OEM DISC Clutch Torque Limiter Friction Clutch PTO Drive Shaft Limiter for Drive Shaft

Introducing our top-quality OEM DISC Clutch torque limiter Friction Clutch PTO Drive Shaft Limiter, a crucial component designed for optimal performance and efficiency. This product is brand new and comes with a warranty of one year. It is applicable across a wide range of industries, including the hospitality sector, garment shops, building material shops, manufacturing plants, machinery repair shops, food and beverage factories, farms, restaurants, retail outlets, food shops, printing shops, construction works, energy and mining sector, food and beverage shops, and more.

Advantages of Friction Torque Limiter for a Power Take-Off (PTO) Shaft

A Friction Torque Limiter for a Power Take-Off (PTO) shaft in agricultural and industrial machinery offers several significant advantages. These devices play a crucial role in protecting machinery from torque overload by slipping when the torque exceeds a predetermined level. Here are the key advantages:

1. Equipment Protection: By limiting the maximum amount of torque transmitted to the attached implement, friction torque limiters prevent mechanical overload, which can cause severe damage to both the tractor and the implement.
2. Improved Safety: By reducing the risk of sudden mechanical failures, friction torque limiters contribute to a safer operating environment, which is especially important in high-powered agricultural settings.
3. Ease of Maintenance: Friction torque limiters are relatively easy to adjust to the desired torque settings and typically have straightforward maintenance procedures, making them user-friendly.
4. Versatility: These friction torque limiters can be used with a variety of implements, making them versatile components of machinery. They are particularly useful in applications where variable loads can cause torque spikes.
5. Customizable Torque Settings: The friction torque limiter can be adjusted according to specific task requirements, allowing for customization based on the implement used or the nature of the work.
6. Extended Equipment Lifespan: By mitigating excessive torque and preventing overload situations, these friction torque limiters extend the lifespan of both the PTO shaft and the attached equipment.

Applications of Friction Torque Limiter

Friction torque limiters are essential safety devices in agricultural machinery, designed to protect equipment by limiting the torque transmitted from the tractor to the implement. They find applications in various types of farm equipment, safeguarding them against damage caused by torque overload. Here are some key applications of friction torque limiters in agriculture:

1. Rotary Cutters and Mowers: Protects the gearboxes and blades of rotary cutters and mowers when they encounter obstacles like rocks or thick brush.
2. Balers: Ensures that balers, particularly round balers, don't get overloaded when processing large amounts of material, which can cause jams or mechanical failures.

3. Tillage Equipment: Used in plows, harrows, and cultivators to prevent damage from striking hard, unyielding objects or overly compacted soil.
4. Seeders and Planters: Protects seeders and planters from damage due to clogs or when encountering rough terrain, ensuring consistent operation and seed placement.
5. Harvesting Equipment: In combines and forage harvesters, friction torque limiters protect the driveline from damage due to overloading during intense harvesting operations.
6. Feed Mixers and Manure Spreaders: Friction torque limiters help prevent torque overload in the drivelines of feed mixers and manure spreaders, which can occur with uneven loads or blockages.

PTO Shaft Torque Limiter Types

Agricultural Power Take-Off (PTO) shaft torque limiters are crucial safety devices designed to protect tractors and implements from damage caused by torque overload. There are several types of torque limiters used in agricultural settings, each with its unique mechanism and advantages. Here??s an overview of the common types:

1. Friction Torque Limiters: Operate based on friction between contact surfaces. When the preset torque limit is exceeded, the device slips, preventing the transfer of excessive torque. Commonly used in mowers, balers, and other implements where sudden torque spikes can occur. Often allow for the adjustment of the torque setting.
2. Shear Bolt Torque Limiters: Use a shear bolt that breaks when the torque exceeds a specific threshold, disconnecting the drive between the tractor and the implement. Simple and cost-effective, used in a variety of implements. Requires replacement of the shear bolt after activation.
3. Ratchet Torque Limiters: Utilize a ratcheting mechanism that allows rotation in one direction and locks or slips in the opposite direction when overloaded. Useful in scenarios where unidirectional operation is required, such as augers.
4. Overrunning Clutch Torque Limiters: Allow free rotation in one direction and lock in the opposite direction. They also limit torque by slipping or disengaging when overloaded. Common in mowers and rotary cutters, where the implement needs to continue spinning freely after the tractor stops.

How Does Friction Torque Limiter for Agricultural Work?

A friction torque limiter, particularly for agricultural applications, is a crucial safety and protection device designed to prevent damage from torque overload in machinery like tractors and various implements. Here's an overview of how it works:

1. Torque Transmission: Under normal operation, the torque from the tractor's PTO is transmitted through the friction plates of the limiter to the implement (such as a mower, baler, or plow). The friction between the plates, created by the compression springs, is what allows this torque transfer.
2. Setting the Torque Limit: The amount of torque that can be transmitted is directly related to the amount of pressure that the springs apply to the friction plates. This pressure is adjustable, allowing the operator to set a specific torque limit.
3. Activation During Overload: If the torque exceeds the set limit (due to an obstruction or overloading of the implement, for example), the friction between the plates becomes insufficient to continue transmitting the full torque. As a result, the plates start to slip relative to each other.
4. Slippage and Protection: This slippage action effectively limits the torque transmitted to the implement, protecting both the tractor's PTO system and the implement from damage due to overloading. The limiter slips only enough to reduce the torque to a safe level.
5. Automatic Resetting: Once the overload condition is removed or resolved, the friction torque limiter automatically returns to its normal operation, transmitting the regular amount of torque without the need for manual resetting.

