Control Panels • PLC • SCADA • HMI • Safety • Efficiency

Electrical Control Systems

Professional electrical control panel design and machine automation — delivering the highest levels of safety, control efficiency and modern technology implementation using PLC, SCADA, HMI, inverters and relay logic solutions.

Request Control Engineering Explore Capabilities

Control Systems Built for Safety and Performance

Modern machines demand more than basic on/off control. They require precise coordination, high operational efficiency, comprehensive diagnostics and, above all, the highest achievable levels of functional safety. We design complete electrical control solutions that meet these demands.

Our work covers the full scope of industrial control engineering: control panel design and layout, PLC and safety PLC programming, HMI and SCADA systems, variable frequency drives (inverters), classic and advanced relay logic, network architecture and commissioning support.

Electrical Control Panel Design

Professional panel engineering focused on safety, maintainability, thermal performance and clean documentation.

📐

Complete Panel Engineering

Schematic design, component selection, panel layout, wiring diagrams, terminal plans and manufacturing-ready documentation using EPLAN, AutoCAD Electrical or equivalent tools.

🌡️

Thermal & Layout Optimisation

Careful arrangement of heat-generating devices, ventilation and cooling strategy, cable routing and accessibility for maintenance and future expansion.

🔌

Power Distribution & Protection

Main and control power distribution, circuit breakers, residual current devices, surge protection, motor protection and proper earthing/bonding design.

📋

Standards-Compliant Documentation

Clear, consistent documentation suitable for manufacturing, installation, CE/UL related files and long-term maintenance of the machine.

Highest Levels of Functional Safety

Safety is designed in from the start — not added as an afterthought.

Safety Architecture

Risk assessment support, safety concept definition, determination of required Performance Level (PL) or SIL, and design of safety-related control systems according to ISO 13849 and IEC 62061.

Safety PLC & Components

Integration of safety PLCs, safety relays, light curtains, safety scanners, interlocks, emergency stops and dual-channel architectures for high diagnostic coverage.

Safe Motion & Stoplines

Safe Torque Off (STO), Safe Stop functions, safe limited speed and coordination of safety functions with the main machine control for efficient yet safe operation.

Validation & Documentation

Safety validation support, calculation of PL/SIL achieved, and preparation of the safety-related documentation required for machine compliance.

Modern Control Technologies We Implement

PLC, SCADA, HMI, inverters and relay logic — selected and engineered for maximum control efficiency.

🖥️

PLC Solutions

Programming and system design for Siemens (TIA Portal – S7-1200 / S7-1500), Allen-Bradley (Studio 5000), Omron, Schneider, Codesys-based and other platforms. Structured, maintainable code with strong diagnostics.

📊

SCADA Systems

Plant and machine-level SCADA for monitoring, historical data, alarming, recipe management and remote access. Platforms include WinCC, FactoryTalk, Ignition and others.

📱

HMI Design

Intuitive operator interfaces focused on clarity, rapid fault diagnosis, efficient operation and multi-language support. Seamless integration with the PLC and safety systems.

🔄

Inverters & Motion

Variable frequency drives (VFDs), servo drives, multi-axis coordination, positioning systems, electronic line shafting and energy-efficient motor control strategies.

⚙️

Relay Logic Solutions

Classic hardwired relay logic for simple, highly reliable machines or safety functions, as well as hybrid architectures combining relays with PLC control where appropriate.

📡

Industrial Networks

PROFINET, EtherNet/IP, Modbus TCP, EtherCAT, PROFIBUS and other fieldbuses. Robust network design for real-time control, diagnostics and future expansion.

Control Efficiency of Modern Machines

We design control systems that maximise machine productivity, energy efficiency and uptime.

Optimised Sequences

Carefully engineered machine sequences that minimise cycle time while respecting process and safety constraints.

Advanced Diagnostics

Clear fault messages, condition monitoring and predictive indicators that reduce mean time to repair.

Energy Efficiency

Intelligent use of inverters, sleep modes, regenerative solutions and power monitoring to lower operating costs.

Flexibility & Scalability

Modular software and hardware architectures that allow easy addition of stations, recipes or new functions.