Door anchor bar and resistance of 13kN WINDOOR KRATOS SAFETY

The WINDOOR anchorage bar from Kratos Safety is a versatile and safe solution for working at heights that require a temporary anchorage point. Designed to be installed in door frames from 60 to 125 cm, this bar offers a breaking strength of 13 kN, ensuring optimal protection for workers. Its compact and lightweight design makes it easy to transport and store, while its quick and simple fastening system allows for tool-free installation.

FEATURES

• Can be used by 2 people at the same time.
• Anchorage bar supplied with a specific transport bag.
• HS Code: 7616 9990 99
• Compliance: EN 795:2012 Type B, TS16415:2013 Type B
• Breaking strength: 13kN.

APPLICATIONS

Designed to be used in frames from 60 cm to 125 cm.

TECHNICAL DATA

• Standard(s): EN795:2012 Type B
• Material: Aluminium
• PPE / NON-PPE PPE
• Additional Advantages: Transport Bag Provided

VIDEO

STANDARDS

- EN 795:2012 Type B: refers to anchorage systems for fall protection in work at heights. Specifically, Type B focuses on anchorage devices that are installed on structures and can be used by one or more workers to secure their harness and prevent falls.

USAGE

There is no good fall protection system without a good anchorage point. Whatever the type of intervention that needs to be carried out, whether it is temporary or regular, it is essential to choose the anchorage point carefully and ensure that the receiving structure (building, metal structure, post) is strong enough.

HOW TO CHOOSE

The anchorage point is undoubtedly the most delicate element of a fall protection system that must be chosen to ensure optimal safety. When selecting the anchorage point, it is necessary first to determine where to install it. To do this, the following aspects must be considered: static strength of the anchorage point: > 10 kN installation height: high enough in relation to the first potential obstacle in case of a fall (see fall factor diagram) situation: vertically above the workstation to avoid risks associated with the pendulum effect (see pendulum effect diagram)