Cables and Connectors
Categories
ABB 2TLA020057R2010
C13 cable 100m is a shielded cable without any connector. Of the thirteen conductors, eleven have a cross section of 0.52 mm2 and two a cross section 0.82 mm2. The jacket is made of black PVC. The length of the cable is 100 meters delivered on a spool.
ABB 2TLA020057R1020
C8 cable 200m is a shielded cable without any connector. The eight conductors have a cross section of 0.34 mm2. The jacket is made of black PVC. The length of the cable is 200 meters delivered on a spool.
ABB 2TLA020057R0010
C5 cable 100m is a shielded cable without any connector. The five conductors have a cross section of 0.34 mm2. The jacket is made of black PVC. The length of the cable is 100 meters delivered on a spool.
Cables and Connectors - Best sellers
What is Cables and Connectors ?
Cables and connectors are the lifelines of industrial automation systems, forming the essential pathways for electrical power and data transmission. In the complex web of industrial automation, these components ensure that various machines, sensors, and control units are interconnected seamlessly. The reliability and efficiency of an automated system significantly depend on the quality and compatibility of its cables and connectors.
Within the industrial automation sector, cables and connectors are used in diverse applications ranging from simple power connections to sophisticated data communication networks. They need to be robust and resilient, capable of withstanding the harsh conditions often found in industrial environments, such as exposure to chemicals, extreme temperatures, and mechanical stress. The selection of cables and connectors depends heavily on their intended use, whether for stationary applications or flexible needs like robotic arms and moving machinery.
What are the key factors to consider when selecting cables and connectors for industrial automation?
When selecting cables and connectors for industrial automation, key factors include the type of application (data or power), environmental conditions (such as temperature extremes or exposure to chemicals), and mechanical requirements (like flexibility and durability). Ensuring compatibility with existing systems and standards is also crucial for maintaining seamless operation.
How do cables and connectors contribute to the overall efficiency of industrial automation systems?
Cables and connectors contribute to the efficiency of industrial automation systems by providing reliable and uninterrupted power and data flow. High-quality connections reduce downtime and maintenance needs, ensuring smooth and continuous operation of automated processes. They also support the scalability and upgradability of systems, accommodating future expansions or technological upgrades.
What advancements are shaping the future of cables and connectors in industrial automation?
Advancements in cables and connectors for industrial automation focus on increasing data transmission rates, enhancing durability, and improving resistance to environmental factors. Developments in materials technology and design are leading to connectors that offer faster, more secure connections and cables that provide higher performance in demanding conditions.