Laterally adjustable fastening system, Kerbl

The Kerbl mounting system with transverse adjustment is a professional installation solution designed for precise positioning of control devices, terminals, or technical equipment. The product solves the problem of rigid mounting in confined spaces such as tractor cabins, milking stations, or technological lines in barns, where the optimal viewing angle and easy access to the device are essential for ergonomic work.

Application

The system is intended for demanding agro-technical environments:

• Vehicle technology: mounting of control terminals, rear-view camera monitors, and onboard computers in agricultural machinery cabins.
• Barn equipment: installation of control panels for milking robots or herd management systems.
• Workshops and warehouses: installation of work lighting or tool holders requiring adjustable transverse reach.
• Working environment: locations exposed to vibrations, dust, and changing weather conditions typical of the agricultural sector.

Principle of operation

The device is based on a sliding or articulated mechanism that allows repositioning of the mounted element along the transverse axis relative to the base point. The use of durable locking screws or clamps ensures stable fixation in the selected position, preventing unintended movement caused by machine vibrations or livestock activity.

In practice

• Workplace customization → transverse adjustment allows the operator to position the monitor at an optimal distance, reducing eye strain and improving working comfort.
• High structural rigidity → the steel construction ensures that even heavy terminals remain stable in the selected position, protecting sensitive electronics against mechanical damage.
• Universal installation → the system is designed to fit standard mounting rails or flat surfaces, reducing installation time in different vehicle models and livestock buildings.
• Corrosion resistance → the protective coating ensures long service life in aggressive barn environments with moisture and ammonia exposure.