From practice – for practice

The LineDrop System

With the LineDrop system, a new generation of safe, efficient and overhead energy and media supply begins.
References

The Challenge of Modern Energy Supply Systems

Increasing power demands, growing complexity and rising safety requirements are pushing conventional cable and hose management systems to their limits. Traditional drum systems with slip rings and rotary feedthroughs in particular reach their boundaries under high loads and continuous operation. At the same time, requirements for availability, ease of maintenance and efficiency are on the rise. What is needed are solutions that function reliably and can be integrated flexibly into existing infrastructure.

Applications of the LineDrop System

The LineDrop system has been developed for a wide range of applications in electromobility, industry and modern infrastructure. Wherever energy and media need to be routed safely, in an orderly manner and from overhead, the system provides an efficient solution. In dynamic environments such as bus depots, logistics centres or workshops in particular, it ensures clear structures and greater operational safety. In addition to electrical energy, other media can also be routed reliably. Thanks to its flexible design, the LineDrop system is suitable for both new installations and the retrofitting of existing facilities.

Versatile

Efficient solutions for cable and hose routing

The LineDrop system is ideally suited for applications where energy and media need to be supplied safely and in an orderly manner from overhead. Regardless of cable type or area of application, the overhead solution ensures clear floor space, increased safety and efficient workflows.

LineDrop System for Cables

LineDrop System for Cables

AC – Construction Machinery
In the construction machinery sector, the LineDrop system enables safe power supply for electric machines – such as when charging an excavator. The overhead cable routing keeps cables out of the danger zone and ensures structured and safe operation on the construction site.

AC – Rail Industry
In railway depots, the LineDrop system ensures a reliable, floor-free power supply for traction vehicles. At the same time, it supports maintenance and cleaning work through flexible and safe cable management.

DC – eBus / eTruck Charging Infrastructure
When charging eBuses and eTrucks, among other applications, the LineDrop system guides the charging cable precisely from overhead to the vehicle. This ensures clean, safe and efficient energy transfer – even at high charging capacities, without restricting the charging cable and without the need for complex manual handling.

References

LineDrop System for Hoses

LineDrop System for Hoses

Food Industry
In the food and beverage industry, the LineDrop system ensures hygienic and structured hose management. Overhead supply reduces the risk of contamination and enables clean and efficient operation.

Petrol Stations & Truck Loading Zones
The LineDrop system ensures controlled and safe routing of media lines such as AdBlue or hydrogen hoses. This significantly reduces wear, tripping hazards and disorganised handling.

Industry & Chemicals
In industrial applications, the LineDrop system reliably guides media such as compressed air, cooling water or chemical liquids to their respective points of use. The solution requires minimal maintenance, is flexible in its application and provides a clear, safe infrastructure without floor-level installation.

References

LineDrop Accessories

Control options

The LineDrop system can be operated manually according to the customer's preferences. We recommend push buttons, pull-cord switches, or reflective sensors. Alternatively, the system can be integrated into a higher-level control system via an external normally open contact.

Pull-cord switch

Pushbutton

External normally open contact

Sensor reflections

Brief & to the point

Frequently Asked Questions About LineDrop

The LineDrop system is an automatic cable and hose routing system designed for industrial applications. It enables safe, organized, and convenient overhead cable management. Its main advantage lies in its high flexibility: virtually any cable or hose can be used—regardless of current or medium.

Typical applications include:

  • Bus depots
  • Workshops
  • Logistics and freight forwarding facilities
  • Fueling and filling stations
  • Industrial buildings

The system can be used flexibly for:

  • Charging cables (e.g., CCS Type 2)
  • Megawatt charging cables
  • Compressed air or exhaust hoses
  • Fluid lines

Since no slip ring transmission is used, any type of hose or cable can be routed.

The system significantly improves workplace safety by neatly routing cables and hoses and preventing cables from lying loose on the floor. This greatly reduces the risk of tripping and accidents. The system is electrically powered—no manual effort is required. The system operates using a motor.

Depending on the configuration, operation is performed via:

  • Push button
  • Pull cord switch
  • Reflective sensor
  • External normally open contact

Control is typically sequential (Up / Stop / Down via a single channel).

In the event of a malfunction or power outage, the system can be unlocked using the built-in emergency release and continued to be operated manually. The system can be easily unlocked from the ground using a special telescopic arm.

Yes, it can be easily retrofitted. The system can be seamlessly integrated into existing infrastructure.

Yes, it is tailored precisely to your requirements, such as bend radius, weight, or cable type.

No. The system is largely maintenance-free.
Drives and replacement parts for the rail system are usually available from stock.

The control system can be flexibly expanded using an optional universal transmitter board. This allows additional input and output signals to be integrated and individually programmed. For example, it is possible to process external signals or connect additional components such as light signals and extra switching points.

Connection to an external control system is also possible in principle. In this case, input signals can be received, and output signals can be specifically transmitted and processed.