Two Piece Thin Line Shaft Collars (Shaft Clamps) Metric Series

Two Piece Thin Line Shaft Collars (Shaft Clamps) Metric Series

The metric series two piece thin line shaft collars are mechanical components designed to fit around the shaft of a rotating machine to provide a secure grip and support. These thin line shaft collars consist of two separate pieces that can be clamped together using screws or bolts. The "thin line" in the name refers to the fact that these shaft collars have a relatively low profile, making them suitable for use in applications where space is limited. The "metric series" designation indicates that the thin line shaft collars are designed to fit shafts with metric dimensions.These metric series two piece thin line shaft collars are commonly used in a variety of industrial and mechanical applications, including robotics, automation, and conveyor systems. They are typically made from materials such as steel, aluminum, or plastic, and come in a range of sizes to fit different shaft diameters. If you are looking for a versatile and reliable type of shaft collar for your application, metric series two piece thin line shaft collars are a great option.

▍Two Piece Thin Line Shaft Collar Sizes Chart (Metric Series)

Part Number Aluminum	Part Number Stainless Steel	Bore (B) (mm)	Outer Diameter (OD) (mm)	Width (W) (mm)
ENSP20-5MM-A	ENSP20-5MM-SS	5	20	5.5
ENSP20-6MM-A	ENSP20-6MM-SS	6	20	5.5
ENSP20-8MM-A	ENSP20-8MM-SS	8	20	5.5
ENSP20-10MM-A	ENSP20-10MM-SS	10	20	5.5
ENSP25-5MM-A	ENSP25-5MM-SS	5	25	6
ENSP25-6MM-A	ENSP25-6MM-SS	6	25	6
ENSP25-8MM-A	ENSP25-8MM-SS	8	25	6
ENSP25-10MM-A	ENSP25-10MM-SS	10	25	6
ENSP25-12MM-A	ENSP25-12MM-SS	12	25	6
ENSP25-14MM-A	ENSP25-14MM-SS	14	25	6
ENSP30-6MM-A	ENSP30-6MM-SS	6	30	8
ENSP30-8MM-A	ENSP30-8MM-SS	8	30	8
ENSP30-10MM-A	ENSP30-10MM-SS	10	30	8
ENSP30-12MM-A	ENSP30-12MM-SS	12	30	8
ENSP30-14MM-A	ENSP30-14MM-SS	14	30	8
ENSP30-15MM-A	ENSP30-15MM-SS	15	30	8
ENSP30-16MM-A	ENSP30-16MM-SS	16	30	8
ENSP35-12MM-A	ENSP35-12MM-SS	12	35	8
ENSP35-14MM-A	ENSP35-14MM-SS	14	35	8
ENSP35-15MM-A	ENSP35-15MM-SS	15	35	8
ENSP35-16MM-A	ENSP35-16MM-SS	16	35	8
ENSP35-20MM-A	ENSP35-20MM-SS	20	35	8
ENSP45-16MM-A	ENSP45-16MM-SS	16	45	10
ENSP45-20MM-A	ENSP45-20MM-SS	20	45	10
ENSP45-24MM-A	ENSP45-24MM-SS	24	45	10
ENSP45-25MM-A	ENSP45-25MM-SS	25	45	10
ENSP60-25MM-A	ENSP60-25MM-SS	26	60	12
ENSP60-30MM-A	ENSP60-30MM-SS	30	60	12
ENSP60-32MM-A	ENSP60-32MM-SS	32	60	12
ENSP60-35MM-A	ENSP60-35MM-SS	35	60	12
ENSP60-40MM-A	ENSP60-40MM-SS	40	60	12

▍Characteristics of Two Piece Thin Line Shaft Collars

Two piece thin line shaft collars are a type of mechanical fastener that is used to secure a shaft to a machine. The thin shaft collar is made up of two pieces, a hub and a flange, which are clamped together around the shaft. The thin shaft collar provides a smooth, even surface for the shaft to rest on, and it helps to prevent the shaft from vibrating or rotating.Thin line shaft collars are designed for use in applications where space is limited. They are typically made from aluminum or stainless steel, and they are available in a variety of sizes and materials.Here are some of the characteristics of two piece thin line shaft collars:

• Reduced width: Two piece thin line shaft collars are designed to be as narrow as possible, which makes them ideal for use in applications where space is limited.
• Well suited for encoder applications: Two piece thin line shaft collars are well suited for use in encoder applications because they do not interfere with the encoder's signal.
• Light-weight: Two piece thin line shaft collars are typically made from aluminum or stainless steel, which makes them lightweight and easy to install.
• Superior fit, finish and holding power: Two piece thin line shaft collars are manufactured to tight tolerances, which ensures a superior fit and finish. The high-quality materials and construction also provide superior holding power.
• Additional sizes available: Two piece thin line shaft collars are available in a variety of sizes and materials, which makes them a versatile option for a wide range of applications.
• Increased accuracy and precision: Two piece thin line shaft collars help to ensure that the shaft is properly aligned, which can lead to increased accuracy and precision in the machine's operation.
• Reduced vibration and noise: Two piece thin line shaft collars help to reduce vibration and noise, which can improve the machine's overall performance and make it more comfortable to operate.
• Improved safety: Two piece thin line shaft collars help to prevent the shaft from vibrating or rotating, which can reduce the risk of injury.
• Extended service life: Two piece thin line shaft collars are made from high-quality materials and are manufactured to tight tolerances, which can help to extend the service life of the machine.

