V-belt Optibelt X17 x 2040
- Brand
- OPTIBELT
- Category
- Power transmission
- Subcategory
- V-belts
- Section
- BX
- Series
- Super TX M=S
We reply promptly.
Tell us the quantity you need and request a quote by WhatsApp or email.
Can't find the exact model? Tell us the part number or model you need. We'll track it down and quote it, whether or not it appears in our catalog.
Description
OPTIBELT X17 x 2040 belongs to v-belt, part of our Power transmission range. Tell us how many you need by WhatsApp or email and we'll get back to you promptly with a quote for X17 x 2040 and any equivalents.
The Optibelt X17 x 2040 is a cogged classical V-belt from the Super TX M=S series. It has a BX profile and a length of 2040 mm. This belt is used on industrial drives where a reliable, long-lasting belt is required.
Before fitting a new belt, inspect the drive and sheaves. Check for worn grooves, misalignment, and damaged or contaminated sheaves. Worn sheaves can quickly damage a new belt, so replacing or repairing them first is good practice.
The X17 x 2040 is a cogged classical V-belt, which runs cooler and offers better flexibility than a standard wrapped belt. Its BX profile and 2040 mm length make it suitable for a range of industrial applications. We carry this belt and can help you confirm it is the right one for your drive.
To request a quote, send us the part number X17 x 2040 by WhatsApp or email. If you are unsure about the profile or length, our team can help you identify the correct belt. We serve customers across the United States, Canada, Mexico, and South America.
Dimensions
- Section
- BX
- Length
- 2040mm
Frequently asked questions
- What is the profile and length of this belt?
- This belt has a BX profile and a length of 2040 mm.
- How do I request a quote for the Optibelt X17 x 2040?
- Send us the part number X17 x 2040 via WhatsApp or email. Our team will reply promptly with a quote.
- What should I check before installing this belt?
- Inspect the sheaves for wear, misalignment, and contamination. Worn sheaves can cause a new belt to fail prematurely.