped threads to ensure burr-free finish.

Ruland Manufacturing MSP Series shaft collars are designed for spacing, guiding, stopping and component alignment in light duty applications. These collars are tested beyond DIN 912 12.9 standards to provide maximum holding power and come coated with bright / black oxide finish for glossy appearance. They are capable of withstanding temperatures ranging from -40 to 350 degrees F. Choose from a wide range of these collars, available in alloy steel & stainless steel screw options on Raptor Supplies.

Ruland Manufacturing offers MWCL Series double wide shaft collars having a clamp style design that does not mar the shaft and allows easy removal & indefinite adjustments. These shaft collars are manufactured from high grade 2024 aluminium / 303 stainless steel / 1215 lead-free steel for increased screw seating torque. They have a precisely controlled face to bore perpendicularity, with tight tolerances on bearing locknuts to offer positive alignment when a shaft collar is used as a load-bearing face / mechanical stop, or for mounting components. These RoHS 3 & REACH compliant units come with forged screws that test beyond DIN 912 12.9 standards to offer maximum holding power. These units are stamped with bore sizes for easy identification.

Ruland Manufacturing two-piece, double-wide shaft collars come in a clamp design that is easy to remove & indefinitely adjustable, and will not mar the shaft in the process. They are used as short rigid couplings for applications where a traditional rigid coupling is too long. These RoHS 3 & REACH compliant units feature 303 stainless steel / 1215 lead-free steel construction for increased holding power. They are equipped with forged screws that test beyond DIN 912 12.9 standards to offer maximum holding power. All units are stamped with bore sizes for easy identification. These units are available in bore diameters ranging from 6 to 25 mm.

Ruland Manufacturing TCL Series shaft collars are designed to hold bearings & sprockets on shafts, situate components in motor & gearbox assemblies, and serve as mechanical stops. They are also ideal for power transmission applications in motors and gearboxes. These one-piece, clamp-style collars are easy to install & remove, and are held in place via set screws while distributing the clamping force evenly. They are REACH and RoHS 2 compliant for safe operation and operate at temperatures ranging from -40 to 350 degrees F. Choose from a wide range of set screw shaft collars, available in 303 stainless steel and 1215 lead-free steel variants on Raptor Supplies.

Ruland Manufacturing threaded, two-piece shaft collars have higher axial holding power than round bore shaft collars of a similar size. They are well suited for guiding, spacing, stopping, mounting & component alignment. These units feature double-tapped threads to ensure a precise and burr-free finish that allows easy installation & removal, and a proper fit. These RoHS 3 & REACH compliant units feature 303 stainless steel / 1215 lead-free steel construction to offer increased holding power and handle operating temperatures ranging between -40 and 350 deg Fahrenheit. They come with forged screws that test beyond ANSI standards, offering maximum holding power.

Ruland Manufacturing one-piece, double-wide shaft collars have higher axial holding power than a round bore of equivalent size. They are ideal for guiding, spacing, stopping, mounting & component alignment. These units feature 2024 aluminium / 303 stainless steel / 1215 lead-free steel construction to offer added holding power. The clamp design does not mar the shaft, is easy to remove and allows indefinite adjustments. They are equipped with forged screws that test beyond DIN 912 12.9 standards to offer maximum holding power. All units are stamped with bore size for easy identification.

Two-piece, double wide shaft collars from Ruland Manufacturing are used for guiding, spacing, stopping, mounting & component alignment. They come in a clamp design that does not mar the shaft and allows easy removal & indefinite adjustments. These units are integrated with mated halves to offer a proper fit and alignment. These units are constructed using 1215 lead-free steel / 303 stainless steel to offer increased holding power and corrosion resistance. They are RoHS 3 & REACH compliant, and feature forged screws that are tested beyond DIN 912 12.9 standards to ensure maximum holding power. All units are stamped with bore size for easy identification.

Rudland Manufacturing MCL Series shaft collars are suitable for holding motor components, gear assemblies, bearings, sprockets and other parts in position, facilitating the proper movement and alignment. They feature a one-piece design that allows installation by sliding the collar onto the shaft from the end without disassembling the whole unit. These collars also incorporate a clamping mechanism (set of screws) that secures the collar tightly onto the shaft, providing indefinite adjustability. They offer aluminium construction for durability & corrosion resistance and have the ability to withstand temperatures up to 225 degrees Fahrenheit.