For the electrical design of control cabinets and complete machines we use the widespread generally used system EPLAN P8.
In consultation with our team of various engineering disciplines we plan the appropriate electrical components.
The design and update of our electrical planning is made detailed and precisly until acceptance of the machine by the customer. Upon request we continue to update the electrical planning after delivery.
This guarantees short maintenance downtime and uncomplicated fault localisation.
To ensure reliability, freedom of movement and the highest possible service life, we are aware of the importance of adequate internal and external cable routing for our robot systems, applying the knowledge and experience we have gained over 35 years. We use torsion-resistant electrical wiring which is especially designed for robot applications and the extremely demanding operating conditions associated with them. In order to reduce the overall number of wires, we use fieldbus systems such as AS-Interface, Profibus, DeviceNet, EtherCat etc. depending on our customers’ preferences.
Furthermore, using components from the customers’ preferred manufacturers lists allows lower stock levels for maintenance and repair. This policy also increases our customers’ ability to perform maintenance and service on their own, thus substantially reducing MTTR.
Besides ensuring a maximum level of operational safety, the personal safety is a priority, when operating industrial robots, large linear axes or laser systems. With many years of experience in industrial automation, we integrate important and mandatory security functionality according to DIN ISO 13849.
Our electrical engineers work closely together with our mechanical and software department, in order to streamline design and manufacturing of our electrical cabinets and installations. This ensures a high level of integrity and flexibility and shortens delivery time, even for highly complex systems. All our electrical cabinets are manufactured in close cooperation with our customers in accordance with DIN EN 60204 (VDE 0113-1).