What are the dimensions of this V-belt?

The belt has a top width of 9.7 mm, a height of 8 mm, a datum length Ld of 1420 mm, and an outside length La of 1432 mm.

Which belt profile is this V-belt compatible with?

This V-belt features the SPZ profile and complies with 3V (RMA 3V559 / 3V560) and 9N standards.

What does the L=L designation mean on this V-belt?

L=L indicates matched factory tolerances, allowing multiple belts to run together evenly in multi-groove drives.

What material is used for the tension cord?

The internal tension cord is made of polyester (PE) to ensure reliable power transmission with minimal elongation.

CONTI SPZ1420 CONTI V-belt SPZ 1420 3V560

Name: CONTI SPZ1420 CONTI V-belt SPZ 1420 3V560
Brand: CONTI
SKU: 05011166
Price: 33.93 EUR
Availability: InStock

Supplier number: CONTI SPZ1420 | EAN 4010858711214

33.93 tax incl.

€28.04 excl. VAT (incl. all environmental contributions)

On stock - immediately available | we have 4 products in stock.

Ordered before 20:00 - delivered tomorrow 17/10/2026
Shipping costs €11.99 VAT included | Free shipping for orders over a total amount of 125 euros
Delivery by DHL

✆ Talk to a specialist

Dependable power delivery with the SPZ 1420 V-belt

Practical benefits

Efficient compact drive power: You transfer high power reliably through the narrow SPZ profile measuring 9.7 mm in width and 8 mm in height.
Minimal stretch under load: The integrated PE tension cords ensure high dimensional stability, so you avoid frequent re-tensioning during demanding machine operations.
Matched for multi-groove drives: Thanks to the 1420 mm datum length and L=L length tolerance, you can run multiple belts together in matched sets effortlessly.

In a nutshell

The right choise for

Restore dependable mechanical power transmission to your equipment with the Conti Conti-V spz 1420 V-belt. Designed with a top width of 9.7 mm, a height of 8 mm, and a datum length of 1420 mm, it prevents belt slipping and power loss across industrial drives, ventilation fans, pumps, and conveyor systems. The integrated polyester (PE) tension cords deliver excellent dimensional stability, minimizing stretch and cutting down on maintenance retensioning. Thanks to the precise L=L length tolerance, you can pair multiple belts together seamlessly in matched sets for multi-groove pulleys, preventing unexpected machine downtime and keeping your operation running smoothly.

Product information FAQ

€33.93

In stock - tax incl.

Key features according to our expert

Length: 1420
Width: 9,7 mm
Height: 8 mm
Profile (V-belt): SPZ
Reference length Ld: 1420 mm
Inner length (Li): 1382 mm; 54,409 inch
Outer length (La): 1432 mm
Material (cord): PE
Product line: CONTI V
RMA: 3V559
Colour (manufacturer): Black

Product description:

Wrapped V-belts for demanding drives in all sectors of machine engineering to DIN 2215 or DIN 7753

Properties:

Temperature range from -55 °C to +70 °C
Matched-set L=L (from 1000 mm)
Electrically conductive to ISO 1813
Conditionally resistant to oil
Suitable for tropical climates
Dust-proof

All Features

Length: 1420
Width: 9,7 mm
Height: 8 mm
Profile (v-belt): SPZ
Reference length ld: 1420 mm
Inner length (li): 1382 mm; 54,409 inch
Outer length (la): 1432 mm
Material (cord): PE
Product line: CONTI V
Rma: 3V559
Colour (manufacturer): Black

Brand CONTI
05011166
EAN 4010858711214
Supplier number CONTI SPZ1420

Frequently asked questions about this product

Answered by specialists

What are the dimensions of this V-belt?: The belt has a top width of 9.7 mm, a height of 8 mm, a datum length Ld of 1420 mm, and an outside length La of 1432 mm.
Which belt profile is this V-belt compatible with?: This V-belt features the SPZ profile and complies with 3V (RMA 3V559 / 3V560) and 9N standards.
What does the L=L designation mean on this V-belt?: L=L indicates matched factory tolerances, allowing multiple belts to run together evenly in multi-groove drives.
What material is used for the tension cord?: The internal tension cord is made of polyester (PE) to ensure reliable power transmission with minimal elongation.