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Electrical engineering

SmartTECS Intelligently connected.
Efficiently controlled.

Electrical design
Load and voltage analyses: calculation and analysis of electrical loads and voltage supply
Dimensioning of components and cables: Selection of electrical components and cable material
Short-circuit and selectivity calculations: Planning of protection systems
Design of voltage levels (400V/230V/24V) and circuit protection
Protection concepts and safety design: Creation of safety concepts for the electrical system
Implementation of overload, earthing and lightning protection measures
Carrying out functional tests, acceptance tests and certifications of electrical systems in accordance with applicable standards

System Engineering / System Integration
Analysis of system requirements, concept development and functional planning of machines
Preselection of systems and hardware components
Creation of supplier specifications, concrete supplier and product selection
System integration (mechanical, electrical, control technology)
Integration of measurement technology/sensor/actuator technology in existing systems
Creation of schematic diagrams (e.g. using Visio) for each subsystem
Interface to the circuit diagram and mechanical integration of the electrical components

Circuit diagrams / wiring
Selection of suitable electrical and electronic components such as switches, relays, fuses, cables and connectors.
Utilisation of schematic diagrams from system engineering for circuit diagram creation
Circuit diagram development for complete systems or individual systems incl. control cabinet (e.g. ePLAN, E³, Engineering Base, ...)
Development and documentation of electrical circuit diagrams and circuit diagrams in accordance with industry standards
Planning the wiring including cable cross-sections and installation routes
Derivation of production documents from circuit diagrams (terminal diagram, cable diagram, connection point tables, parts lists)
Earthing and potential equalisation, EMC considerations

Switch cabinets
Determination of customer requirements and development of a customised control cabinet design
Determination of customer requirements and development of a customised control cabinet design
Selection and dimensioning of suitable components and materials in accordance with technical specifications and standards
Development of cooling and ventilation systems for thermal optimisation and component longevity
Planning and implementation of safety and protection systems (e.g. earth leakage circuit breakers, surge protection)
Cable and line planning: optimising cable routing and ensuring EMC compatibility
Preparation for efficient assembly and monitoring of production through to commissioning