RELIABLE ENERGY AND SIGNAL SUPPLY
Control &
Power Cables
Control and power cables from Kabel Sterner ensure precise signal transmission and stable power supply in industrial applications. Whether in control systems, machines, or plants – our cables are durable, robust, and individually tailored to your requirements.
- ISO certified
- Made in Germany
Servo and Encoder Cables
Servo and encoder cables are specially designed for signal and power transmission in high-precision control systems. They ensure a reliable connection between servo motors, encoders, and control units and contribute
significantly to precise positioning and motion control.
These cables are used in automation and drive technology, such as in machine tools, packaging systems, or robotic systems. A typical example is their use in CNC machines, where servo and encoder cables ensure exact motion sequences and transmit data on speed and position.
Servo and encoder cables are characterized by their high flexibility, torsional strength, and electromagnetic compatibility. They are robust against mechanical stress, oil, and chemicals, ensuring a long service life, even under demanding operating conditions.
Ground Cables and Straps
Ground cables and straps ensure safe dissipation of electrical currents and protect electrical and electronic systems from interference and overvoltages. They are indispensable in applications where reliable grounding is crucial.
These cables and straps are used in the automotive industry, mechanical engineering, and energy technology. For example, ground cables are used to electrically connect vehicle components and thus dissipate stray currents, while ground straps in control cabinets or systems ensure reliable grounding.
Ground cables and straps are made of high-quality conductor materials such as bare or tinned copper wires, which ensure maximum conductivity and corrosion resistance. Their flexible design allows for easy installation and offers a durable solution for industrial and technical applications.
Battery Cables
Battery cables are designed to transmit high currents reliably and safely. They ensure a stable power supply in vehicles, machines, and industrial systems and are essential for applications with high power requirements.
These cables are used in the automotive industry, in solar systems, and in stationary battery systems. A typical example is the connection between starter batteries and a vehicle’s electrical system, where battery cables ensure reliable power transmission and maximum performance.
Thanks to their high-quality copper conductors and robust insulation, battery cables are particularly resistant to mechanical stress, oils, and chemicals. They offer a long service life and are available in various
cross-sections and colors to meet individual requirements.
Electroplating Cables
Electroplating cables are specially developed for use in electroplating plants and electrochemical processes. They ensure reliable power transmission with high mechanical and chemical resistance to aggressive chemicals and corrosive environments.
These cables are used in the electroplating industry, where they are used to supply power to plating baths and electrolysis processes. A typical example is the connection of power sources to electrodes in galvanic baths to apply metal layers to workpieces.
Electroplating cables impress with their high-quality bare copper conductors combined with chemical-resistant insulation. They are designed for high currents and offer a long service life, even with continuous use in aggressive environments.
Wiring Single Cores
Wiring single cores are versatile cables developed for the internal wiring of devices, control cabinets, and electronic assemblies. They ensure a reliable power supply in a wide range of applications.
These cores are used in industrial electronics, control and regulation technology, and household appliances. A typical example is their use in control cabinets, where they connect control and supply currents between components
and ensure the safe operation of the system.
Wiring single cores impress with their flexibility, high temperature resistance, and mechanical robustness. They are available in various insulation materials and offer a variety of colors and cross-sections to ensure easy installation and prevent confusion.
Welding Cables
Welding cables are specially designed for safe and reliable power transmission in welding equipment. They ensure a stable power supply even under high loads and extreme operating conditions, as commonly found in welding technology.
These cables are used in metal processing, construction, and industrial manufacturing plants. A typical example is the connection between the welding machine and the electrode, where they easily handle high currents and flexible movements.
Welding cables are characterized by their robust design, heat-resistant insulation, and high flexibility. They are resistant to abrasion, oils, and chemicals and offer a long service life, even with intensive use in demanding environments.
Supply Cables
Supply cables are universal cables designed for reliable power transmission in a wide range of applications. They offer a stable supply even under demanding conditions and are indispensable in many industrial sectors.
These cables are used in building technology, industrial automation, and mobile machinery. A typical example is their use in production facilities, where they supply machines with energy and control signals, or in building technology for powering lighting and heating systems.
Shielding Braids
Expandable shielding braids offer effective protection against electromagnetic interference and ensure interference-free signal transmission in sensitive applications. They are indispensable for use in cable areas that are used in environments with high EMC requirements.
These braids are used in industrial electronics, communication technology, and the automotive industry. A typical example is their use in data and control cables, where they protect signals from external influences and ensure precise data transmission.
Shielding braids consist of tinned and bare wires and are manufactured individually depending on the application. They are characterized by high coverage and flexibility, making them a durable and adaptable solution for EMC protection.
