
Industrial pulley 110 mm, 5 grooves, section C
- Brand
- EMMAR
- Category
- Power transmission
- Subcategory
- Pulleys
- Section
- C
- Series
- Sección C
We respond promptly.
Since 1945 · Martínez, Buenos Aires, Argentina
Request your quote via WhatsApp or email, with the quantity you need.
Can't find the exact model? Write to us with the part number or model you're looking for: we'll find it and quote it, even if it's not listed in the catalog.
Description
EMMAR POLEA 110 5C is a reference of pulleys, within Power transmission. Request a quote for POLEA 110 5C via WhatsApp or email with the quantity you need; we respond promptly with the quote and equivalents.
This industrial pulley with a 110 mm diameter and 5 grooves for section C belts is a power transmission part manufactured by EMMAR Accesorios Industriales. It is used to build or replace V-belt drives where more grooves are needed without increasing the diameter. Its in-house construction allows the machining to be adjusted to the shaft size and the keyway type required by each piece of equipment, which is key when replacing an original pulley that is no longer available.
The pulley 110 5C is identified by three specific data points: 110 mm diameter, 5 grooves and section C. It is a V-belt drive pulley, designed to be mounted on a shaft and transmit motion from a motor to a machine or between stages of a reducer. Section C accepts wide-profile belts, typical of medium and high power. Because it is in-house manufactured, EMMAR brand, it is machined at the factory with the shaft diameter and keyway that correspond to the equipment where it is mounted.
These pulleys appear in material handling equipment, conveyor belts, exhausters, compressors, centrifugal pumps and production machines. They are also used in the field, in agricultural implements and in process plants where there are electric or combustion motors with belt drives. When an original pulley breaks or wears in the grooves, replacing it with one of equal diameter and number of grooves maintains the transmission ratio and avoids having to modify the rest of the system.
To choose it correctly, take into account the shaft diameter, the keyway length, the number of grooves and the section of the belt you already have mounted. Also check the outer diameter and total width so that it fits in the available space. During assembly, align the pulleys with a straightedge or a dial indicator so that the belts run evenly; minimal misalignment accelerates wear on the grooves and on the equipment's bearings. If the drive has more than one belt, change them all together.
If you need an equivalent, send us the part number POLEA 110 5C or the data of the original pulley: diameter, grooves, section and shaft diameter. With that we propose the pulley of another size that corresponds or we machine it to order. We can also guide you if space is limited and another belt section needs to be evaluated. The idea is for the pulley to fit and work without redoing the equipment.
To quote this pulley or ask about a different size, write to us on WhatsApp and send us the part number POLEA 110 5C. At MR Accesorios Industriales we manufacture our own pulleys, so we can adjust the machining to what your equipment needs.
Dimensions
- Size
- 110mm
- Grooves
- 5
- Section
- C
Frequently Asked Questions
- What does it mean that it is section C?
- Section C defines the profile of the V-belt that fits into the grooves. It is a wide-profile belt, suitable for transmitting medium and high power. It is not interchangeable with section A or B belts: if the pulley is C, the belt must also be C.
- Can I order it with another shaft diameter?
- Yes. Because it is in-house manufactured, EMMAR brand, the pulley is machined with the shaft diameter and keyway that your equipment needs. Send those data along with the part number and we will confirm feasibility.
- How do I order a pulley equivalent to the one I have?
- Send by WhatsApp the part number POLEA 110 5C or the data of the original pulley: diameter, number of grooves, belt section and shaft diameter. With that we look for the equivalence.