If you are looking for a reliable and efficient way to secure a shaft to a machine, then two piece thin line shaft collars are a wise choice. They offer a number of benefits that can help to improve the accuracy, precision, safety, and service life of the machine.

▍Two Piece Thin Split Shaft Collar Uses Scenarios

Two-piece thin split shaft collars are versatile mechanical components that are used in various applications to secure and position components on a shaft. These collars are designed to distribute clamping force evenly around the shaft, providing a strong and secure hold without causing damage to the shaft. Below are some common use scenarios for two-piece thin split shaft collars:1. Shaft Positioning: In linear motion systems, such as CNC machines, 3D printers, or other precision equipment, two-piece thin split shaft collars can be used to secure and position components like bearings, sprockets, or gears along a shaft.2. Motor Couplings: Two-piece thin split shaft collars can be used to connect the shafts of two motors or a motor and another component, like a gearbox, in order to transfer torque between them. The split design allows for easy installation and removal, while the thin profile minimizes the space required for the coupling.3. Anti-Rotation: In applications where it's important to prevent components from rotating along a shaft, two-piece thin split shaft collars can be used to securely lock components in place.4. Encoder Mounting: Encoders are used to measure the position or speed of a rotating shaft. Two-piece thin split shaft collars can be used to mount encoders to a shaft, ensuring proper alignment and stable performance.5. End Stop: For applications such as linear actuators or other motion control systems, two-piece thin split shaft collars can be used as end stops to limit the range of motion of a component along a shaft.6. Hub Attachment: In some cases, two-piece thin split shaft collars can be used to attach a hub or other component to a shaft. This can be useful in applications where a secure and easily adjustable connection is needed.7. Spacer: Two-piece thin split shaft collars can be used as spacers to establish a precise distance between two components on a shaft, helping to maintain alignment and prevent unwanted contact between components.

▍Two Piece Thin Line Shaft Collar Manufacturers

Shaft collars are machine components that feature a simple design but play an important role in a wide range of industrial applications. They serve three primary functions; holding components in place, locating or positioning components on a shaft, and creating an attachment between the shaft and another component. Designers have a variety of factors to consider, such as style, material, bore size, and shaft geometry, before a selection can be made. It is important to identify the requirements, parameters, and limitations of your system in order to determine the right style for the application.Despite their simple design, shaft collars play an important role in a wide range of industrial applications. As such, when choosing one for a particular application, it is essential to use the one with the right design and performance characteristics.As an experienced manufacturer and distributor of shaft collars suitable for use in power transmission, motion control, automation, and other OEM and ODM operations, Raydafon has the knowledge, skills, and inventory to help customers select and source the right shaft collar for their application. In addition to offering standard shaft collars, including set screw shaft collars, heavy duty shaft collars, one piece shaft collars, two piece shaft collars, quick release shaft collars, double wide shaft collars, mountable shaft collars, hex shaft collars, D profile shaft collars, and threaded shaft collars, we also provide custom design and engineering services to manufacturing specialized shaft collars for unique customer needs.

▍FAQ

Q: What is a thin line shaft collar?A: A thin line shaft collar is a type of mechanical fastener used to secure and position components on a shaft. It is typically a small, cylindrical device that is installed on a shaft to prevent sliding or rotating movement of the components.Q: What is the difference between a thin line shaft collar and a regular shaft collar?A: A thin line shaft collar is thinner in profile than a regular shaft collar. This makes it ideal for applications where minimal space is available or where a smaller profile is desired. It is also typically lighter in weight than a regular shaft collar.Q: What materials are thin line shaft collars made of?A: Thin line shaft collars are typically made from materials such as stainless steel, aluminum, brass, or plastic. The choice of material will depend on the specific application and the required properties such as strength, corrosion resistance, and weight.Q: How are thin line shaft collars installed?A: Thin line shaft collars are typically installed by sliding them onto the shaft and then tightening the set screw using a hex wrench. The set screw creates a secure grip on the shaft, preventing the collar from moving or rotating.Q: What are some common applications for thin line shaft collars?A: Thin line shaft collars are commonly used in applications where space is limited, such as robotics, automation, and medical devices. They are also used in applications where a low profile is desired, such as in optical equipment, instrumentation, and electronics. Additionally, they can be used in machinery and equipment for positioning and securing components such as bearings, gears, pulleys, and sprockets.