Bando Synchro-Link® P32-5M-25 Type 6F High Torque Flanged Timing Belt Pulley, 1/2 in MPB Bore, 1.96 in OD, 2.005 in Dia Pitch, 1.23 in W Face
Bando Synchro-Link® Timing Belt Pulleys are manufactured to exacting tolerances to assure total drive system compatibility. They are available in a complete range of sizes, types, configurations and materials to contribute to the efficiency, economy and performance of your drive.
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BrandBando
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UPC649717912284
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Manufacturer Part NumberP32-5M-25
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CountryUSA
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Face Width1.23 in
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Pitch5 mm
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Pitch Diameter2.005 in
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Flange Diameter2.165 in
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TypeType 6F High Torque Flanged
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Hub Diameter1-9/16 in
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Hub Projection1/2 in
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Outside Diameter1.96 in
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Bore Diameter1/2 in
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Bore TypeMPB
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Overall Length1-23/32 in
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Suitable For Use WithSynchro-Link® 5M Series 25 mm W 32 Teeth Timing Belt
- For optimum performance, combine Bando Synchro-Link® timing belts and timing belt bushings/pulleys
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UNSPSC26111807
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Package DescriptionEACH
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Warranty1 year
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Catalog
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Bando Synchro-Link® P32-5M-25 Type 6F High Torque Flanged Timing Belt Pulley, 1/2 in MPB Bore, 1.96 in OD, 2.005 in Dia Pitch, 1.23 in W Face
Bando Synchro-Link® Timing Belt Pulleys are manufactured to exacting tolerances to assure total drive system compatibility. They are available in a complete range of sizes, types, configurations and materials to contribute to the efficiency, economy and performance of your drive.
Bando Synchro-Link® P34-5M-15 Type 6F High Torque Flanged Timing Belt Pulley, 1/2 in MPB Bore, 2.085 in OD, 2.13 in Dia Pitch, 0.84 in W Face
Bando Synchro-Link® Timing Belt Pulleys are manufactured to exacting tolerances to assure total drive system compatibility. They are available in a complete range of sizes, types, configurations and materials to contribute to the efficiency, economy and performance of your drive.
Gates® Power Transmission Hi-Power® II PowerBand® 12/A51 Banded Heavy Duty V-Belt, A Section, 1/2 in W Top, 53 in L Outside, 5/16 in THK, EPDM
The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.
