Gates® Power Transmission Micro-V® 615L10 Heavy Duty V-Belt, L Section, 3/16 in W Top, 61-1/2 in L Outside, 1/4 in THK, Chloroprene
Gates Micro-V® belts ensure outstanding performance on any industrial multi-ribbed drive. They cover a multitude of industrial applications and are suitable for industrial drives in washing machines, textile machines, vacuum cleaners, lawn mowers, machine tools, medical equipment and many more. Exclusive truncated (shortened) profile gives Gates Micro-V belts increased flexibility, reduced heat buildup and allows performance at higher speeds on smaller diameter sheaves. The full line of Micro-V belt products includes slabs in several widths as well as single belts in J, K, L and M sections in order to perfectly match customer requirements.
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BrandGates® Power Transmission
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UPC72053298116
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Manufacturer Part Number615L10
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CountryUSA|Canada
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Thickness1/4 in
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MaterialChloroprene
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Top Width3/16 in
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Reinforced MaterialPolyester
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TypeHeavy Duty
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Minimum Pulley Diameter6.366 in
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Section SizeL
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Series9173
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Number of Ribs10
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Outside Length61-1/2 in
- Fiber reinforced ribs for excellent wear resistance
- High modulus, low stretch tensile member for added strength and dependability
- Smooth running for minimal vibration at high speeds
- Oil and heat-resistant, static conductivity
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Alternative Part Number917306110
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UNSPSC26111801
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Package DescriptionEACH
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Standards/ApprovalsARPM/RMA IP-3-2/IP-3-3
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Catalog
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Specification Sheet
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Instruction/Installation Manual
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Gates® Power Transmission Micro-V® 615L10 Heavy Duty V-Belt, L Section, 3/16 in W Top, 61-1/2 in L Outside, 1/4 in THK, Chloroprene
Gates Micro-V® belts ensure outstanding performance on any industrial multi-ribbed drive. They cover a multitude of industrial applications and are suitable for industrial drives in washing machines, textile machines, vacuum cleaners, lawn mowers, machine tools, medical equipment and many more. Exclusive truncated (shortened) profile gives Gates Micro-V belts increased flexibility, reduced heat buildup and allows performance at higher speeds on smaller diameter sheaves. The full line of Micro-V belt products includes slabs in several widths as well as single belts in J, K, L and M sections in order to perfectly match customer requirements.
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
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Browning 10:1 RAIDER WORM GEAR REDUCERS BRW 262-U-LR-10
Raider® Plus worm gear reducers represent the most flexible worm gear product in the power transmission solutions portfolio. With a large variety of add-on accessories, the Raider® Plus line of worm gear reducers is a problem solver. Four unit styles form the basis of this vast product offering. These are the universal style ("U" style, shaft input) with an output shaft and the C-face style ("Q" style, input quill) with an output shaft. Both the "U" and "Q" styles are also available with hollow outputs. The Raider® Plus worm gear reducer is designed as an industry interchange. It is dimensionally interchangeable with the major industry competitors.
MasterDrive 3535-2.5/8 3535 3 Socket Tapered Bushing, 2.62 in Dia Bore, 4.83 in Dia Barrel, 5 in OAL, Cast Iron
TB (Taped Lock Style) Bushings are used on sheaves, sprockets and pulleys to provide increased clamping force over standard bore-to-size components. They are tapered in design without flanges and utilize screws to tighten on the shaft. Their compact design makes them convienent in many applications that are space-constrained. Each TB Bushing size is produced in a number of different finished bore options that include a keyway, as well as a minimum plain bore option. This allows users flexibility when using TB style sheaves, sprockets or pulleys in applications that may utilize various shaft sizes.
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
