At the heart of our company lie our core values and competencies, which drive our commitment to quality and safety in every aspect of our operations. We continually strive for the dynamic evolution of our product designs, ensuring that our offerings remain at the forefront of industry innovation. We at Kavitsu Transmission Pvt Ltd, manufacture and supply a range of mechanisms and machinery essential for power transmission industries. Our extensive product list includes planetary gearboxes, winches, torque limiters, worm gearboxes and related products. We strive to maintain the high quality of our products due to our expert staff and our unique infrastructure facility.
Torque limiters are safety devices that prevent damage to machinery and equipment by limiting twisting force levels. They work by disengaging or slipping when the torque exceeds a predetermined threshold, thereby protecting the drivetrain and other components from excessive stress or overload. These are commonly used in power transmission systems, conveyor belts, packaging machinery and other applications where torque control is critical.
Torque release mechanisms operate based on different principles including mechanical, magnetic and friction-based systems. In mechanical torque limiters, a spring loaded mechanism or mechanical clutch disengages the drivetrain when the torque exceeds the set limit. Magnetic torque limiters use magnetic fields to disengage the drivetrain, while friction-based devices rely on friction surfaces that slip when the torque surpasses the specified threshold.
Torque Setting and Adjustment:
These devices allow for precise rotational force setting and adjustment. They can be calibrated to specific torque limits based on the requirements of the machinery or equipment they are installed in.
Quick Response Time:
These devices are designed to have a fast response time when the twisting moment limit is exceeded. When the predetermined threshold is reached, the particular device disengages or slips almost instantaneously, preventing damage to the drivetrain and other components.
Re-Engagement Capability:
After the said device disengages due to excessive rotational force, it can often be easily reset or re-engaged once the overload condition is resolved. This feature allows for efficient and swift recovery of operations, reducing downtime and improving productivity.
Compact and Lightweight Design:
These particular tools are typically compact and lightweight, making them easy to install and integrate into existing machinery and equipment. Their compact design ensures minimal space requirements, enabling their use in various applications.
High Reliability and Durability:
Torque limiters are built to withstand heavy-duty applications and harsh operating conditions. They are constructed using robust materials and undergo rigorous testing to ensure their reliability and durability.
Versatile Mounting Options:
These instruments offer various mounting options to accommodate different installation requirements. They can be mounted directly on shafts, integrated into couplings or incorporated into power transmission systems, depending on the specific application.
Modular and Customizable Designs:
Many torque limiters feature modular designs, allowing for customization of specific components as needed. This modularity reduces downtime in case of component wear or failure.
Compatibility with Different Torque Types:
Torque limiters are designed to accommodate different types of twisting force including rotational torque, axial torque and radial torque. This versatility ensures that they can effectively protect machinery and equipment regardless of the forces involved in the application.
Conveyor Systems:
These devices protect conveyor systems from jams, overload conditions and excessive torque, ensuring smooth and uninterrupted material handling operations.
Packaging Machinery:
In packaging equipment, torque limiters prevent damage to the system caused by sudden stops, jams or excessive torque during the sealing, labeling or filling processes.
Industrial Mixers:
Torque limiters safeguard mixers from overloading due to sudden changes in viscosity, blockages or excessive torque caused by foreign objects.
Machine Tools:
These are employed in machine tools to prevent tool breakage and damage to work pieces due to excessive torque during machining operations.
Material Handling Equipment:
Torque limiters protect material handling equipment such as lifts, cranes and hoists, from overload conditions and ensure safe lifting and movement of heavy loads.