Home » SPZ2720 Dunlop Blue SPZ Section V Belt, 9.7mm Top Width, 8mm Thickness, 2720mm Pitch Length
SPZ2720 Dunlop Blue SPZ Section V Belt, 9.7mm Top Width, 8mm Thickness, 2720mm Pitch Length
SPZ2720 Dunlop Blue SPZ Section V Belt, 9.7mm Top Width, 8mm Thickness, 2720mm Pitch Length
SPZ2720 Dunlop Blue SPZ Section V Belt, 9.7mm Top Width, 8mm Thickness, 2720mm Pitch Length
SPZ2720 Dunlop Blue SPZ Section V Belt, 9.7mm Top Width, 8mm Thickness, 2720mm Pitch Length

SPZ2720 Dunlop Blue SPZ Section V Belt, 9.7mm Top Width, 8mm Thickness, 2720mm Pitch Length

In stock
SKU: SPZ2720-DUNLOP-BLUE
Dunlop Blue Premium Quality SPZ section V belt 9.7mm top width, 8mm thickness, Inside length 2682mm, Datum/pitch length Ld 2720mm, Outside length 2733mm
From £20.14
£16.78 exc.VAT

Product details

  • Vendor Dunlop
  • SKU SPZ2720-DUNLOP-BLUE
  • Barcode 5059161224188
Description Delivery Returns
Wrapped Wedge Belts are designated by letters standing for their cross section, e.g. SPZ followed by a number e.g. 1600 which specifies the belts pitch length Lp in mm. Due to their high power ratings savings can be made over classical V-Belts, smaller pulley diameters and reduced numbers of belts and be incorporated into more compact drives. Dunlop Premium Quality Blue SPC Belts, longer lasting and more durable.

Wedge Belts are produced to BS3790, DIN 7753 and AFOR T 47-117 standards. They are manufactured in the cross-sections SPA, SPZ, SPB and SPC in a range of over 400 lengths.

Outside length: 2682mm
Pitch length: 2720mm
Inside length: 2682mm / 105.59 Inches

Dunlop V & Wedge Belts offers the following features:

Mechanical Features
Smooth starting and running
Wide range of driven speeds, using standard electric motors
Low maintenance
Highly Efficient
No need for lubrication
Extremely wide horsepower ranges
Dampen vibration between driver and driven pulleys
Silent operations
Long service life
Easy installation
Reduction in drive dimension

Chemical Features
Working temperature range -30 to +80 degrees celsius
Resistance to oil and heat
Antistatic properties to ISO 1813