Description:

KARAM RETRACTABLE FALL ARRESTER

Karam PCGS  retractable blocks are made from galvanized steel wire rope of 4.5 mm diameter. These Karam retractable blocks have high impact strength polymer casings that are highly durable and help prevent breakage. These fall protection equipments have a minimum breaking strength of 12 kN. The PN 162 hooks with load indicators at the attachment in these fall arresters assure safe anchorage. These retractable blocks have anchorage eye with swivel action to prevent undue twist of the rope while working or in the event of a fall. They conform to EN 360: 2002 IS specifications that guarantee their quality and safety standards.

Product Attributes:

• Casing made up of high impact strength Polymer, to prevent breakage and is nearly indestructible.
• Comes in Galvanized Steel Wire Rope of dia 4.5mm.
• Has PN 162 Hook with Load Indicator at attachment end.
• Anchorage Eye with swivel action. Prevents undue twist of rope while working or in the event of a Fall.
• Minimum Breaking Strength is 12kN.
• Conforms to EN 360:2002.

Benefits:

• Prevent breakage.
• Highly durable.
• Prevent excessive twist of the rope.
• Ensure safe anchorage.
• Superior quality and safety standards.

KARAM is a well-known manufacturer of personal protective equipment (PPE), including safety harnesses and fall protection devices. A KARAM retractable fall arrester is a specialized safety device designed to prevent or arrest falls from heights, protecting workers who perform tasks at elevated levels. Below is a description of a typical KARAM retractable fall arrester:

1. Housing: The fall arrester consists of a durable and robust housing made of high-quality materials, usually metal or impact-resistant plastic. This housing contains the internal components of the fall arrester and protects them from external elements.
2. Retractable Lifeline: Inside the housing, there is a high-strength retractable lifeline made of synthetic fiber or steel cable. The lifeline is coiled and stored in the housing, allowing it to extend and retract smoothly as the worker moves up and down the vertical surface.
3. Energy Absorber: A key safety feature of the KARAM fall arrester is the presence of an energy absorber. In the event of a fall, the energy absorber deploys and absorbs the impact force generated during the fall, reducing the forces transmitted to the worker and the anchorage point.
4. Swivel Connector: The end of the retractable lifeline is typically attached to a swivel connector. This swivel allows the lifeline to rotate freely, preventing the lifeline from twisting and tangling, thereby ensuring the worker’s mobility and ease of movement.
5. Carabiner or Hook: At the other end of the lifeline, there is a robust and secure locking mechanism, usually a carabiner or a hook. The worker connects this end to their safety harness’s dorsal D-ring or another suitable anchorage point.
6. Brake Mechanism: The fall arrester is equipped with an efficient braking system that automatically engages in the event of a fall. The braking mechanism locks the lifeline instantly, arresting the fall and preventing the worker from falling further.
7. External Shock Absorber Cover (Optional): Some KARAM retractable fall arresters come with an external shock absorber cover. This cover adds an extra layer of protection to the internal energy absorber, prolonging the life of the device and making it easier to inspect for damage.
8. Weight Capacity and Lifeline Length: KARAM retractable fall arresters are available in various weight capacities and lifeline lengths to suit different applications and working conditions. It is crucial to choose a fall arrester that meets the specific requirements of the job at hand.

KARAM arresters are widely used in construction, maintenance, and industrial settings where workers are exposed to fall hazards. They provide workers with increased mobility, allowing them to work safely at height while minimizing the risk of serious injury or death in the event of a fall. However, proper training in fall protection techniques and inspection of the equipment before each use are essential to ensure their effectiveness and reliability.