Power Distribution & Voltage Control
Reliable power is the backbone of every industrial system. Our Power Distribution & Voltage Control portfolio covers key components for building safe, efficient and robust power infrastructures – including transformers, reactors/chokes, voltage stabilizers and voltage regulators. These solutions help ensure consistent output voltage, reduce electrical noise and inrush currents, and protect sensitive loads from fluctuations. Depending on the application, they can be used for galvanic isolation, load balancing, filtering and power-quality improvement – from control cabinets and automation lines to test systems and critical equipment. As an EMS partner, we support you from specification and design-for-manufacturing through prototyping and series production. Whether you need a standard part or a custom-built solution tailored to your installation, our focus is on long-term reliability, compliance with relevant standards, and repeatable quality for industrial use.
Your advantages with our Power Distribution & Voltage Control solutions:
- Stable, controlled supply for sensitive loads (voltage stabilization & regulation)
- Improved power quality through filtering, smoothing and interference reduction (reactors/chokes)
- Higher operational safety via reliable insulation concepts and robust industrial design
- Flexible, application-specific configurations – tailored to voltage, power and installation space
- Compliance with common standards and project requirements (e.g. IEC/EN, customer specs)
Areas of Application
- Industrial control cabinets and automation systems
- Power supplies, drive technology and converter applications
- Measurement, testing and laboratory environments
- Infrastructure and equipment protection against voltage fluctuations
- OEM and system integrators with demanding power requirements
Tailor-made designs
Whether standard components or custom solutions – we deliver transformers, reactors, stabilizers and regulators across various power ranges, with configurable input/output voltages and protection options such as fuses, thermal cut-offs, monitoring sensors or overvoltage protection.
On request, we provide versions for DIN-rail mounting, panel installation or housing integration – precisely aligned with your application, environment and compliance needs.
Avoiding common sources of error
Even with proven power components, issues can arise in real-world applications – especially when selection, sizing or installation are not aligned with the actual load and grid conditions.
Incorrect sizing / power rating: If transformers, reactors or regulators are selected too small, overheating, voltage drop, nuisance tripping or premature aging may occur.
Inrush and peak currents not considered: Inductive loads (e.g. motors, transformers) and capacitive inputs (e.g. power supplies) can create high transient currents that must be factored into the design.
Insufficient protection concept: Without suitable measures such as fuses, thermal cut-offs, surge protection and monitoring, even minor faults or grid events can lead to component damage and downtime.
Non-compliance with applicable standards: Especially in safety-critical applications (e.g. medical technology, test equipment or industrial infrastructure), a design that meets relevant IEC/EN requirements is essential – from insulation coordination to temperature limits and protective measures.
Our experts help you avoid these pitfalls. We define the correct power reserves, check inrush and peak loads, select suitable protection concepts, and support documentation for standard-compliant implementation. Rely on our experience – for smooth operation, compliant safety, and maximum uptime.
Get advice now – we will find the right solution for your application.
