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Wire Rope Fall Protection System
Fall Protection System
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Wire Rope Fall Protection System

When working at height, fall protection is of utmost importance for ensuring safety. In the event that a technician slips or misses a rung while on the ladder, the Fall Arrester is designed to lock instantaneously, thereby preventing a potentially dangerous fall.

The 3S Protection Wire Rope Fall Protection System is composed of two key components: a guide wire rope and a Fall Arrester. These components work in tandem to provide reliable protection against falls, safeguarding the well - being of workers operating at elevated levels.

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    product description

    Optional Shock Absorber

    The shock absorber, which is installed at the top mounting bracket, plays a crucial role in enhancing both safety and comfort. This device is engineered to effectively absorb and dissipate sudden impact forces that may occur during a fall event. By doing so, it reduces the severity of the jolt experienced by the user, significantly enhancing safety. Additionally, it mitigates the harshness of the impact, thereby improving comfort and minimizing the potential for injury - related discomfort. Its strategic placement at the top mounting bracket ensures optimal functionality within the fall protection system.

    Fall Arrester

    The Fall Arrester offers great flexibility as it can be easily attached to and removed from any point along the wire rope. This allows for quick adjustments based on the specific requirements of the work at hand, whether the technician needs to change positions frequently or adapt to different ladder - climbing scenarios. Such versatility ensures seamless integration of the fall protection device into various work operations, enhancing both convenience and safety in elevated work environments.

    WIRE ROPE FALL PROTECTION SYSTEM

    Top Mounting Bracket

    The wire rope is affixed to the top of the ladder by means of a robust and long - lasting mounting bracket. This bracket, crafted from high - quality materials, is designed to endure continuous stress and environmental factors, ensuring a secure and stable connection between the wire rope and the ladder. Its durability not only guarantees the proper functioning of the fall protection system but also minimizes the need for frequent replacements, making it a reliable choice for long - term use in various working conditions.

    Fixing Clamps

    Wire rope clamps are employed to restrain the wire rope, preventing it from swinging. This is crucial as uncontrolled swinging can lead to abrasion on both the rope itself and the ladder. By firmly securing the rope in place, these clamps safeguard the integrity of the wire rope and the ladder, reducing wear and tear, and ultimately enhancing the overall safety and longevity of the fall protection setup. Their function is vital in maintaining a stable and secure environment for workers using ladders in elevated work scenarios.

    Bottom Mounting Bracket with Optional Tensioner

    The tensioning device located at the bottom mounting bracket enables effortless adjustment of the tensioning force. This feature allows users to fine - tune the tightness of the wire rope or other relevant components with ease. Whether it's to adapt to different environmental conditions, ensure optimal performance of the fall protection system, or accommodate changes in the ladder's position, the accessible and user - friendly design of this tensioning device simplifies the process of maintaining the appropriate tension, thereby enhancing the overall functionality and safety of the setup.

    Fall Arrester

    The SL - 810S Fall Arrester glides with remarkable smoothness along the wire rope of the TF - 83/10 Wire Rope Fall Protection System. As it moves along the rope, it is engineered to engage automatically in the unfortunate event of a fall. This instantaneous response is crucial for ensuring the safety of workers operating at height.

    Our Fall Arresters are constructed using materials that are highly resistant to both corrosion and abrasion. This makes them ideal for deployment in even the harshest of conditions, whether onshore or offshore. Their robust build allows them to withstand the rigors of challenging environments, such as the corrosive effects of saltwater in offshore settings or the abrasive elements present in industrial onshore locations.

    These Fall Arresters offer great versatility in usage. They can be effortlessly attached to or removed from any position along the rope, adapting to different work requirements. Moreover, they are designed with an anti - inversion feature. This unique design element ensures that the Fall Arresters cannot be installed or operated incorrectly, significantly enhancing the overall reliability and safety of the fall protection system.

    Key Features

    Secure Locking System

    Secure Locking System

    The SL - 810S/SL - 820S Fall Arresters are equipped with an internal spring mechanism that guarantees a secure locking function. This mechanism is engineered to activate swiftly and firmly in the event of a fall, providing reliable protection for users working at height.

    Stainless Steel Construction

    Stainless Steel Construction

    These Fall Arresters are crafted from stainless steel, making them highly suitable for operation in adverse conditions. The stainless - steel material resists corrosion and degradation, ensuring the Fall Arresters maintain their integrity and functionality even in harsh environments.

    Optional Energy Absorber

    Optional Energy Absorber

    To mitigate the impact forces during a fall, an energy absorber can be optionally integrated with the Fall Arrester. This addition not only significantly enhances safety by reducing the peak forces exerted on the user but also contributes to a more comfortable experience, minimizing the potential for injury - related discomfort.

    Anti - Inversion Design

    Anti - Inversion Design

    The SL - 810S/SL - 820S Fall Arresters feature an intuitive anti - inversion design. This design allows for installation in only one correct direction, effectively eliminating the possibility of operator error due to incorrect installation. As a result, the overall reliability and safety of the fall protection system are greatly enhanced.

    Compatibility with 8 - 10 mm Wire Ropes

    Compatibility with 8 - 10 mm Wire Ropes

    The SL - 810S/SL - 820S Fall Arresters are designed to be compatible with wire ropes ranging from 8 mm to 10 mm in diameter. Additionally, they can be easily attached to or removed from any position along the rope, offering flexibility in usage and adaptability to different work scenarios.

    Versatile Deployment: On - and Offshore

    Versatile Deployment: On - and Offshore

    Our Fall Arresters, with their corrosion - and abrasion - resistant properties, are well - suited for deployment in demanding conditions, both onshore and offshore. Whether facing the corrosive effects of saltwater in offshore environments or the abrasive elements present in industrial onshore settings, these Fall Arresters maintain their performance and durability, providing reliable fall protection across diverse work environments.

    Specifications

    Wire Rope Specifications

    Model                             

    TF-80

    TF-83

    TF-10

    Wire rope diameter       

    8.0 mm

    8.3 mm

    9.5 mm

    Compatible fall arrester  

    SL-810S, SL-820S

    Shock Absorber            

    Optional

    Tensioner                 

    Optional

    Standard                  

    See compatible fall arrester

    Wire Rope Fall Arrester Specifications 

    Model                                            

    SL-810S

    SL-820S

    Compatible wire rope                    

    TF-80 / TF-83 / TF-10

    Rated load                              

    30 kg to 140 kg

    Max. static load                        

    15 kN

    16 kN

    Certification                           

    CE

    CE, ANSI, OSHA, ABNT/NBR, AS/NZS

    Standard                                

    EN 353-1;ANSI Z359.16;CSA Z259.2.5

    EN 353-1;ANSI A14.3;OSHA 1910.140/29;OSHA 1926.502;AS/NZS 1891.3;ABNT/NBR 14627

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