This Martin hub is one of two simplex sprockets used in a roller chain coupling for joining and transmitting power to two perpendicular shafts. It is made of high carbon steel for tensile strength and hardness and has hardened teeth for resistance to wear and fatigue. When connected, the coupler accommodates for up to 2 degrees of angular misalignment between shafts, and is used in low-speed, high-torque applications. This sprocket meets American National Standard Institute (ANSI) standards, and is suitable for use in farming, mining, metal manufacturing, among other applications.Roller chain sprockets are circular gear elements with deep, uniformly spaced teeth ringing the circumference of the gear. The distance from the peak of one tooth to the next is called the pitch, and is commonly measured in 1/8" increments. In the center of the sprocket is the bore (hole) which, depending on the sprocket's design and application, might be augmented by a bushing or a bearing through which it is fixed to a shaft. The sprocket transfers power and motion by a roller chain that is threaded over the teeth of the sprocket. The chain links align with the sprocket's pitch and at a length that prevents the chain from skipping, slipping, or binding. Mounting space varies in application and generally determines the type of hub—a protruding, raised lip encircling the bore—a sprocket has. A hub on either side of the sprocket is a Type C hub, a hub on one side of the sprocket is a Type B hub, and a no hub on either side is a Type A hub. Some applications may require a sprocket to be swapped onto a shaft of a different diameter. To make this swapping easier, designs have evolved where a sprocket might have a bore of a particular uniform size, and then bushings that have an outside diameter matching the bore of the sprocket but have varying inside bore diameters to accommodate different sized shafts can be swapped in as needed. Roller chain sprockets are used in a broad range of applications where the drive power of an engine needs to be transferred into motion, such as in motor vehicles, conveyors, escalators, agricultural, forestry and mining equipment, aeronautics, robotics and space exploration, among others.Martin Sprocket & Gear manufactures power transmission products, material handling components, and industrial hand tools. The company, founded in 1951 and headquartered in Arlington, TX, meets International Organization for Standardization (ISO) standard 9001:2008.
Martin 5016 Roller Chain Coupling, High Carbon Steel, Inch, 16 Teeth, 1 5/8" Bore, 3 25/32" OD, 1 7/16" Length, 4000 rpm Max Rotational Speed, 3/8" x 3/16" Keyway
- Simplex sprocket coupling half for joining two perpendicular shafts
- High carbon steel for tensile strength and hardness
- Hardened teeth for resistance to wear and fatigue
- Accommodates up to 2 degrees of angular misalignment between shafts
- Meets ANSI standards
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| Asin | B004BJ16PE |
|---|---|
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Related products
- For use with Martin Spacer Coupling (SC) type Quadra-Flex series flexible coupling assemblies (sold separately)
- High carbon steel for better wear and longer life over hubs made from steel alloys with less or no carbon, or non-steel alloys
- Available in regular (H type) or short (HS type) lengths to accommodate the spacing requirements of the application
- Attaches to SC type spacer flanges with four bolts
Roller Chain
- For use with some flexible coupling assemblies (sold separately) in the Martin Quadra-Flex series
- Steel sintered with powdered metals for strength, durability, and corrosion resistance
- Transfers shock and misalignment to the center element of the coupling assembly for reduced wear on the shaft assembly
- Teeth help to distribute torsional load across the flange and sleeve, reducing wear and extending service life
Roller Chain
- For use with Martin Spacer Coupling (SC) type Quadra-Flex series flexible coupling assemblies (sold separately)
- High carbon steel for better wear and longer life over hubs made from steel alloys with less or no carbon, or non-steel alloys
- Available in regular (H type) or short (HS type) lengths to accommodate the spacing requirements of the application
- Attaches to SC type spacer flanges with four bolts
- For use with specific Martin flange types (J type flanges in the case of JEM and JEMS type sleeves, and all flange types in the case of EM type sleeves) in the Quadra-Flex series flexible coupling assemblies (sold separately)
- Thermoplastic rubber for resistance to oil and higher temperatures
- Three types: one-piece solid (Type JEM), one-piece split (Type JEMS), and two-piece split with a metal retaining ring (Type EM) for applications where the coupled shafts are difficult to separate
- Operating temperatures range from -50 to 275 degrees F (-46 to 135 degrees C)
- For use with specific Martin flange types (J type flanges in the case of JEM and JEMS type sleeves, and all flange types in the case of EM type sleeves) in the Quadra-Flex series flexible coupling assemblies (sold separately)
- Thermoplastic rubber for resistance to oil and higher temperatures
- Three types: one-piece solid (Type JEM), one-piece split (Type JEMS), and two-piece split with a metal retaining ring (Type EM) for applications where the coupled shafts are difficult to separate
- Operating temperatures range from -50 to 275 degrees F (-46 to 135 degrees C)
Roller Chain
- For use with Martin taper bushed, QD and stock, and finished bore roller-chain style couplings (sold separately)
- Steel for strength and durability
- Holds the two hubs of the coupling assembly together
- Operating temperatures range from -30 to 225 degrees F (-34 to 107 degrees C)
- For use with Martin S and SC type flanges in the Quadra-Flex series flexible coupling assemblies (sold separately)
- Thermoplastic polyester elastomer for high torque and high temperature applications
- Two types: one piece (Type H) and two-piece held together with a metal retaining ring (Type HS) for applications where space limitations prevent the installation of a one piece sleeve
- Teeth help to distribute torsional load across the sleeve and flanges, reducing wear and extending service life
Roller Chain
- For use with specific Martin flange types (J type flanges in the case of JEM and JEMS type sleeves, and all flange types in the case of EM type sleeves) in the Quadra-Flex series flexible coupling assemblies (sold separately)
- Thermoplastic rubber for resistance to oil and higher temperatures
- Three types: one-piece solid (Type JEM), one-piece split (Type JEMS), and two-piece split with a metal retaining ring (Type EM) for applications where the coupled shafts are difficult to separate
- Operating temperatures range from -50 to 275 degrees F (-46 to 135 degrees C)
- For use with specific Martin flange types (J type flanges in the case of JEM and JEMS type sleeves, and all flange types in the case of EM type sleeves) in the Quadra-Flex series flexible coupling assemblies (sold separately)
- Thermoplastic rubber for resistance to oil and higher temperatures
- Three types: one-piece solid (Type JEM), one-piece split (Type JEMS), and two-piece split with a metal retaining ring (Type EM) for applications where the coupled shafts are difficult to separate
- Operating temperatures range from -50 to 275 degrees F (-46 to 135 degrees C)
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