RTAM Torque Device in Belt Conveyor Equipment
1. Introduction
In belt conveyor systems, impact absorption at transfer points, stability in belt cleaning, and accuracy in tension adjustment directly affect conveying efficiency and belt lifespan. Traditional damping and tension adjustment devices, such as springs or pneumatic systems, provide some cushioning and regulation functions but often require frequent maintenance and have lower durability.
JIMWAY’s RTAM torque device, with its maintenance-free operation, high durability, and excellent shock absorption, has become the ideal choice for belt conveyor-related equipment such as impact beds, impact idler sets, belt cleaners, and cleaner tensioner seats. This article explores the technical principles, application scenarios, and advantages of the RTAM torque device in conveyor systems.
2. Working Principle of RTAM Torque Device
The core technology of the RTAM torque device is based on an elastic rubber module, which generates torsional elasticity through internal shear deformation. This design effectively absorbs impact forces, reduces belt damage, and maintains stable tension, ensuring the smooth operation of conveyors and cleaning devices.

Unlike traditional spring or pneumatic systems, the RTAM torque device does not require lubrication or frequent maintenance and can withstand harsh working environments such as high dust, high humidity, or high-temperature conditions. Additionally, it exhibits superior performance in impact absorption, tension adjustment, vibration control, and damping applications within belt conveyor systems.
2.1 Differences Between RTAM Torque Device and Other Rubber Damping Devices
The primary distinction between the RTAM torque device and standard rubber damping devices is its torsional elasticity mechanism rather than simple compression or tension-based shock absorption. This feature allows for more stable tension control and prolonged damping performance, reducing degradation over long-term use.
2.2 Load Limits and Application Range
RTAM torque devices are designed to accommodate different load ranges, depending on the application. For example, in belt cleaner applications, they provide stable scraper pressure, whereas in impact bed applications, they support high-impact loads effectively. Different models of RTAM torque devices cater to various load requirements.
3. Applications of RTAM Torque Device in Belt Conveyor Equipment
3.1 Impact Beds at Transfer Points
RTAM torque devices serve as part of the support structure in impact beds, allowing impact bars to adapt to different loads, reducing belt damage, and extending service life. Their high-efficiency shock absorption minimizes instantaneous impact on the belt, making them particularly suitable for high-load, high-impact conveying environments.

3.2 Impact Idler Sets
In belt conveyor systems, transfer point impacts often cause belt wear or even tearing. RTAM torque devices effectively absorb these impact forces, reducing belt deformation, enhancing system stability, and lowering maintenance and replacement costs.

3.3 Belt Cleaners
Belt cleaners require stable pressure to ensure effective removal of residual materials from the belt surface. However, traditional pressure adjustment mechanisms are prone to wear and environmental factors that impact performance. The RTAM torque device maintains consistent scraper pressure, ensuring stable cleaning performance while reducing scraper and belt wear.
3.4 Belt Cleaner Tensioner Seats
Over prolonged operation, the scraper on a belt cleaner gradually wears down. Traditional adjustment methods require frequent manual pressure adjustments, whereas the RTAM torque device automatically compensates for scraper wear, reducing manual adjustments and enhancing equipment stability.

▲Belt Cleaner

▲Belt Cleaner Tensioner Seat
3.5 Is RTAM Torque Device Suitable for All Belt Conveyor Systems?
RTAM torque devices are compatible with most belt conveyor systems. However, specific applications require consideration of conveyor design and load conditions. For specialized equipment, consulting the technical team is recommended to determine the optimal selection.
4. Technical Advantages of RTAM Torque Device
Feature | RTAM Torque Device | Traditional Spring Support | Pneumatic Damping System |
Shock Absorption | High-efficiency impact absorption and recovery | Limited shock absorption, prone to deformation | Good damping effect but high maintenance needs |
Tension Stability | Maintains constant tension, auto-compensates | Requires regular manual adjustment | Affected by air pressure fluctuations |
Maintenance Requirement | Maintenance-free, no lubrication required | Prone to fatigue deformation, requires periodic replacement | Requires air refills and pressure adjustments |
Environmental Adaptability | Corrosion-resistant, dust-resistant, temperature-resistant | Susceptible to rust, limited lifespan | Air pressure stability affected by temperature |
Lifespan | Over 10 years (recommended quarterly inspection and debris removal in extreme conditions) | Replacement needed every 3–5 years | Lifespan varies depending on air tightness |
From the comparison table, it is evident that the RTAM torque device significantly outperforms traditional spring and pneumatic systems in shock absorption, tension stability, maintenance requirements, and longevity.
5. Selection Guide for RTAM Torque Device
Different conveyor equipment requires different RTAM torque device specifications. Below are specific application recommendations:
5.1 Belt Cleaner Systems
For belt cleaners requiring stable scraper pressure, we recommend the SRTS belt cleaner with RTAM modules. This model automatically adapts to belt surface variations, such as patched repairs, allowing the scraper blade to pivot backward and rebound quickly to ensure stable cleaning performance.
5.2 Transfer Point Support Systems
Under high-impact loads, high temperatures, humidity, or corrosive environments, RTAM torque devices can be used in impact beds, impact idler sets, and suspended idler sets to ensure conveyor system stability.
5.3 Other Relevant Applications
RTAM torque devices can also be applied to vibrating screens, belt and chain tensioning systems, and other equipment as elastic damping modules, improving equipment stability and durability.

5.4 Performance in Extreme Environments
RTAM torque devices operate efficiently within a temperature range of -40°C to 100°C and remain stable in high-dust and high-humidity environments. Additionally, their chemical corrosion resistance makes them suitable for applications in mines, steel mills, and cement plants.
5.5 Aging and Maintenance of RTAM Torque Devices
Over time, rubber materials may exhibit aging characteristics. However, RTAM torque devices utilize specially formulated rubber with excellent weather resistance and anti-aging properties. Regular equipment inspections and dust removal can further extend their service life.
6. Contact Us
Through this detailed technical analysis and application guide, we believe that JIMWAY’s RTAM rubber torque device can significantly enhance the stability and durability of your conveyor systems, reduce maintenance costs, and improve operational efficiency, ensuring optimal performance in various harsh environments.
For further technical support or selection recommendations, please contact JIMWAY’s professional team.
Phone: +886-07-8718126
Email: jw@roller.com.tw
Website: www.jimway.com.tw