Gates® Power Transmission Metric-Power™ XPA1932 Heavy Duty Molded Notch V-Belt, XPA Section, 13 mm W Top, 1948 mm L Outside, 10 mm THK, EPDM
Manufactured to our exacting standards for quality, safety, and dependability. Their proprietary construction ensures unmatched load-carrying capacity paired with superior flex and stretch resistance.
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BrandGates® Power Transmission
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UPC072053690996
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Manufacturer Part NumberXPA1932
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CountryUSA|Canada
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Temperature Range-70 to 250 deg F
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Thickness10 mm
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MaterialEPDM
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Top Width13 mm
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Reinforced MaterialFlex-Bonded Polyester
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TypeHeavy Duty Molded Notch
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Section SizeXPA
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Series9420
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Number of Ribs1
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Outside Length1948 mm
- Flex-bonded cords are chemically bonded to the body of the belt resulting in equal load distribution and the absorption of bending stress without cord deterioration
- Proprietary construction features an unbeatable combination of flex and load carrying capacity, reduced stretch and incredible cord adhesion properties
- Patented ethylene material construction provides -70 to 250 deg F temperature range to resist belt cracking
- Molded notches reduce thermal and bending stresses
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Alternative Part Number942011932
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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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Instruction/Installation Manual
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Catalog
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Gates® Power Transmission Metric-Power™ XPA1932 Heavy Duty Molded Notch V-Belt, XPA Section, 13 mm W Top, 1948 mm L Outside, 10 mm THK, EPDM
Manufactured to our exacting standards for quality, safety, and dependability. Their proprietary construction ensures unmatched load-carrying capacity paired with superior flex and stretch resistance.
Gates® MegaCrimp™ couplings are designed for use with Gates® wire braid hydraulic hoses to create a robust, leak-free assembly. The pre-assembled coupling is designed with a patented "C" insert attached to the ferrule. This design ensures that crimping forces are evenly distributed to form a concentric, leak-free seal. One MegaCrimp™ coupling size can accommodate various one-and two-wire braid hydraulic hoses of different constructions and wall thicknesses, simplifying inventory requirements, helping to reduce costs and simplifying coupling selection.
Sealmaster® 701245 FB Series Non-Expansion Round Straight Standard-Duty Flange Mount Ball Bearing Unit, 1-7/16 in Dia Bore, 3-1/4 in L Bolt Center-to-Center, 3-Bolt Flange Mount, 2 in OAL/Dia
Sealmaster® gold mounted ball bearings feature a wide outer race insert bearing with land riding metallic retainer. The black oxide treated bearing steel insert features an exclusive lock pin and dimple system providing a direct path for lubrication into the bearing and prevents outer ring rotation within the housing. Shaft lock is achieved by either setscrew or Skwezloc® concentric locking collar. The felt seal with flinger provide a good balance between contaminant entry, GoldPlex® HP grease loss and friction.
Gates® Power Transmission Metric-Power™ XPA2082 Heavy Duty Molded Notch V-Belt, XPA Section, 13 mm W Top, 2099 mm L Outside, 10 mm THK, EPDM
Manufactured to our exacting standards for quality, safety, and dependability. Their proprietary construction ensures unmatched load-carrying capacity paired with superior flex and stretch resistance.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
Gates® Power Transmission Polyflex® JB® 3/5M1150JB Joined Band Light Duty V-Belt, 5M Section, 3/16 in W Top, 45.28 in L Outside, 1/8 in THK, High Modulus Polyurethane
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.

