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Bus Cable

Our BUS cables ensure fast, stable communication. With advanced shielding, they minimize signal loss and interference, allowing for smooth, high-speed data transmission in complex systems. You get real-time performance without delays. The cables pflegen reliability even under heavy data load, ensuring seamless connectivity for all your devices and systems. 

Conductor Material

Tinned Copper or Bare Copper for efficient signal conduction and durability in various environments.

Conductor Resistance

≤ 10.5 Ω/km (for 24 AWG) ensures minimal signal loss during data transmission over long distances.

Insulation Resistance

≥ 10^9 Ω ensures the cable maintains isolation and prevents signal interference.

Dielectric Constant (εr)

2.5 – 3.0 indicates the material’s ability to store electrical energy and maintain signal integrity.

Capacitance

30 – 50 pF/m ensures minimal signal distortion and data loss during transmission.
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Product Description

These cables are built for durability. They withstand extreme temperatures, chemical exposure, and physical wear. Constructed with high-quality materials, they resist abrasion and UV damage. This ensures long-term performance, even in harsh environments. With our BUS cables, you avoid frequent replacements, saving you time and money on maintenance. 

Inductance

0.5 – 1.2 µH/m minimizes signal delay and ensures fast data transfer.

Shielding Effectiveness

≥ 90% at 100 MHz provides protection against electromagnetic interference and maintains data clarity.

Jacket Material

PVC or LSZH jackets protect the cable from environmental factors like abrasion, moisture, and chemicals.

Max. Operating Frequency

100 MHz – 1 GHz supports high-speed data transfer in demanding applications like automation and communications.

Jacket Flammability Rating

UL VW-1, UL 1685, CSA FT-1 rating ensures safety in fire-prone environments by preventing flame spread.

Maximum Signal Velocity

75% – 80% of the speed of light ensures minimal transmission delay in high-frequency applications.

Peak Operating Voltage

300 V – 600 V allows for safe operation in industrial and power transmission systems.

Tensile Strength

≥ 100 N ensures the cable can withstand mechanical stress during installation and operation.

Dynamic Flex Life

≥ 5 million cycles ensures durability and longevity in flexible or robotic environments.

Temperature Range

-40°C to +85°C provides reliable performance in harsh environments like industrial and outdoor settings.

Cable Impedance

100 Ω ± 10% ensures consistent signal integrity in high-speed data transmission systems.

Bandwidth

≥ 1 Gbps enables fast, reliable data transfer without signal degradation.

Technical Advantages

Downtime can be costly. Our BUS cables are designed to be durable and reliable. They resist mechanical stress, temperature fluctuations, and environmental damage, reducing the risk of failure and keeping systems running smoothly. Less downtime means higher productivity and fewer disruptions, translating into significant savings on repairs and replacements. 

Our BUS cables are compatible with various systems, both old and new. Whether you are upgrading or maintaining existing setups, they integrate seamlessly. These cables support modern standards and legacy systems, eliminating compatibility issues. Their flexible design ensures smooth operation across multiple devices, streamlining your system’s connectivity needs without hassle. 

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Industry Applications

Distributed Control Systems (DCS)

BUS cables enable communication between controllers and field devices in complex, multi-node industrial control systems for precise process automation. 

Ethernet/IP Networking

Used in industrial Ethernet networks to connect programmable logic controllers (PLCs) with remote I/O devices for high-speed data exchange. 

CAN Bus in Embedded Systems

This bus facilitates communication between embedded controllers in automotive, industrial, and robotic applications, ensuring reliable real-time data transmission. 

Modbus RTU Protocol

BUS cables enable the connection of Modbus-enabled devices, allowing communication between supervisory systems and remote sensors or actuators in automation. 

Data Acquisition Systems

Provides high-speed data transfer between sensors, signal conditioning equipment, and data logging devices in scientific research or testing environments. 

Fieldbus Networks in Process Control

Ensures stable data transfer in process control systems like Siemens PROFIBUS or Foundation Fieldbus, which are used in the chemical or oil refining industries. 

Efficiency and Signal Purity Combined

High performance doesn’t have to come at a high price. Our BUS cables provide excellent value. With durable construction and low maintenance needs, they deliver long-term cost savings. Fewer replacements and reduced downtime mean more efficiency. Get the best of both worlds—outstanding performance and cost-effective pricing. 

Our BUS cables are engineered to maintain signal integrity over long distances. Advanced shielding and low-resistance materials prevent noise and interference, ensuring clear communication. This is especially important in high-frequency environments where signal degradation can cause errors or delays. You get crisp, reliable signals, even in complex and demanding applications. 

bus cables

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Having Doubts? Our FAQ

Check all our Frequently Asked Question

How does shielding in BUS cables prevent signal interference?

Shielding in BUS cables blocks external electrical noise and minimizes electromagnetic interference (EMI). This ensures that the signal remains clear and intact over long distances. Different types of shielding, such as foil or braided designs, offer varying levels of protection depending on the environment and the frequency of the data being transmitted. 

What materials are used in BUS cables for optimal conductivity?

BUS cables typically use high-conductivity metals like copper or tinned copper for the core. These materials offer low resistance, ensuring efficient signal transmission with minimal power loss. Copper’s excellent conductivity helps pflegen high-speed data transfer, especially over extended distances, reducing signal degradation and ensuring reliable communication. 

How do BUS cables maintain performance in extreme temperatures?

BUS cables are constructed with materials that can handle various temperatures. The insulation and jacket materials are specially chosen to resist thermal expansion and contraction. This allows the cables to pflegen flexibility and performance, even in harsh environments like industrial factories or outdoor installations, where temperatures fluctuate significantly. 

Why is the gauge of the wire in BUS cables important for performance?

The wire gauge directly impacts the signal integrity and data transfer rate. Thicker wires (lower gauge numbers) reduce electrical resistance, allowing for higher data speeds and less signal loss. Choosing the correct wire gauge for long-distance transmission ensures stable signal quality and efficient power delivery, reducing the risk of transmission errors. 

How does the cable's twist and pair configuration impact data integrity?

The twisting of pairs in BUS cables helps cancel out electromagnetic interference by ensuring that any external noise affects both wires equally, minimizing its impact. This configuration also ensures that data signals pflegen integrity, preventing crosstalk between pairs, especially in high-speed data transmission environments where accuracy is critical. 

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Bus Cable

Need reliable wires and cables for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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Bus Cable

Need reliable Machining for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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