Continental CONTI V FO PIONEER Cogged V-Belt

Description

The Continental CONTI V FO PIONEER XPA 1550 is a high-quality, raw-edge cogged V-belt engineered for reliable and efficient power transmission in industrial machinery. Its construction ensures high flexibility, making it ideal for drives with small pulley diameters and high speeds. This belt provides superior performance and durability compared to standard wrapped belts.

Specifications

• Manufacturer: Continental
• Product Line: CONTI V FO PIONEER
• Profile: XPA
• Datum Length (Ld): 1550 mm
• Top Width: 12.7 mm
• Height: 10 mm
• Material: Rubber compound with polyester tension members
• Standard: Antistatic according to ISO 1813
• Feature: Conditionally oil resistant

Label Info

• Brand: Continental
• Model: XPA 1550 Ld L=L
• Series: CONTI V FO PIONEER

Application

This V-belt is suitable for a wide range of industrial applications, including pumps, fans, compressors, and general machinery drives where high efficiency and compact design are required.

Country of Origin

Made in Slovenia.

CO2 Impact

Opting for this component helps save approximately 0.8 kg of CO2, which is comparable to driving a car for 4 kilometers.

Availability

This item is in stock and ready for immediate dispatch. Order now from PLC2Day for expert support and fast delivery.

FAQ

What does "L=L" mean on this Continental V-belt?

The "L=L" designation, which stands for "Length = Length", is Continental's standard for matched sets. It guarantees that any belt with this marking has a very tight length tolerance and can be used in a multi-belt drive system without the need for manual matching.

Yes, the "FO" in the name stands for "For Oil". These belts are designed to be conditionally resistant to oil. They are also suitable for a temperature range typically from -30 deg C to +90 deg C, making them robust for many industrial environments.

Cogged raw-edge belts, like this XPA model, offer several advantages over traditional wrapped belts. The cogs provide greater flexibility, allowing the belt to run on smaller diameter pulleys. This flexibility also helps dissipate heat more effectively, leading to a longer service life. The raw edges provide superior grip, improving power transmission efficiency.

Friday, March 13, 2026

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