How to Install Friction Torque Limiter on Agricultural Equipment?

Installing a friction torque limiter on agricultural equipment, particularly on a Power Take-Off (PTO) shaft, is a crucial task to ensure machinery protection against torque overload. Here's a general guide on how to install a friction torque limiter:

1. Disconnect Power: Ensure the tractor or equipment is turned off and the PTO is disengaged. Remove the key from the tractor. Make sure the implement is properly supported and stable.
2. Remove the Existing Equipment: If replacing an existing torque limiter or coupling, first remove it by disconnecting it from the PTO shaft and the implement. This may involve removing pins, bolts, or retaining rings.
3. Prepare the Friction Torque Limiter: Unpack the new torque limiter and check for any shipping locks or braces that need to be removed. Apply lubricant if required. Some limiters may need lubrication on certain moving parts or bearings.
4. Install the Torque Limiter: Align the torque limiter with the PTO shaft. The limiter will typically fit between the tractor??s PTO shaft and the implement??s drive shaft. Connect the torque limiter to the PTO shaft, ensuring that any splines or keys align properly. Secure it using pins, bolts, or other provided fasteners. Connect the other side of the torque limiter to the implement??s drive shaft in a similar fashion.
5. Adjust the Torque Settings: Adjust the torque settings according to the manufacturer??s specifications and your particular requirements. This usually involves adjusting the compression of the springs within the limiter.
6. Test the Installation: Once installed, rotate the PTO shaft by hand to ensure that the limiter is moving freely and is properly aligned. Start the tractor and engage the PTO at a low speed to test the operation. Watch and listen for any unusual noises or vibrations which could indicate improper installation.

Maintenance and Care of Friction Torque Limiter

Maintaining and caring for a Friction Torque Limiter on a Power Take-Off (PTO) shaft is essential to ensure its effective operation and longevity. These devices are critical in agricultural machinery, as they protect equipment from torque overload by slipping under excessive force. Here??s a comprehensive guide to maintaining and caring for your friction torque limiter:

1. Regular Inspection: Regularly inspect the friction surfaces for wear. Excessive wear can reduce the effectiveness of the torque limiter. Inspect for any signs of damage or unusual wear patterns, which could indicate misalignment or other issues.
2. Lubrication: Some friction torque limiters may require periodic lubrication of their bearings. Ensure you use the correct type of grease or lubricant as specified by the manufacturer.
3. Adjustment and Calibration: Regularly check and adjust the torque settings according to the manufacturer's specifications. Incorrect torque settings can either lead to premature slippage or insufficient protection. Use a torque wrench or other appropriate tools for adjustments to ensure accuracy.
4. Cleaning: Keep the torque limiter clean from dirt, grime, and crop residue. Build-up can impede its operation and lead to premature wear. Protect the limiter from excessive moisture and corrosive substances that can cause rust and deterioration.
5. Avoid Overloading: Do not intentionally overload the PTO shaft beyond the limiter??s capacity, as this can cause excessive wear or failure. Ensure the PTO shaft is properly engaged and aligned to avoid unnecessary stress on the torque limiter.

Why Choose Raydafon's PTO Shaft Friction Torque Limiter?

Raydafon Drive Shaft Co., Ltd., located in Ningbo Zhejiang City, has established itself as a leading player in the industry, specializing in developing, manufacturing, and marketing PTO shafts, agricultural gearboxes, PTO shaft accessories, PTO shaft u-joints, PTO shaft torque limiters, PTO shaft tubes, PTO shaft yokes, PTO shaft adaptors, industrial cardan shafts, car driveshafts, u-joint coupling shafts, etc. Our company exports its products to more than 50 countries across five continents, and we have earned a great reputation from our customers in Europe, America, Asia, Australia, and North America.

We take immense pride in our product quality, speedy delivery, and competitive pricing. Our commitment to quality is backed by our CE, TS/16949, and ISO9001 certifications, and we have a systematic approach to manufacturing, with top-notch equipment and a dedicated QC team to ensure our quality and delivery.

Our annual turnover is 60 million RMB, 9 Million Dollars, and it??s increasing year by year. As a top professional OEM supplier for many agricultural implement factories in the domestic market, we strive to maintain our ??QDP?? principles: Quality first, Deliver quickly, and Price Competitive. We warmly welcome customers to visit us and establish mutually beneficial long-term cooperation.

Our professionalism is evident in our adherence to international standards, our ability to offer customized services, our state-of-the-art production facilities, and our after-sales services. We aim to become a global company in the fields we work in, and we continue to expand our product range and services to meet the changing needs of our customers.

Discover the difference of Raydafon's PTO Shaft Friction Torque Limiter by watching our introductory video:

Author: Yjx