V-belt B90 / 17x11 x 2286 Li - ConCar is a V-belt from ConCar . The profile is B, the dimensions are 17 x 11 mm, and the belt transmits power through side contact in the V-groove of the pulley. It is made of neoprene rubber with polyester reinforcement. The belt lengths are La 2355 mm, Ld 2326 mm and Li 2286 mm. The wrapped construction gives the belt a protective textile surface around the rubber.
Profile B has a classic wedge shape, where the sides of the belt work against the V-groove of the pulley. The dimension 17 x 11 mm determines how the belt lies in the groove and where the side contact is formed.
The power is transmitted through the friction between the sides of the belt and the pulley. The wrapped surface protects the belt and is a common construction for classic V-belt drives.
The V-belt is made of neoprene rubber with polyester reinforcement. Neoprene rubber gives the belt flexibility, while polyester reinforcement helps the belt maintain its length during operation.
The wrapped construction gives the belt a textile surface around the rubber, allowing it to run stably in classic pulleys.
The belt is antistatic. This is a practical feature in belt drives, where static electricity can build up between the belt and pulley.
The belt complies with DIN 2215 / ISO 4184.
The lengths are La 2355 mm, Ld 2326 mm and Li 2286 mm. La is the external length, Ld is the effective length and Li is the internal length.
The three length measurements are used as a reference in various belt tables and machine data. Therefore, it is useful to have all measurements together with the profile and cross section.
The pulley groove must match profile B to ensure correct side contact of the belt. If the belt is too deep or too high in the groove, the contact may be poor and cause more heat or uneven belt movement.
The wrapped surface is a classic design for V-belt drives, where the belt works with side contact in the groove. The cross-section of 17 x 11 mm is therefore an important part of the product data.
A V-belt should run with proper tension and clean pulleys. Too low a tension can cause slippage and heat, while too high a tension puts unnecessary strain on the belt, bearings and shafts.
Wear often shows as shiny sides, ctiming bars, hard rubber, frayed edges or noise under load. If there are several belts in the same pull, the belts should have the same profile and length so that they work equally.
The wrapped construction is robust, but the belt must still run in a properly aligned drive to avoid uneven wear.
The profile describes the wedge shape and cross-section of the belt. For this belt, the measurement is 17 x 11 mm, and it determines how the belt fits in the V-groove of the pulley.
La 2355 mm, Ld 2326 mm and Li 2286 mm are measured from different locations on the belt. They are used because belt series and machine data do not always use the same reference pu .
The polyester reinforcement helps the belt maintain its length, while the neoprene rubber provides flexibility and contact against the pulley.
The force is transmitted via the sides of the belt towards the V-grooves of the pulley. The belt must therefore fit the profile of the pulley.
This means that the belt has a textile surface around the rubber. This is a common construction on classic V-belts.