Design & Documentation
Our design and documentation for switchgear and machine control systems are based on European EN and international IEC standards. Design and manufacturing is done in-house - from standard switch cabinets in serial production, cUL-certified switch cabinets up to explosion- proof switch cabinets. We use the WS-CAD application and wiring diagram macros to create our documentation. Translations into all EU languages or other languages as requested by customers are available.
Switchgear systems with RECOMATIC control systems
RECOMATIC control systems and components for automation make it possible to implement machine control systems and complex switchgear for all applications and with a large operation depth. All control and regulation functions that are possible with PLCs are available. Moreover, RECOMATIC control units and I/O modules with R-IMCBus or Profibus allow a decentralized set-up of control components and their integration in process control systems.
Special-purpose switchgear systems
We design and manufacture special-purpose switchgear systems for a variety of applications and environmental conditions. Our range includes systems for the fields below:
- Food and pharma with GAMP-4 validated software
- General machinery and plant engineering with GL approvals (Germanischer Lloyd) up to C3
- cUL certified switchgear systems
- ATEX-conform explosion-proof switchgear systems
- Switchgear systems for power plants
- Switchgear systems for underground plants
Standard switchgear units in serial manufacturing
For serial standard switchgear manufacturing, the RECOMATIC control program provides a wide range of control units and I/O modules for DIN rail and front panel mounting. By the use of RECO operation panels additional operating indicators, controls and visualization displays are not necessary to a great extent. Parameterizable program modules and the possibility to extend the functionalities by sensor modules allow applications in all areas of control and automation. In this way, it is possible to implement particularly cost-efficient and compact designs. Machining of mounting plates and housings on a machining center reduces manufacturing costs and helps to maintain a high level of quality.
