Lanyard – LaTCHLAN R1
- Both ends are loop
- Choice of steel or golden yellow galvanized hooks
- Safety rope, can use as a work positioning lanyard
- Standard: EN 355
#51040 LaTCHLAN R1 Rope lanyard with hooks
Manufactured by: CanaSafe
Rope lanyards and hooks are essential components of fall protection systems used in various industries, including construction, industrial maintenance, and telecommunications. They are designed to provide a secure connection between a worker’s harness and an anchor point, helping to prevent falls and injuries.
Rope Lanyard
A rope lanyard is a length of rope or webbing that uses to connect a worker’s harness to an anchor point. It will have a fitting of shock absorber to help reduce the force of a fall on the worker. Rope lanyards can make from various materials, such as nylon, polyester, or Kevlar, and are available in different lengths and styles to suit different applications.
Hook
A hook is a metal device for connecting a lanyard to an anchor point. It is from quality strong steel or aluminum and has a strong and durable design. Hooks can be straight or curve in shape, and may have additional features such as locking mechanisms or safety gates to prevent accidental disconnection.
Common uses for rope lanyards and hooks include:
Construction: Workers on scaffolding, roofs, or other elevated surfaces.
Industrial maintenance: Technicians working on machinery or equipment.
Telecommunications: Technicians working on towers or poles.
Emergency response: Rescue workers and firefighters.
Key considerations when using rope lanyards and hooks:
Compatibility: The lanyard and hook must be compatible with each other and with the worker’s harness.
Regular inspections: Lanyards and hooks need regular inspection for damage or wear.
Anchor point strength: The anchor point must be capable of supporting the weight of the worker and the equipment.
Fall protection plan: A comprehensive fall protection plan should be in place to ensure worker safety.
By using rope lanyards and hooks correctly, workers can significantly reduce the risk of falls and injuries when working at height.
