Gear Coupling Suppliers in Chennai
A coupling is a mechanical element that connects two shafts and absorbs assembly errors (misalignment errors) between the two shafts while accurately transmitting power from the driving side to the driven side. A coupling is used as a connecting component between any two shafts. Connection type, transmission capacity and coverage play an important role when choosing the type of coupling.
What is Gear Coupling?
A gear coupling is a mechanical device designed to transmit torque between two non-collinear shafts. Couplings typically have two flexible joints, one on each shaft. These joints are often connected by the third shaft, called the spindle. Gear couplings are designed for providing a mechanical connection between rotating shafts of mechanical equipment that transmit power and torque between the connected shafts while using gear engagement to prevent inherent misalignment. We at Divyajyoti Enterprises, one of the top gear coupling suppliers in Chennai offer a range of high-quality gear couplings.
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Gear couplings basically belong to the class of flexible couplings and are suitable for transmitting high torques. They are called gears because their teeth are generally very large. Gear couplings are typically limited to 4ยฐ to 5ยฐ of precise misalignment. Gear couplings are generally of two types: flanged sleeves and continuous sleeves. A flanged gear coupling consists of a short sleeve surrounded by a vertical flange.
Why Choose Us
As we are of the best gear coupling suppliers in Chennai, we keep in mind the diverse requirements of our valued customers; we offer an excellent range of gear couplings. It is highly regarded for its quality and optimal performance. We are a customer-centric organization and manufacture this product to their specified specifications. High-quality components are used in the manufacturing of this product.
Features and Benefits of the Gear Coupling
- Universal coupling is suitable for most applications.
- It transmits high torque.
- Use at low speed
- Parallel, angular, and axial misalignments as well as large axial moments can be accommodated.