Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged

The Yk Technology Co., Ltd / 2022-06-27

Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged

  • Standard or Nonstandard:Standard
  • Application:Textile Machinery, Garment Machinery, Conveyer Equipment, Packaging Machinery, Electric Cars, Food Machinery, Marine, Mining Equipment, Agricultural Machinery
  • Feature:Flame-Retardant, Anti-Static, Oil-Resistant, Cold-Resistant, Corrosion-Resistant, Heat-Resistant, Alkali-Resistant, Skid-Resistance, Wear-Resistant, Acid-Resistant, High Temperature-Resistance
  • Tensile Strength:Strong
  • Material:Rubber
  • Type:V Belt

=== Base Info ===

  • Model NO.:XPC2650
  • Top Width:9.5mm-22mm
  • Height:8.0mm-18mm
  • Color:Black
  • Cord:High Quality Fiberglass
  • Pitch Width:8.5-19mm
  • Angle:40
  • Length Conversion:La=Li+50,113
  • Length Range (Inch):15-492
  • Factory Mark:La
  • Catalogue:Wedge Wrapped
  • Characteristics:High Strength, Low Protraction
  • Standard:DIN2215
  • Temperature Range:-55c~70c
  • Static Conductive:ISO1813
  • Stock:Yes
  • Transport Package:Export Standard
  • Specification:W16-W63.5
  • Trademark:UNI Belting
  • Origin:Shanghai China
  • HS Code:4010390000
  • Production Capacity:20000000 Meters

=== Description ===

Basic Info.

Model NO. XPC2650 Top Width 9.5mm-22mm Height 8.0mm-18mm Color Black Cord High Quality Fiberglass Pitch Width 8.5-19mm Angle 40 Length Conversion La=Li+50/113 Length Range (Inch) 15-492 Factory Mark La Catalogue Wedge Wrapped Characteristics High Strength, Low Protraction Standard DIN2215 Temperature Range -55c~70c Static Conductive ISO1813 Stock Yes Transport Package Export Standard Specification W16-W63.5 Trademark UNI Belting Origin Shanghai China HS Code 4010390000 Production Capacity 20000000 Meters

Product Description

WEDGE WEDGE RAW EDGE COGGED V-BELT XPC2650 >>>

Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged

FEATURES
Wedge raw edge cogged V-belts feature large friction coefficient, small friction loss, high transmission efficiency, long service life, etc. They can absorb transmission vibration noises and the fatigue endurance reaches over 108 times.

MARKING
Wedge raw edge cogged V-belt falls fall into two categories. The Metric SP series comprise of XPZ, XPA, XPB and XPC models. The inch V series include 3VX and 5VX models. V-belts of these types are marked according to the outside length of factory V-belts. Specific nothing should be made on the order list if the customer has special requirements. The length conversion table is available for conversion between various models.

Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged



Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged

Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged
Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge CoggedXpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge CoggedXpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge CoggedXpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge CoggedXpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged
 
TypeTop WidthPitch WidthHeightAngleLength ConversionLength Range (inch)Length Range (mm)Factory Mark
3VX(9N)9.5/8.0 40°La=Li+5020"-200"508-5080La
5VX(15N)16.0 /13.5 40°La=Li+8230"-200"762-5080La
XPZ108.5 8.0 40°La=Li+5020"-200"508-5080La
XPA13.0 11.0 10.0 40°La=Li+6320"-200"508-5080La
XPB16.3 14.0 13.0 40°La=Li+8230"-200"762-5080La
XPC22.0 19.0 18.0 40°La=Li+11330"-200"762-5080La

Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged
Wedge wrapped V-belts offer high transverse stiffness and a transmission power 50-100% higher than classical V-belts. The transmission velocity reaches 40 m/s and the transmission efficiency over 95%.

Xpc 2650 Rubber V Belt Timing Belt Wedge Raw Edge Cogged

The product and service range reaches from expert advise, professional planning, conveyor belt and v belt technology and installation. Extensive testing and development methods ensure that our services are of excellent quality and our products in prime condition.

Our technical labs have always been upgrading for testing the physical, chemical, and component properties of materials and finished product. 

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