Broshuis introduces a linkable axle

MEq
By MEq February 5, 2024 22:35

Broshuis introduces a linkable axle

Due to the overdue maintenance of Europe’s infrastructure, lower axle loads are allowed on an increasing number of (inland) roads, bridges and overpasses. As a result, you can no longer get exemptions for certain routes with your combination, often requiring major detours. To ensure that you can continue to use your fleet as efficiently as possible, Broshuis introduces an innovative linkable axle.

The linkable axle is a 1- or 2-axle axle bogie that you can link between the dolly and the axle bogie of our pendulum axle semi low loaders. By adding a linkable axle, you can reduce the axle loads in the permit (more axles for the same weight) when this is required for a particular route.

Broshuis introduce o punte de legătură pe semiremorcile sale cu axe pendulare
The linkalbe axle can be fitted to all new and existing heavy-duty pendulum axle semi low loaders (100T Range) from Broshuis. The unique shape of our compression joints makes fitting and removing the pin an easy job. Enabling you to (dis)connect the linkable axle in as little as 15 minutes. This allows you to easily convert your combination to the required configuration for the load.

The different components of our 100T Range provide for modular possibilities: the neck, dolly, axle bogie and the various options such as a spacer, additional beam and linkable axle are linkable by default. This linkability also makes it easy to generate additional prestressment. Our 100T Range on pendulum axles consists of the single and double extendable 8-axle (2+6) and 10-axle (3+7) semi low loader. If required, these are of course also available in other configurations. With our linkable axle, you can make the following configurations: 2+6; 2+1+6; 2+2+6; 3+7; 3+1+7; 3+2+7.

Technical specifications:
Tare weight 1-axle: ca. 3.2 t
Tare weight 2-axle: ca. 5.8 t
Axle placement: 1,510 mm
Standard width: 2,750 mm
245/70 R17.5 tires
Steering angle: 35°
Loading height: 870 mm

MEq
By MEq February 5, 2024 22:35