PIX-HARVESTER®-XS कंबाइन हार्वेस्टर बेल्ट्स

Wrap Construction Combine Belts

Features

  • High power transmission capacity than standard Belts
  • Specially designed for reverse idler application
  • High longitudinal flexibility suitable for small pulley / reverse idler drives
  • High strength tensile member with minimum elongation prevent the Belt against shock-loads
  • No bottom cracking/chipping, as Belt design is application-specific
  • Suitable for reverse bend drive
  • Anti-static, oil & heat resistant
  • Lateral rigidity along the sides of the Belt prevents Belt deformation
  • Significant performance under variable speed conditions
  • Low stretch due to high tensile strength cord
  • Temperature range:
    • -18°C to 80°C for standard Belts
    • - 25°C to 100°C for special requirement Belts

Product Range

PIX-Harvester®-XS


  • Classical section: A, B, C, D, E, 20, 25
  • Wedge section: SPZ, SPA, SPB, 19, SPC
  • Narrow Section: 3V, 5V, 8V

PIX-Harvester®-HXS Banded Belts


  • Section : HA, HB, HC, HD, HE, HSPZ, HSPA, HSPB, HSPC, H3V, H5V

PIX-Harvester®-VS Variable Speed Belts


  • Sections: 25x13, 32x15, 38x18, 45x20, 51x22, 13x11, 15x9, 19x11, 21x9, 22x11, 22x16, 22x16, 30x12, 33x22,38x23, 40x20, 55x22, 60x25, 68x24

PIX-Harvester®-DS Hexagonal Belts


  • Section : AA, BB, CC, 25, DD

PIX-DryCover®-XS


  • Sections: 3L, 4L, 5L

PIX-MUSCLE®-XS3 High Power, Maintenance-free Belts


  • Sections: SPZ, SPA, SPB, SPC, 3V, 5V, 8V

PIX-Harvester®-AGF Flat Belts


  • Sections: 50Fx6, 75Fx6, 80Fx6, 95Fx6, 100Fx6, 114Fx6, 120Fx6, 125Fx6, 127Fx6, 135Fx6, 140Fx6, 150Fx6

Reference Standard


  • BS 3790, DIN 2215, RMA IP 22, ISO 4184, IS 2494, IS 11038, ISO 3410, BS 3733, ASAE 211.3 & 4

Moulded Raw Edge Cogged, Harvester Belts

Features

  • Higher power transmission capacity than standard Belts
  • Enhanced longitudinal flexibility due to the specially designed cog profile
  • Suitable for drives using smaller diameter pulleys and high RPM
  • Suitable for reverse bend drive
  • Anti-static, oil & heat resistant
  • Unique combination of lateral rigidity to reduce dishing the effect, offering improved power transmission
  • Specially designed compound for significant performance under variable speed conditions
  • No bottom cracking/chipping, as Belt design is application-specific
  • Low stretch due to high tensile strength cord used in the Belt

Product Range

PIX-Harvester®-XR


  • Classical section: AX, BX, CX
  • Wedge section: XPZ, XPA, XPB, XPC
  • Narrow Section: 3VX, 5VX

PIX-Harvester®-HXR Banded Belts


  • Sections: HAX, HBX, HCX, H5VX, HXPA, HXPB, HXPC, H3VX, H5VX

PIX-Harveser®-XV Variable Speed Belts


  • Sections: 22V-A22/1422V, 30V-A22/1922V, 37V-A22/2322V, 30V-A26/1926V, 46V-A26/2926V, 51V-A26/3226V, 40V-A30/2530V, 51V-A30/3230V, 70V-A30/4430V, 64V-A36/4036V, 70V-A36/4436V, 76V-A36/4836V, XHG, XHH, XHI, XHJ, XHK, XHL, XHM, XHN, XHO

PIX-Duo®-XV Double Cog Variable Speed Belts


  • Top width from 13mm to 85mm, Angle 22º to 40º, Range from 23.5" to 200"

PIX-Duo®-XR Hexagonal Double Cog Belts


  • Sections: AAX, BBX, CCX

PIX-Force® Automotive Raw Edge Cogged Belts


  • Sections: X9.5 / AVX10, X12.5 / AVX13, X10A, X11A, X13A, X15A, X17A, X20A

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Frequently Asked Questions

Combine Belts are specialized Belts used in combine harvesters, essential for powering various components within the machine to facilitate the harvesting process.
These Belts transfer power from the engine to different components in the combine harvester, including the threshing mechanism, augers, conveyors, or other harvesting components.
Common types include feeder house Belts, rotor Belts, separator Belts, elevator Belts, and specialty Belts designed for specific components within the combine harvester.
They are typically made from durable materials like rubber compounds reinforced with synthetic materials such as polyester, aramid fibers, or metal cords for strength and wear resistance.
Replacement intervals vary based on usage, load, and environmental conditions. Regular inspection and adherence to maintenance schedules are crucial for optimal performance.
Signs include visible wear, tearing, fraying, loss of tension, increased noise during operation, reduced efficiency, or reaching the recommended service life specified by the manufacturer.
Replacing Combine Belts might require specific tools and expertise due to the complexity of combine harvesters. Professional assistance or trained technicians are often recommended.
Regular inspection for wear, proper tension adjustment, alignment checks, and following manufacturer-recommended maintenance schedules are crucial for maximizing belt lifespan and efficiency.
Yes, harsh conditions such as dust, moisture, and heavy loads during harvesting can impact belt performance, necessitating frequent inspection and maintenance.
High-quality Belts offer durability, resistance to wear, reliability in heavy harvesting operations, and efficiency, contributing to smoother and more productive harvesting processes.
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