Reliability for Your Communication
Bus and data cables
Our bus and data cables are specifically designed to transmit signals and data reliably and without interference. Whether in automation, building technology, or industry – these cables guarantee secure communication and optimal performance. Kabel Sterner develops customized solutions that are precisely tailored to your requirements.
BUS CABLES
Bus cables are essential for reliable communication and data transmission in automobiles, industrial applications, and building technology. They connect
control units, sensors, and other electronic components, ensuring precise signal transmission in complex systems.
These cables are used, for example, in automation systems where they network machines and sensors with one another. In building technology,
they enable the control of heating, lighting, and alarm systems. They are also an indispensable part of modern on-board networks in vehicle construction, such as for CAN bus communication.
Bus cables are characterized by robust shielding that prevents electromagnetic interference and guarantees reliable data transmission. Thanks to their durability and flexibility, they are ideal for dynamic
applications and demanding environments.
LAN CABLES
Ethernet cables have become indispensable in network technology and device connectivity.
Ethernet cables (LAN cables) are available in various categories (CAT) and conductor variants, depending on the required transmission length and speed. The connection technology of the copper conductor, in combination with standardized plugs, is very simple and cost-effective. The cable is therefore used in many applications.
Thanks to high-quality materials and precise processing, our LAN cables offer optimal signal quality, high transmission speeds, and a long service life. They are suitable for various network standards and guarantee interference-free communication – even under demanding conditions.
Resolver Cables
Resolver cables are specifically developed for precise signal transmission in drive systems and measuring devices. They ensure interference-free communication between resolvers and control units and are indispensable
for applications where maximum accuracy and reliability are required.
These cables are primarily used in automation technology, robotics, and mechanical engineering. For example, they are used to transmit position data from motors to control units, thereby enabling exact movement control.
Resolver cables are designed to withstand the special requirements of demanding environments. They offer high electromagnetic compatibility, flexible properties for dynamic movements, and
robust insulation that makes them resistant to mechanical stress.
Sensor Cable
Sensor cables are specifically developed to transmit precise measurement data from sensors to control and evaluation units without interference. They ensure reliable signal transmission, even in demanding environments with high electromagnetic interference.
These cables find wide application in automation technology, robotics, and mechanical engineering. For example, they are used to transmit temperature, pressure, or position data from sensors in production plants to control units, thereby enabling exact process control.
Sensor cables impress with their excellent shielding, high flexibility, and mechanical robustness. They are resistant to oils, chemicals, and temperature fluctuations, making them ideal for industrial
use.
Coaxial Cable
These cables are used in communication and media technology, such as in antenna systems, surveillance systems, and broadband internet connections.
For example, they are used to transmit TV and radio signals without interference or to connect camera systems in the security industry.
Coaxial cables are the first choice for the reliable transmission of high-frequency signals. Due to their special construction with an inner conductor, insulation, shielding, and outer jacket, they offer exceptional signal quality and minimal loss, even over longer distances.
Coaxial cables are characterized by their high shielding effect against electromagnetic interference, durability, and flexible handling. They are available in various versions to meet the requirements of specific applications.
Data Cable
Data cables are specifically developed to ensure reliable and interference-free signal transmission in analog and digital applications. They connect controllers, sensors, and devices, enabling precise
communication in modern systems.
These cables are used in industrial automation, medical technology, and building technology. For example, they ensure secure
data exchange between control systems and machines in production plants or connect sensors and actuators in complex automation processes.
Data cables impress with their high electromagnetic compatibility (EMC), flexibility, and resistance to mechanical stress, oils, and chemicals. They are available in shielded and unshielded versions to meet the requirements of a wide variety of applications.
Measuring Cables
Measuring cables are indispensable for the precise transmission of measurement data in laboratories, production plants, and industrial testing procedures. They guarantee interference-free signal transmission and high accuracy, even under demanding conditions.
These cables are used in measurement technology, such as in quality assurance or calibration processes. A typical example is the connection of measuring sensors to testing devices to accurately record values such as temperature, pressure, or electrical currents.
Measuring cables impress with their high flexibility, electromagnetic compatibility (EMC), and resistance to mechanical stress. Their robust materials make them resistant to chemical influences and
temperature fluctuations, ensuring a long service life.
